//Step 2: Copy Constructor
public EngineClass(EngineClass right)
{
this.CNoofcylanders = right.GetNoofcylanders();
this.CVolumeCC = right.GetVolumeCC();
this.CEnginetype = right.GetEnginetype();
this.CTorque = right.GetTorque();
this.CHorsepower = right.GetHorsepower();
}
//Step 2: Copy Constructor
public CarClass(CarClass right)
{
this.CVIN = right.GetVIN();
this.CMake = right.GetMake();
this.CModel = right.GetModel();
this.CColor = right.GetColor();
this.CYearbuilt = right.GetYearbuilt();
this.CCarEngine = right.GetCarEngine();
}
//Step 2: Implementing overloaded constructors
//OPTIONAL
public CarClass(int VVIN, String VMake, string VModel, string VColor, int VYearbuilt, EngineClass VCarEngine)
{
CVIN = VVIN;
CMake = VMake;
CModel = VModel;
CColor = VColor;
CYearbuilt = VYearbuilt;
CCarEngine = VCarEngine;
}
private void button1_Click(object sender, EventArgs e)
{
TempObject = new EngineClass();
TempObject.SetNoofcylanders(Convert.ToInt16(textBox1.Text));
TempObject.SetVolumeCC(Convert.ToInt16(textBox2.Text));
//TempObject.SetEnginetype(Convert.ToBoolean(radioButton1.Text));
TempObject.SetTorque(Convert.ToInt16(textBox3.Text));
TempObject.SetHorsepower(Convert.ToInt16(textBox4.Text));
MessageBox.Show("Values are set in object");
}
private void Form1_Load(object sender, EventArgs e)
{
//int x; The compiler allocates memory for the variable in stack
EngineClass EnginObject; // it is only a declaration
CarObject = new CarClass();
EnginObject = new EngineClass(); // the compiler allocates memory for variable in heap
// and it is completely reclaimable
// as a side effect of creating this object, constructor will run
EnginObject.SetNoofcylanders(2);
EnginObject.SetVolumeCC(5);
//EnginObject.SetEnginetype(false);
EnginObject.SetTorque(5);
EnginObject.SetHorsepower(2200);
MessageBox.Show(EnginObject.MakeString());
}
public void SetCarEngine(EngineClass VCarEngine)
{
CCarEngine = VCarEngine;
}
