public void ConstructorTest()
{
EngineSize es = new EngineSize(1.2, 4.6);
Assert.AreEqual(1.2, es.Height);
Assert.AreEqual(4.6, es.Width);
}
public void CopyConstructorTest()
{
EngineSize es = new EngineSize(1.2, 4.6);
EngineSize es2 = new EngineSize(es);
Assert.AreEqual(es.Height, es2.Height);
Assert.AreEqual(es.Width, es2.Width);
}
public void SetSelectedEngineSize_EnterCorrectData_SetEngineSize(string selectedEngineSize, double expectedSize)
{
EngineSize actualObjectEngineSize = new EngineSize(selectedEngineSize);
objectEngineSize.engineSize = expectedSize;
Assert.AreEqual(objectEngineSize.engineSize, actualObjectEngineSize.engineSize);
}
public int CompareToByEngineSize(Car other)
{
if (ReferenceEquals(this, other))
{
return(0);
}
return(other is null
? 1
: EngineSize.CompareTo(other.EngineSize));
}
public (int, int, int, int, int) CompareCarProperties(Car other)
{
var comparisonTuple = (
maxSpeedComparison : MaxSpeed.CompareTo(other.MaxSpeed),
accelerationComparison : Acceleration.CompareTo(other.Acceleration),
cylinderComparison : Cylinders.CompareTo(other.Cylinders),
engineSizeComparison : EngineSize.CompareTo(other.EngineSize),
horsePowerComparison : HorsePower.CompareTo(other.HorsePower)
);
return(comparisonTuple);
}
public void Constructor2Test()
{
EnginePoint ep = new EnginePoint(1.5, 4.2);
EngineSize es = new EngineSize(5.0, 3.3);
EngineRectangle er = new EngineRectangle(ep, es);
Assert.AreEqual(ep.X, er.X);
Assert.AreEqual(ep.Y, er.Y);
Assert.AreEqual(es.Height, er.Height);
Assert.AreEqual(es.Width, er.Width);
Assert.AreEqual(Directions.Wrong, er.Direction);
Assert.AreEqual(false, er.IsBarrier);
}
public override void BuildEngine()
{
Console.WriteLine("Input engine size: 1 - 1.8, 2 - 2.0, 3 - 3.0");
string selectedEngineSize = Console.ReadLine();
EngineSize EngineSize = new EngineSize(selectedEngineSize);
if (EngineSize.isEngineSizeTrue == true)
{
car.EngineSize = EngineSize.engineSize;
}
else
{
throw new NullReferenceException();
}
}
public void ChangeEngineSize(EngineSize engineSize)
{
switch (engineSize)
{
case EngineSize.Medium:
PencePerMile = 0.108f;
this.engineSize = engineSize;
break;
case EngineSize.Large:
PencePerMile = 0.134f;
this.engineSize = engineSize;
break;
default:
PencePerMile = 0.093f;
this.engineSize = engineSize;
break;
}
}
public Diesel(EngineSize engineSize = EngineSize.Small)
{
EngineType = "Diesel";
ChangeEngineSize(engineSize);
}
public EngineSize(EngineSize es)
{
this.Height = es.Height;
this.Width = es.Width;
}
public Petrol(EngineSize engineSize = EngineSize.Small)
{
EngineType = "Petrol";
ChangeEngineSize(engineSize);
}
public void SetEngine(EngineSize engineSize) => engineSize.Equals(EngineSize.OnePointFive);
public void ChangeEngineSize(EngineSize engineSize) => _advisoryFuelRate.ChangeEngineSize(engineSize);
public LPG(EngineSize engineSize = EngineSize.Small)
{
EngineType = "LPG";
ChangeEngineSize(engineSize);
}
public void ChangeEngineSize(EngineSize engineSize)
=> Console.WriteLine("EMV has only 1 engine size");
public void Print()
{
Console.WriteLine(Manufacture + " == " + Model + " " + EngineSize.ToString() + " " + FuelType + " >> " + ValveTrainConfig + "\n ");
}