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Like most markup extensions, the StaticExtension needs to be evaluated at runtime because only then can you determine the current system colors Some markup extensions can be evaluated at compile time These include the NullExtension (which represents a Nothing value) and the TypeExtension (which constructs an object that represents a NET type) Throughout this book, you ll see many examples of markup extensions at work, particularly with resources and data binding..

Here are some of the more common properties unique to XmlDocument: DocumentElement is an XmlElement representing the root element of the document DocumentType is an XmlDocumentType containing the DocumentType or DOCTYPE declaration if the document has one PreserveWhitespace is a Boolean that is true if white space is to be preserved; otherwise, it is false As you can see, the XmlDocument class provides quite a bit of additional functionality over the XmlNode class The following are some of the XmlDocument class s unique methods: CreateAttribute() creates an XmlAttribute CreateCDataSection() creates an XmlCDataSection CreateComment() creates an XmlComment CreateDocumentFragment() creates an XmlDocumentFragment CreateDocumentType() creates an XmlDocumentType CreateElement() creates an XmlElement CreateEntityReference() creates an XmlEntityReference CreateNode() creates an XmlNode CreateTextNode() creates an XmlText..

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Along with ordinary properties, XAML also includes the concept of attached properties properties that may apply to several controls but are defined in a different class. In WPF, attached properties are frequently used to control layout. Here s how it works. Every control has its own set of intrinsic properties. (For example, a text box has a specific font, text color, and text content as dictated by properties such as FontFamily, Foreground, and Text.) When you place a control inside a container it gains additional features, depending on the type of container. (For example, if you place a text box inside a

CreateXmlDeclaration() creates an XmlDeclaration. GetElementById() gets an element based on a specified ID. GetElementsByTagName() gets an XmlNodeList of all elements that match the specified tag. ImportNode() imports a node for another XmlDocument. Load() loads into the XmlDocument a File, Stream, TextReader, or XmlReader. LoadXml() loads into the XmlDocument a String. ReadNode() creates an XmlNode based on the current position of an XmlReader. Save() saves the XmlDocument to a specified filename, Stream, TextWriter, or XmlWriter.

You may also compare different versions by selecting both of the versions to compare in the History window, or you can compare any version to the latest version by right-clicking the file in the History window and selecting Compare. In the Configuring Version Control section you will see how to change the tools used to do comparisons and merges in case you want to use your own tools.

grid, you need to be able to choose the grid cell where it s positioned) These additional details are set using attached properties Attached properties always use a two-part name in this form: DefiningTypePropertyName This two-part naming syntax allows the XAML parser to distinguish between a normal property and an attached property In the eight ball example, attached properties allow the individual controls to place themselves on separate rows in the (invisible) grid: <TextBox .. GridRow="0"> [Place question here] </TextBox> <Button .. GridRow="1"> Ask the Eight Ball </Button> <TextBox .. GridRow="2"> [Answer will appear here] </TextBox> Attached properties aren t really properties at all They re actually translated into method calls The XAML parser calls the shared method that has this form: DefiningTypeSetPropertyName().

You have many different ways of navigating through a DOM tree. You ll start out by using only the basic methods found in XmlDocument, XmlNode, and XmlNodeList. Later you ll look at an easier way of navigating using XPaths. Because the DOM is stored in a tree in memory, it s a good candidate for navigating via recursion. The example in Listing 13-9 demonstrates an implementation of recursively following the tree branch and dumping the node information it passed along the way. You dump the tree to the system console. Listing 13-9. Reading a DOM Tree Recursively using namespace System; using namespace System::Xml; String ^indent(int depth) { String ^ind = ""; return ind->PadLeft(depth*4, ' '); } void Navigate(XmlNode ^node, int depth) { if (node == nullptr) return; Console::WriteLine("{0}: Name='{1}' Value='{2}'", String::Concat(indent(depth),node->NodeType.ToString()), node->Name, node->Value); if (node->Attributes != nullptr) { for (int i = 0; i < node->Attributes->Count; i++) { Console::WriteLine("{0}Attribute: Name='{1}' Value='{2}'", indent(depth+1),node->Attributes[i]->Name, node->Attributes[i]->Value); } } Navigate(node->FirstChild, depth+1); Navigate(node->NextSibling, depth); }

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