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The following objects are in the DOM: Document object This is the topmost node of the DOM This node contains the entire content of the XML document Element objects This node represents the elements in the XML document The root element <booklist> is an element object, as are the <book> and <isbn> elements Attr objects This node represents the attributes of the document, such as the language attribute Text object This node represents the textual value stored in an element or attribute The DOM exposes a number of collections that makes it easy to work with multiple elements or attributes at the same time Every object in the DOM is a node that defines some properties that are available when you work with the document For example, the navigation properties firstChild, lastChild, nextSibling, and previousSibling let you move through the node tree Each node also has properties that you can query to find the type

and name of the node: nodeType returns a number that defines what the node is, whereas the nodeName property returns the name of the node The different node types are as follows:

12

The logic of an analogy has to do with its parallelism You may see answer choices on the PCAT that are stuck in expressly to fool you They might have a connection with one part of the analogy but not with the others For the analogy to be valid, all four parts must connect Try this analogy: ATTORNEY : CLIENT :: GUIDANCE COUNSELOR : A school B privilege C student D customer Here, the distractors, or incorrect answer choices, are all designed to throw you off A guidance counselor does work in a school (A) Attorney-client privilege is a matter of law (B) A client is synonymous with a customer (D) To get the right answer, you need to recall the original connection Fill in the blanks Think: An attorney gives advice to a client A guidance counselor gives advice to a student The only answer that maintains the logic of the analogy is (C)

Let s look at an example that will read in the public domain XML version of Macbeth and then print it on the console This example uses an XML file that is provided in the 29 folder of the CD that accompanies this book We ll also use the SystemXml namespace, because that is where all support for XML in the NET Framework comes from Copy the Macbethxml file to a new folder on your C: drive Create a new C# source file in that directory, and name the file Domcs, and using your favorite editor, enter the following code into the Domcs file

// Domcs using System; using SystemIO; using SystemXml; public class Dom { public static void Main(string[] args) { string XmlFileName = "Macbethxml"; Dom myDom = new Dom(); myDomParseTree(XmlFileName); } public void ParseTree(string XmlFileName) { // use a try/catch block to ensure we handle any errors try { ConsoleWriteLine("\nLoading the {0} file, please wait", XmlFileName); XmlDocument myDoc = new XmlDocument(); myDocLoad(XmlFileName); // after we have loaded the file display the content ConsoleWriteLine("/nDisplaying the content of the {0} file", XmlFileName); XmlNode node = myDoc; // go through and display all the nodes in the document PrintNodes(ConsoleOut, node); } catch (Exception e) { ConsoleWriteLine("Exception: {0}", eToString()); } } public void PrintNodes(TextWriter cOut, XmlNode node)

{ try { PrintNodeInfo(cOut, node); if (nodeHasChildNodes) { PrintNodes(cOut, nodeFirstChild); } if (nodeNextSibling != null) { PrintNodes(cOut, nodeNextSibling); } } catch (Exception e) { ConsoleWriteLine("Exception: {0}", eToString()); } } public void PrintNodeInfo(TextWriter cOut, XmlNode node) { cOutWrite ("{0} [{1}] = {2} ", nodeNodeType, nodeName, nodeValue); int Attributes = 0; if (nodeAttributes != null) { Attributes = nodeAttributesCount; } for (int i = 0; i < Attributes; i++) { cOutWrite("{0} [{1}] = {2} ", "Attr", nodeAttributes[i]Name, nodeAttributes[i]Value); } cOutWrite('\n'); } }