public override void AddEnergy(float i_EnergyToAdd, eTypeOfFuel i_TypeOfFuel)
{
if (m_CurrentAmountOfEnergy + i_EnergyToAdd <= m_MaximalAmountOfEnergy)
{
m_CurrentAmountOfEnergy += i_EnergyToAdd;
}
}
public void FuelTypeValidation(eTypeOfFuel i_FuelType)
{
if (FuelType != i_FuelType)
{
throw new ArgumentException();
}
}
public void RefuelingOperation(float i_QuantityOfGallons, eTypeOfFuel i_TypeOfGas)
{
if (i_TypeOfGas != TypeOfGas)
{
throw new ArgumentException();
}
AddEnergy(i_QuantityOfGallons);
}
public void AddFuelToCar(eTypeOfFuel i_TypeOfFuel, float i_AmountOfFuelToAdd)
{
if (i_TypeOfFuel != this.r_TypeOfFuel)
{
throw new ArgumentException();
}
else
{
this.LoadEnergySource(i_AmountOfFuelToAdd);
}
}
public bool IsTypeOfFuelMatch(string i_RegistrationNumber, eTypeOfFuel i_FuelType)
{
bool isMatch = false;
foreach (Vehicle vehicle in m_Vehicles)
{
if (vehicle.RegistrationPlate == i_RegistrationNumber)
{
if (((FuelledEngine)vehicle.Engine).TypeOfFuel == i_FuelType)
{
isMatch = true;
}
}
}
return(isMatch);
}
public eRefuelStatus Refuel(float i_AmountOfFuelToAdd, eTypeOfFuel i_TypeOfFuel, bool i_ThrowException = true)
{
eRefuelStatus status;
if (float.IsNaN(i_AmountOfFuelToAdd))
{
if (i_ThrowException)
{
throw new ArgumentNaNException("i_AmountOfFuelToAdd");
}
status = eRefuelStatus.AmountOfFuelToAddIsNaN;
}
else if (float.IsInfinity(i_AmountOfFuelToAdd))
{
if (i_ThrowException)
{
throw new ArgumentInfinityException("i_AmountOfFuelToAdd");
}
status = eRefuelStatus.AmountOfFuelToAddIsInfinity;
}
else
{
if (i_TypeOfFuel != r_TypeOfFuel)
{
status = eRefuelStatus.TypesOfFuelsAreIncompatible;
}
else if (m_RemainingAmountOfFuelInTheTank + i_AmountOfFuelToAdd > r_CapacityOfTank)
{
status = eRefuelStatus.FuelTankOverflow;
}
else
{
m_RemainingAmountOfFuelInTheTank += i_AmountOfFuelToAdd;
status = eRefuelStatus.Success;
}
}
return(status);
}
public void AddEnergy(float i_EnergyToAdd, eTypeOfFuel i_TypeOfFuel)
{
m_Engine.AddEnergy(i_EnergyToAdd, i_TypeOfFuel);
}
public GasTank(eTypeOfFuel i_FuelType, float i_MaxAmountOfFuel) : base(i_MaxAmountOfFuel)
{
this.r_TypeOfFuel = i_FuelType;
}
public virtual void AddEnergy(float i_EnergyToAdd, eTypeOfFuel i_TypeOfFuel)
{
}
public void AddEnergyToVehicle(string i_VehicleRegistrationPlate, float i_AmountOfEnergyToAdd, eTypeOfFuel i_TypeOfFuel)
{
foreach (Vehicle vehicle in m_Vehicles)
{
if (vehicle.RegistrationPlate == i_VehicleRegistrationPlate)
{
vehicle.AddEnergy(i_AmountOfEnergyToAdd, i_TypeOfFuel);
}
}
}
public FuelEnergy(float i_MaximumAmountOfFuelInLiters, float i_AmountOfFuelPresentInLiters, eTypeOfFuel TypeOfFuel) :
base(i_MaximumAmountOfFuelInLiters, i_AmountOfFuelPresentInLiters)
{
TypeOfGas = TypeOfFuel;
}
public Information(float i_RemainingAmountOfFuel, float i_CapacityOfTank, eTypeOfFuel i_TypeOfFuel)
{
r_RemainingAmountOfFuel = i_RemainingAmountOfFuel;
r_CapacityOfTank = i_CapacityOfTank;
r_TypeOfFuel = i_TypeOfFuel;
}
