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For example, in the previous XAML snippet, the defining type is the Grid class, and the property is Row, so the parser calls GridSetRow() When calling SetPropertyName(), the parser passes two parameters: the object that s being modified, and the property value that s specified For example, when you set the GridRow property on the TextBox control, the XAML parser executes this code: GridSetRow(txtQuestion, 0) This pattern (calling a shared method of the defining type) is a convenience that conceals what s really taking place To the casual eye, this code implies that the row number is stored in the Grid object However, the row number is actually stored in the object that it applies to in this case, the TextBox object This sleight of hand works because the TextBox derives from the DependencyObject base class, as do all WPF controls.

Applying a label to a set of files or folders gives you a more granular way to mark a specific version. You have seen how a changeset marks everything in the repository as being a part of a particular changeset when you check things in. The label allows you to target specific files and specific versions of files even files that are not part of the project, such as help files as being part of a specific version. The labeled files can cross changesets as well. Labels are typically applied for beta release code, release candidates, or tested versions.

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And as you ll learn in 6, the DependencyObject is designed to store a virtually unlimited collection of dependency properties (The attached properties that were discussed earlier are a special type of dependency property) In fact, the GridSetRow() method is actually a shortcut that s equivalent to calling DependencyObjectSetValue() method, as shown here: txtQuestionSetValue(GridRowProperty, 0) Attached properties are a core ingredient of WPF They act as an all-purpose extensibility system For example, by defining the Row property as an attached property, you guarantee that it s usable with any control The other option, making it a part of a base class such as FrameworkElement, complicates life.

void main() { XmlDocument ^doc = gcnew XmlDocument(); try { XmlReader ^reader = XmlReader::Create("Monsters.xml"); doc->Load(reader); reader->Close(); XmlNode ^node = doc->FirstChild; // I want the Xml Declaration

s Note In Visual SourceSafe you could label a build but you could not easily get the labeled version

Not only would it clutter the public interface with properties that only have meaning in certain circumstances (in this case, when an element is being used inside a Grid), it also makes it impossible to add new types of containers that require new properties..

// Recursive navigation of the DOM tree Navigate(node, 0); } catch (Exception ^e) { Console::WriteLine("Error Occurred: {0}", e->Message); } } As I stated before, you process all XML documents within an exception try block because every XML method in the .NET Framework class library can throw an exception. Before you start reading the DOM tree, you need to load it. First, you create an XmlDocument to hold the tree. You do this using a standard constructor: XmlDocument ^doc = gcnew XmlDocument(); Then you load the XML document into the XmlDocument. It is possible to pass the name of the XML file directly into the Load() method, which I think is a little easier. But, if you do it the following way, make sure you close the file after the load is complete, because the file resource remains open longer than it needs to be. Plus, if you try to write to the file, it will throw an exception because the file is already open. XmlReader ^reader = XmlReader::Create("Monsters.xml"); doc->Load(reader); reader->Close(); In the previous example, I call the XmlDocument class s FirstChild() method instead of the DocumentElement() method because I want to start reading the XML document at the XML declaration and not the first element of the document. XmlNode ^node = doc->FirstChild; // I want the Xml Declaration

<Window x:Class="CustomWindow" xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" Title="CustomWindowTest" Height="300" Width="300" Tag="This is a custom footer" Style="{StaticResource CustomWindowChrome}"> <StackPanel Margin="10"> <TextBlock Margin="3">This is a test.</TextBlock> <Button Margin="3" Padding="3">OK</Button> </StackPanel> </Window> Figure 15-12 shows the result.

Labels are attached to specific versions of a file and each version can have as many labels as you want. Labeling can be done at the file or folder level since you manually select which files and folders, from which changesets, you would like to add. To label a version, do the following: 1. Right-click the Effort Tracking Solution in the Source Control Explorer and select Apply Label. The Choose Item Version dialog box is displayed (Figure 3-15).

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