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As I have already discussed, functional construction provided by the LINQ to XML API makes creating an XML tree a breeze compared to the W3C DOM API. We will now take a look at creating each of the major XML classes in the LINQ to XML API. Because the new API is centered on elements, and that is what you will be creating the majority of the time, I cover creating elements with the XElement class first. I then cover the rest of the XML classes in alphabetical order.

string[] presidents = { "Adams", "Arthur", "Buchanan", "Bush", "Carter", "Cleveland", "Clinton", "Coolidge", "Eisenhower", "Fillmore", "Ford", "Garfield", "Grant", "Harding", "Harrison", "Hayes", "Hoover", "Jackson", "Jefferson", "Johnson", "Kennedy", "Lincoln", "Madison", "McKinley", "Monroe", "Nixon", "Obama", "Pierce", "Polk", "Reagan", "Roosevelt", "Taft", "Taylor", "Truman", "Tyler", "Van Buren", "Washington", "Wilson"}; bool contains = presidents.Contains("Rattz"); Console.WriteLine(contains); Since there is no element whose value is "Rattz" in the array, the contains variable should be false. Here is the output: False In Listing 5-44, we know an element will match our specified value.

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First, you should keep in mind that with the new API, the XElement class is the one you will use most. That said, let s take a look at instantiating an XElement object. XElement has several constructors, but I am going to examine two of them: XElement.XElement(XName name, object content); XElement.XElement(XName name, params object[] content); The first constructor is the simplest case where an element has a text value and no child nodes. It s as simple as Listing 7-15. Listing 7-15. Creating an Element Using the First Prototype XElement firstName = new XElement("FirstName", "Joe"); Console.WriteLine((string)firstName); The first argument of the constructor is an XName object. As previously mentioned, an XName object will be created by implicitly converting the input string to an XName. The second argument is a single object representing the element s content. In this case, the content is a string with the value of "Joe". The API will convert that string literal of "Joe" to an XText object for me on the fly. Notice that I am taking advantage of the new node value extraction capabilities to get the value from the firstName element variable. That is, I am casting the element to the type of its value, which in this case is a string. So the value of the firstName element variable will be extracted. Here are the results:

string[] presidents = { "Adams", "Arthur", "Buchanan", "Bush", "Carter", "Cleveland", "Clinton", "Coolidge", "Eisenhower", "Fillmore", "Ford", "Garfield", "Grant", "Harding", "Harrison", "Hayes", "Hoover", "Jackson", "Jefferson", "Johnson", "Kennedy", "Lincoln", "Madison", "McKinley", "Monroe", "Nixon", "Obama", "Pierce", "Polk", "Reagan", "Roosevelt", "Taft", "Taylor", "Truman", "Tyler", "Van Buren", "Washington", "Wilson"}; bool contains = presidents.Contains("Hayes"); Console.WriteLine(contains); Since there is an element with the value of "Hayes", the contains variable should be true. Here is the output: True For an example of the second Contains operator prototype, we will use our common MyStringifiedNumberComparer class. We will check an array of numbers in string format for a number

Returns the content type used to create this ResponseWriter. Returns the character encoding used to create this ResponseWriter. Writes appropriate characters at the beginning of the current response. Writes appropriate characters at the end of the current response. Writes the beginning of a markup element, such as the < character, followed by the element name such as table, which causes the ResponseWriter implementation to note internally that the element is open. This can be followed by zero or more calls to writeAttribute() or writeURIAttribute() to append an attribute name and value to the currently open element. The element will be closed with the trailing > character added on any subsequent call to startElement(), writeComment(), or writeText(). Continued

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