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You can truly get a good understanding of how a DOM tree is stored in memory by building a few XmlNodes manually. The basic process is to create a node and then append all its children on it. Then for each of the children, append all their children, and so on. The last example (see Listing 13-11) before you get to XPaths shows how to add a new monster (a Skeleton node) after the Goblin node. Listing 13-11. Adding a New Monster to the DOM Tree using namespace System; using namespace System::Xml; XmlElement ^CreateMonster(XmlDocument ^doc) { XmlElement ^skeleton = doc->CreateElement("Monster"); // <Name>Skeleton</Name> XmlElement ^name = doc->CreateElement("Name"); name->AppendChild(doc->CreateTextNode("Skeleton")); skeleton->AppendChild(name); // <HitDice Dice="1/2 d12" Default="3" /> XmlElement ^hitdice = doc->CreateElement("HitDice"); XmlAttribute ^att = doc->CreateAttribute("Dice"); att->Value = "1/2 d12"; hitdice->Attributes->Append(att); att = doc->CreateAttribute("Default"); att->Value = "3"; hitdice->Attributes->Append(att); skeleton->AppendChild(hitdice);

At its simplest, data binding is a relationship that tells WPF to extract some information from a source object and use it to set a property in a target object. The target property is always a dependency property, and it s usually in a WPF element after all, the ultimate goal of WPF data binding is to display some information in your user interface. However, the source object can be just about anything, ranging from another WPF element to an ADO.NET data object (like the DataTable and DataRow) or a data-only object of your own creation. In this chapter, you ll begin your exploration of data binding by considering the simplest approach (elementto-element binding) and then considering how to use data binding with other types of objects.

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while (current != nullptr) { Console::WriteLine(current->Value); current = current->Previous; } Console::WriteLine("\nNumber of elements = {0}", list->Count); LinkedListNode<String^>^ node = list->Find("5"); list->AddBefore(node, "Five"); list->Remove(node); list->RemoveHead(); Console::WriteLine("\nWrite with corrections"); for each (String^ str in list) Console::WriteLine(str); Console::WriteLine("\nNumber of elements = {0}\n", list->Count); // } list->Add(4); // Compile time error as type is not a String^

s Note Shelving can be used to accomplish the same thing. Shelving is covered later in this chapter.

The simplest data binding scenario occurs when your source object is a WPF element and your source property is a dependency property. That s because dependency properties have built-in support for change notification, as explained in 6. As a result, when you

Other than the syntax of the constructors, there is really no difference between the generic and standard versions. In fact, they contain nearly exactly the same methods and properties. A noticeable exception is the thread-safe properties and methods, which the generic collections lack.

change the value of the dependency property in the source object, the bound property in the target object is updated immediately. This is exactly what you want and it happens without requiring you to build any additional infrastructure.

Figure 3-20. Branched code flow To branch code using TFVC, use the Source Control Explorer to find the file you want to branch. Right-click the files or folders you want to branch and select Branch. This brings up the Branch dialog box shown in Figure 3-21 (for this example, continue to use the categories sql file).

s Note Although it s nice to know that element-to-element binding is the simplest approach, most developers are more interested in finding out which approach is most common in the real world. Overall, the bulk of your data binding work will be spent binding elements to data objects. This allows you to display the information that you ve extracted from an external source (such as a database or file). However, element-toelement binding is often useful. For example, you can use element-to-element binding toautomate the way elements interact so that when a user modifies a control, another element is updated automatically. This is a valuable shortcut that can save you from writing boilerplate code (and it s a technique that wasn t possible in the previous generation of Windows Forms applications).

Since there is nothing really 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.

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