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Using legacy stored procedures limits application portability. It has difficult-to-manage system services such as transaction, security, and so on. Invoking a stored procedure running on a remote database server comes with all the baggage associated with remote procedure calls. So, this can have a possible adverse effect on performance.

<BookParticipants><BookParticipant type="Author"><FirstName>Joe</FirstName> Which would you rather read In the next chapter, when I get to the section on performing LINQ queries that produce XML output, you will see the necessity of functional construction.

With the original W3C DOM API, you could not simply create an XML element, XmlElement; you must have an XML document, XmlDocument, from which to create it. If you try to instantiate an XmlElement like this XmlElement xmlBookParticipant = new XmlElement("BookParticipant"); you will be greeted with the following compiler error: 'System.Xml.XmlElement.XmlElement(string, string, string, System.Xml.XmlDocument)' is inaccessible due to its protection level With the W3C DOM API, you can only create an XmlElement by calling an XmlDocument object s CreateElement method like this: XmlDocument xmlDoc = new XmlDocument(); XmlElement xmlBookParticipant = xmlDoc.CreateElement("BookParticipant"); This code compiles just fine. But it is often inconvenient to be forced to create an XML document when you just want to create an XML element. The new LINQ-enabled XML API allows you to instantiate an element itself without creating an XML document: XElement xeBookParticipant = new XElement("BookParticipant"); XML elements are not the only XML type of node impacted by this W3C DOM restriction. Attributes, comments, CData sections, processing instructions, and entity references all must be created from an XML document. Thankfully, the LINQ to XML API has made it possible to directly instantiate each of these on the fly. Of course, nothing prevents you from creating an XML document with the new API. For example, you could create an XML document and add the BookParticipants element and one BookParticipant to it, as shown in Listing 7-3. Listing 7-3. Using the LINQ to XML API to Create an XML Document and Adding Some Structure to It XDocument xDocument = new XDocument( new XElement("BookParticipants", new XElement("BookParticipant", new XAttribute("type", "Author"), new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz")))); Console.WriteLine(xDocument.ToString());

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private void questionAnswerActivity_TurnStarting(object sender, TurnStartingEventArgs e) { questionAnswerActivityMainPromptClearContent(); questionAnswerActivityMainPromptAppendText("Please say Balance, Transactions or PIN"); } Note that this example uses the ClearContent method as the first action before using the AppendText method Without that method, if the application revisits the prompt for any reason, such as in a NoRecognition or Silence event, AppendText will append the same text again, which will result in a repeating prompt Alternatively, you could use the SetText method, which will clear the prompt and set the text The code for each of the other prompts is added beneath the Main prompt code in the TurnStarting event Silence and Escalated Silence Prompts The Silence prompt is played when the user remains silent for the duration of the InitialSilenceTimeout property setting For example, you may want the prompt to play, I could not hear you Please say , as in this example: questionAnswerActivity.

Pressing Ctrl+F5 yields the following results: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> </BookParticipants> The XML produced by the previous code is very similar to the XML I created in Listing 6-1, with the exception that I only added one BookParticipant instead of two. This code is much more readable, though, than Listing 6-1, thanks to our new functional construction capabilities. And it is feasible to determine the schema from looking at the code. However, now that XML documents are no longer necessary, I could just leave the XML document out and obtain the same results, as shown in Listing 7-4. Listing 7-4. Same Example as the Previous but Without the XML Document XElement xElement = new XElement("BookParticipants", new XElement("BookParticipant", new XAttribute("type", "Author"), new XElement("FirstName", "Joe"), new XElement("LastName", "Rattz"))); Console.WriteLine(xElement.ToString()); Running the code produces the exact same results as the previous example: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> </BookParticipant> </BookParticipants> In addition to creating XML trees without an XML document, you can do most of the other things that a document requires as well, such as reading XML from a file and saving it to a file.

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