static void Main(string[] args)
{
Manufacturer newManufacturer = new Manufacturer();
IPhoneBuilder phoneBuilder, phoneBuilder2 = null;
phoneBuilder = new AndroidPhoneBuilder();
phoneBuilder2 = new WindowsPhoneBuilder();
newManufacturer.Construct(phoneBuilder);
newManufacturer.Construct(phoneBuilder2);
Console.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
Console.WriteLine("A new Phone built:\n\n{0}", phoneBuilder2.Phone.ToString());
}
public void ConstructPhone_WindowsPhoneBuilder_WindowsPhoneIsBuilt()
{
// Arrange
var newMancufacturer = new Mancufacturer();
IPhoneBuilder phoneBuilder = new WindowsPhoneBuilder();
// Act
newMancufacturer.Construct(phoneBuilder);
// Assert
Assert.That(phoneBuilder.Phone.Name, Is.EqualTo("Windows Phone"));
Assert.That(phoneBuilder.Phone.OS, Is.EqualTo(OperatingSystem.WINDOWS_PHONE));
}
/// <summary>
/// When we have an application that need to create an object which has to be constructed using
/// many different objects, we find our client code cluttered with the details of the various
/// Part objects that needs to be assembled together to create the resulting object.
/// Separate the construction of a complex object from its representation so that the same
/// construction process can create different representations.
/// </summary>
public static void Run()
{
Manufacturer manufacturer = new Manufacturer();
IPhoneBuilder phoneBuilder = null;
phoneBuilder = new AndroidPhoneBuilder();
// Will Construct Android Phone
manufacturer.Construct(phoneBuilder);
Console.WriteLine("A new Phone is built: " + phoneBuilder.Phone.ToString());
phoneBuilder = new WindowsPhoneBuilder();
manufacturer.Construct(phoneBuilder);
Console.WriteLine("A new Phone is built: " + phoneBuilder.Phone.ToString());
}
private static void BuilderPattern()
{
Manufacturer manufacturer = new Manufacturer();
IPhoneBuilder phoneBuilder = null;
phoneBuilder = new AndroidPhoneBuilder();
manufacturer.Construct(phoneBuilder);
Console.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
phoneBuilder = new WindowsPhoneBuilder();
manufacturer.Construct(phoneBuilder);
Console.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
}
public void MobilePhone_Android_BuilderPattern_Test()
{
// Arrange
Manufacturer newManufacturer = new Manufacturer();
IPhoneBuilder phoneBuilder = null; // Lets have the Builder class ready
// Creating an Android phone
phoneBuilder = new AndroidPhoneBuilder();
newManufacturer.Construct(phoneBuilder);
Debug.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
// Now let us create a Windows Phone
phoneBuilder = new WindowsPhoneBuilder();
newManufacturer.Construct(phoneBuilder);
Debug.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
}
public static void Perform()
{
Manufacturer manufacturer = new Manufacturer();
IPhoneBuilder phoneBuilder = null;
phoneBuilder = new AndriodPhoneBuilder();
manufacturer.Construct(phoneBuilder);
Console.WriteLine("\n\nNew phone build : \n" + phoneBuilder.Phone.ToString());
phoneBuilder = new WindowsPhoneBuilder();
manufacturer.Construct(phoneBuilder);
Console.WriteLine("\n\nNew phone build : \n" + phoneBuilder.Phone.ToString());
phoneBuilder = new SymbionPhoneBuilder();
manufacturer.Construct(phoneBuilder);
Console.WriteLine("\n\nNew phone build : \n" + phoneBuilder.Phone.ToString());
Console.WriteLine("");
}
internal static void Run()
{
// Lets create the Director first
Manufacturer newManufacturer = new Manufacturer();
// Lets have the Builder class ready
IPhoneBuilder phoneBuilder = null;
// Now let us create an android phone
phoneBuilder = new AndroidPhoneBuilder();
newManufacturer.Construct(phoneBuilder);
Console.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
// Now let us create a Windows Phone
phoneBuilder = new WindowsPhoneBuilder();
newManufacturer.Construct(phoneBuilder);
Console.WriteLine("A new Phone built:\n\n{0}", phoneBuilder.Phone.ToString());
}
