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The + operator takes the two delegates, chains them together, and then places them on a delegate. The - operator does the opposite of the + operator. It removes the specified delegate from the delegate multicast chain and then places the new chain on a delegate. I never use the auto-generated methods, because the overloaded operators are so much easier to code. But here they are if you want to use them: SayDelegate ^say = (SayDelegate^)(Delegate::Combine(say, gcnew SayDelegate(&SayHello))); SayDelegate ^say = (SayDelegate^)(Delegate::Remove(say, gcnew SayDelegate(&SayHello))); See what I mean It s a lot more coding, and a type cast is required.

Run the test. The results should look like those in Figure 15-13.

In other words, if there are 1,000 nodes in a mesh, each of the 1,000 nodes has a connection open to 999 other nodes at the same time This would lead to a situation where the mesh would soon start running out of resources as more nodes joined the network..

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The process of invoking a delegate is quite simple, but not obvious if you are not aware that a delegate is a class. All you have to do is either call the auto-generated member method Invoke or call the class itself as if it were a method with the parameter list that you specified when you created the delegate: say->Invoke("Mr Fraser"); // -orsay("Stephen"); There is no difference in the syntax, whether you invoke one method or a whole chain of methods. The Invoke method simply starts at the top of the chain and executes methods until it reaches the end. If there is only one method, then it only executes that one method. Listing 4-16 is a complete example of creating, adding, removing, and invoking delegates. The example simply creates a delegate, adds four different types of methods to the delegate chain, and invokes the delegate. Then it removes two of the methods from the delegate chain and invokes the delegate again, but this time the delegate contains only two methods. Listing 4-16. Delegates.exe: Programming Delegates using namespace System; /// <summary>A Delegate that talks a lot</summary> delegate void SayDelegate(String ^name); /// <summary>A friendly function</summary> void SayHello(String ^name) { Console::Write("Hello there "); Console::WriteLine(name); } /// <summary>A talkative class</summary> ref class Talkative { public: static void SayHi(String ^name); void SayStuff(String ^name); void SayBye(String ^name); };

As you can see, it is virtually identical to the result of a regular web test except there is no graphical interface, just the service result.

void Talkative::SayHi(System::String ^name) { Console::Write("Hi there "); Console::WriteLine(name); } void Talkative::SayStuff(System::String ^name) { Console::Write("Nice weather we are having. Right, "); Console::Write(name); Console::WriteLine(" "); } void Talkative::SayBye(System::String ^name) { Console::Write("Good-bye "); Console::WriteLine(name); } /// <summary>Delegates in action</summary> void main() { SayDelegate^ say; // Global Function say = gcnew SayDelegate(&SayHello); // add Static member function say += gcnew SayDelegate(&Talkative::SayHi); Talkative ^computer = gcnew Talkative(); // add instance member functions say = say + gcnew SayDelegate(computer, &Talkative::SayStuff); say += gcnew SayDelegate(computer, &Talkative::SayBye); // invoke delegate say->Invoke("Stephen"); Console::WriteLine("-------------------------------"); // remove a couple of methods say = say - gcnew SayDelegate(&Talkative::SayHi); say -= gcnew SayDelegate(computer, &Talkative::SayBye); // invoke delegate again with two fewer methods say("Stephen"); } Figure 4-11 shows the results of this little program.

Figure 12 3 shows the normal flow of a P2P application. When one peer in a mesh wants to communicate with another, the steps are to find the other peer, send an invitation, and create a session between the two.

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