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Since there is nothing new, I ll just provide Listing 7-11, which is a conversion of the earlier standard Queue and Stack example to Queue<T> and Stack<T>. Notice that the only two lines that changed from QueueStack.cpp are Queue<String^>^ que = gcnew Queue<String^>(); Stack<String^>^ stk = gcnew Stack<String^>(); Listing 7-11. Working with Queue<T>s and Stack<T>s #using <system.dll> using namespace System; using namespace System::Collections::Generic; void main() { Queue<String^>^ que = gcnew Queue<String^>(); Stack<String^>^ stk = gcnew Stack<String^>(); array<String^>^ entry = gcnew array<String^> { "First", "Second", "Third", "Fourth" }; Console::WriteLine("Queue\t\tStack"); Console::WriteLine("** ON **"); for (int i = 0; i < entry->Length; i++) { que->Enqueue(entry[i]); stk->Push(entry[i]); Console::WriteLine("{0}\t\t{1}", entry[i], entry[i]); } Console::WriteLine("\n** OFF **"); while ((que->Count > 0) && (stk->Count > 0)) { Console::WriteLine("{0}\t\t{1}", que->Dequeue(), stk->Pop()); } que->Clear(); stk->Clear(); Console::WriteLine("\n"); } Figure 7-12 shows the results of the QueueStackGeneric.exe program.

You can also reverse-engineer your Application Designer diagram from an existing solution. In this section, you will reverse-engineer an application diagram from the book s sample Effort Tracking application. 1. Open Visual Studio 2005. Select File Open Project/Solution, and open the sample solution, EffortTrackingSolution.sln. 2. Right-click the EffortTracking solution and select Add New Distributed System Diagram. 3. The Add New Item window displays the solution items available for the distributed system diagrams. Highlight Application Diagram, change the name to EffortTracking, and click Add. The result is the implemented application design, as shown in Figure 8-36. You need to make only a few modifications to the default diagram to make it useful. 4. Move EffortTrackingWeb directly above EffortTrackingService. Right-Click EffortTrackingWeb and select Add New WebContentEndpoint and rename to ETWebContent. Now drag an ExternalDatabase application prototype just under EffortTrackingService. Rename Database1 to EffortTracking. 5. You now need to connect the database to the web service. Starting with the EffortTrackingService database consumer endpoint, use the Connection tool to drag the consumer endpoint of the service to the provider endpoint of the EffortTracking database, as shown in Figure 8-37. The final version of the EffortTracking application diagram is now complete.

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The Dictionary<K,V> and SortedDictionary<K,V> are extremely handy key/value pair collections With the addition of generics, you are now provided with an elegant way to control your key/value pair type storage Each allows you to define the data types of both the key and the value, and then ensure that those data types are the only ones used when implementing the collection The Dictionary<K,V> and SortedDictionary<K,V> are similar in many respects Obviously, as the collection names suggests, their biggest difference is that the SortedDictionary<K,V> is sorted (Why do I want to write Duh! here ) You also have greater control over the elements when working with the SortedDictionary<K,V>, mainly because it is sorted Both dictionary collections have six constructors The first three are pretty standard: default with no parameters, a parameter of capacity, and a parameter of IDictionary for preloading.

Dictionary<K,V>^ dict1 = gcnew Dictionary<K,V>(); SortedDictionary<K,V>^ dict2 = gcnew SortedDictionary<K,V>(); Dictionary<K,V>^ dict3 = gcnew SortedDictionary<K,V>(100); SortedDictionary<K,V>^ dict4 = gcnew SortedDictionary<K,V>(100); Dictionary<K,V>^ dict5 = gcnew SortedDictionary<K,V>(inDictionary); SortedDictionary<K,V>^ dict6 = gcnew SortedDictionary<K,V>(inDictionary); One thing that you might note is that since both Dictionary<K,V> and SortedDictionary<K,V> inherit from the IDictionary interface, you can interchangeably load from either dictionary type One requirement of both these dictionary types is that the key s data type needs to implement IComparable<K> or System::IComparable If it doesn t, you need to use one of the three remaining constructors that take the additional parameter of IComparer<K>, thus adding the ability to compare the keys One cool feature is that you can implement your own version of IComparer<K> for the dictionary This allows, in the case of SortedDictionary<K,V>, a way of sorting the elements as you wish.

With the sample application for the book now reverse-engineered in the Application Designer, take some time to explore the properties, settings, and constraints.

Now you re all set! Build and run, create something with the tools, and then hit the Email PDF button. You ll see that the content of your view is a visible attachment in a new email window, ready for you to send to your admirers!

You can load either of these dictionaries using either the Add() method or the default index property The default index property takes as its index the key of the value dict->Add("Key1", "One"); dict["Key2"] = "Two";.

The process of debugging a Windows service is a little different from the generic Windows Forms application or console application, since you do not start or execute the service via the main() method. Fortunately, all is not lost: you have two techniques for debugging your Windows service. Which debugging process you use depends on what functionality you are trying to test.

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