public FacadeSystem()
{
sub1 = new SubSystem1();
sub2 = new SubSystem2();
sub3 = new SubSystem3();
sub4 = new SubSystem4();
}
private static void Main(string[] args)
{
#region Adapter
///Adapter pattern example
//var adapter = new AdapterClient();
//adapter.Main();
#endregion
#region Bridge
///Bridge pattern example
//var bridgeClient = new BridgeClient();
//Abstraction abstraction = new Abstraction(new ConcreteImplementationA());
//bridgeClient.ClientCode(abstraction);
//Console.WriteLine();
//abstraction = new ExtendedAbstraction(new ConcreteImplementationB());
//bridgeClient.ClientCode(abstraction);
#endregion
#region Composite
///Composite pattern example
//CompositeClient client = new CompositeClient();
//Leaf leaf = new Leaf();
//Console.WriteLine("Client: I get a simple component:");
//client.ClientCode(leaf);
//var tree = new Composite.Composite();
//Composite.Composite branch1 = new Composite.Composite();
//branch1.Add(new Leaf());
//branch1.Add(new Leaf());
//Composite.Composite branch2 = new Composite.Composite();
//branch2.Add(new Leaf());
//tree.Add(branch1);
//tree.Add(branch2);
//Console.WriteLine("Client: Now I've got a composite tree:");
//client.ClientCode(tree);
//Console.Write("Client: I don't need to check the components classes even when managing the tree:\n");
//client.ClientCode2(tree, leaf);
#endregion
#region Decorator
/// Decorator pattern example
//DecoratorClient client = new DecoratorClient();
//var simple = new ConcreteComponent();
//Console.WriteLine("Client: I get a simple component:");
//client.ClientCode(simple);
//Console.WriteLine();
//ConcreteDecoratorA decorator1 = new ConcreteDecoratorA(simple);
//ConcreteDecoratorB decorator2 = new ConcreteDecoratorB(decorator1);
//Console.WriteLine("Client: Now I've got a decorated component:");
//client.ClientCode(decorator2);
#endregion
#region Facade
/// Facade pattern example
SubSystem1 subsystem1 = new SubSystem1();
SubSystem2 subsystem2 = new SubSystem2();
Facade.Facade facade = new Facade.Facade(subsystem1, subsystem2);
FacadeClient.ClientCode(facade);
#endregion
Console.ReadKey();
}
public void FacadeTest()
{
// The client code may have some of the subsystem's objects already
// created. In this case, it might be worthwhile to initialize the
// Facade with these objects instead of letting the Facade create
// new instances.
var subsystem1 = new SubSystem1();
var subsystem2 = new SubSystem2();
var facade = new Facade.Facade(subsystem1, subsystem2);
Client.ClientCode(facade).Should().Be(StructuralText.FacadeResult);
}
public void test_systems()
{
SubSystem1 subsystem1 = new SubSystem1();
SubSystem2 subsystem2 = new SubSystem2();
SystemController controller = new SystemController(subsystem1, subsystem2);
controller.Operation();
Assert.That(subsystem1.IsSubSystemReady == true);
Assert.That(subsystem2.IsSubSystemReady == true);
Assert.That(subsystem1.IsSubSystemWorking == true);
Assert.That(subsystem2.IsSubSystemWorking == true);
}
public Facade(SubSystem1 subsystem1, SubSystem2 subsystem2)
{
this._subsystem1 = subsystem1;
this._subsystem2 = subsystem2;
}
private Facade()
{
SubSystem1 = new SubSystem1();
subSystem2 = new SubSystem2();
SubSystem3 = new SubSystem3();
}
public Facade()
{
subSystem1 = new SubSystem1();
subSystem2 = new SubSystem2();
subSystem3 = new SubSystem3();
}
public Facade(SubSystem1 subSystem1, SubSystem2 subSystem2)
{
SubSystem1 = subSystem1;
SubSystem2 = subSystem2;
}
public FacadeClass(SubSytem1 subSytem1, SubSystem2 subSystem2, SubSystem3 subSystem3) : base(subSytem1, subSystem2, subSystem3)
{
}
public SystemController(SubSystem1 subsystem1, SubSystem2 subsystem2)
{
_subsystem1 = subsystem1;
_subsystem2 = subsystem2;
}
public SubFacade1()
{
obj4 = new SubSystem4();
obj2 = new SubSystem2();
obj3 = new SubSystem3();
}
