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dependency injection, Inversion of Control (IoC), or a service locator to enable the loose coupling and dynamic loading and creating of modules. Prism gives you a choice between using the Unity, MEF, or another container and provides libraries for Unity or MEF-based applications. Minimize application startup time. Think about on-demand and background downloading of modules to minimize application startup time. Determine deployment requirements. Think about how you intend to deploy your application. This may affect the number of assemblies you put in a .xap file. You might also partition shared libraries, such as the Prism Library, to take advantage of assembly caching in Silverlight. The next sections provide detailed information to help you with some of these decisions. When you develop an application in a modularized fashion, you structure the application into separate client modules that can be individually developed, tested, and deployed. Each module will encapsulate a portion of your application s overall functionality. One of the first design decisions you will have to make is to decide how to partition your application s functionality into discrete modules. A module should encapsulate a set of related concerns and have a distinct set of responsibilities. A module can represent a vertical slice of the application or a horizontal service layer. The following illustrations show applications segmented into vertical slices and horizontal layers.

and portable. Let s examine a query method description from the deployment descriptor more closely:

As with the inline execution blocks, the most important criterion for the contents of the script block is for its syntax to match that of the language specified in the Page directive . The preceding example specifies a single method named ShowLineage(), which is called from within the page . . 2 . . Surf to the page . Notice that the output of HelloWorld2 .aspx and HelloWorld3 .aspx is identical .

begin/end first/last locked/unlocked min/max next/previous old/new opened/closed visible/invisible source/target source/destination (less common) up/down

The preceding section was concerned with using streams to perform synchronous I/O operations, in which a call to a read or write method blocks until the operation completes. This section discusses the .NET support for asynchronous I/O, which allows read and write operations to be performed without blocking. Version 1.4 of the Java platform includes support for asynchronous, or nonblocking, I/O, but the .NET model differs so much that we see little benefit in providing a comparison. Asynchronous I/O is byte-oriented, not character-oriented. All classes derived from System.IO.Stream can be used in asynchronous I/O. Importantly, none of the reader and writer classes detailed in the preceding section can be used. To demonstrate asynchronous I/O, we'll concentrate on using the FileStream class. Since all streams can be used for asynchronous I/O, the model laid out in this section can be applied to any of the stream classes. At the heart of all asynchronous operations is the System.AsyncCallback delegate, which will be invoked when an asynchronous operation has completed. The signature for this delegate is a method that accepts an instance of System.IAsyncResult and returns void. The following example demonstrates reading an English transcript of the Magna Carta using asynchronous calls:

<UserControl x:Class="SilverlightSite.MainPage" xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" xmlns:d="http://schemas.microsoft.com/expression/blend/2008" xmlns:mc="http://schemas.openxmlformats.org/markup-compatibility/2006" mc:Ignorable="d" d:DesignHeight="300" d:DesignWidth="400"> <Grid x:Name="LayoutRoot" Background="White"> <Button Content="Hello World!"></Button> </Grid> d</UserControl>

You can use these namespaces in your queries without defining them again . You define your own data types in the prolog, which belongs at the beginning of your XQuery . You separate the prolog from the query body with a semicolon . In addition, in T-SQL, you can declare namespaces used in XQuery expressions in advance in the WITH clause of the T-SQL SELECT command . If your XML uses a single namespace, you can also declare it as the default namespace for all elements in the XQuery prolog . You can also include comments in your XQuery expressions . The syntax for a comment is text between parentheses and colons: (: this is a comment :) . Do not mix this with comment nodes in your XML document; this is the comment of your XQuery, and has no influence on the XML returned . The following code shows all three methods of namespace declaration and uses XQuery comments . It extracts orders for the first customer from an XML instance . I created this XML instance with a SELECT statement similar to the one I used in the FOR XML AUTO section earlier in the chapter .

public class ShippingRequestProcessorMDB implements MessageListener {

Libenson, E. Controlling Privileged Accounts to Comply with SOX Section 404. http://www.s-ox.com/Feature/detail.cfm articleID=2178. Microsoft Knowledge Base article Security Configuration Guidance Support. http://support.microsoft.com/kb/885409/en-us.