static void Main(string[] args)
{
// The Builder pattern is useful for creating complex objects that have multiple parts. The creation process of an object should
// be independent of these parts; in other words the consturction process does not care how these parts are assembled.
// You should be able to use the same construction process to create different representations of the objects
Console.WriteLine("Builder Pattern");
Director director = new Director();
IBuilder buildOne = new Car("Dodge");
IBuilder buildTwo = new MotorCycle("Honda");
director.Construct(buildOne);
Product p = buildOne.GetVehicle();
p.Show();
Console.WriteLine("----------------");
director.Construct(buildTwo);
Product p2 = buildTwo.GetVehicle();
p2.Show();
Console.ReadLine();
}
static void Main(string[] args)
{
Director director = new Director();
IBuilder b1 = new Car("Ford");
IBuilder b2 = new MotorCycle("Honda");
//Making Car
director.Construct(b1);
Product p1 = b1.GetVehicle();
p1.Show();
//Making MotorCycle
director.Construct(b2);
Product p2 = b1.GetVehicle();
p2.Show();
Console.ReadLine();
}
static void Main()
{
Console.WriteLine("***Builder Pattern Demo***\n");
Director director = new Director();
IBuilder b1 = new Car("Ford");
IBuilder b2 = new MotorCycle("Honda");
director.Construct(b1);
Product p1 = b1.GetVehicle();
p1.Show();
director.Construct(b2);
Product p2 = b2.GetVehicle();
p2.Show();
Console.ReadLine();
}
static void Main(string[] args)
{
Console.WriteLine("***Builder Pattern Demo***");
Director director = new Director();
IBuilder car = new Car("Mercedes");
IBuilder motorCycle = new MotorCycle("Honda");
// Making Car
director.Construct(car);
Product p1 = car.GetVehicle();
p1.Show();
// Making Car
director.Construct(motorCycle);
Product p2 = motorCycle.GetVehicle();
p2.Show();
}