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When you compile a Silverlight project, Visual Studio uses the same csc.exe compiler that you use for full-fledged .NET applications. However, it references a different set of assemblies and it passes in the command-line argument nostdlib, which prevents the C# compiler from using the standard library (the core parts of the .NET Framework that are defined in mscorlib.dll). In other words, Silverlight applications can be compiled like normal .NET applications written in standard C#, just with a more limited set of class libraries to draw on. The Silverlight compilation model has a number of advantages, including easy deployment and vastly improved performance when compared to ordinary JavaScript. Your compiled Silverlight assembly includes the compiled code and the XAML documents for every page in your application, which are embedded in the assembly as resources. This ensures that there s no way for your event handling code to become separated from the user interface markup it needs. Incidentally, the XAML is not compiled in any way (unlike WPF, which converts it into a more optimized format called BAML). Your Silverlight project is compiled into a DLL file named after your project. For example, if you have a project named SilverlightApplication1, the csc.exe compiler will create

the file SilverlightApplication1.dll. The project assembly is dumped into a Bin\Debug folder in your project directory, along with a few other important files: A PDB file: This file contains information required for Visual Studio debugging. It s named after your project assembly (for example, SilverlightApplication1.pdb). AppManifest.xaml: This file lists assembly dependencies. Dependent assemblies: The Bin\Debug folder contains the assemblies that your Silverlight project uses, provided these assemblies have the Copy Local property set to True. Assemblies that are a core part of Silverlight have Copy Local set to False, because they don t need to be deployed with your application (you can change the Copy Local setting by expanding the References node in the Solution Explorer, selecting the assembly, and using the Properties window). TestPage.html: This is the entry page that the user requests to start your Silverlight application. Visual Studio only generates this file for stand-alone Silverlight projects, not for ASP.NET-hosted Silverlight projects. A XAP file: This is a Silverlight package that contains everything you need to deploy your Silverlight application, including the application manifest, the project assembly, and any other assemblies that your application uses. If you re developing an ASP.NEThosted Silverlight application, Visual Studio will also copy the XAP file to the ClientBin folder in the test website.

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Figure 3-27. Adding the Defect Source column Go to the Iteration Item list and edit each of the items that use the Iteration Defect content type. Specify a defect source for each of these.

SYS.DM_DB_INDEX_USAGE_STATS is extremely powerful when it comes to determining the usage of the indexes that exist on a table. The view provides the number of index scans, index seeks, lookups, and writes for each of the indexes that are queried in your system. Using SYS.DM_DB_INDEX_USAGE_STATS, you can determine whether the indexes on a table are heavy on reads, heavy on writes, or both. The view will also show you how an index is performing right after creation. It is rewarding to create a new index, and then watch the number of seeks on that index skyrocket. That leaves you feeling like you are doing your job. See Figure 10-17 for sample output from querying this very useful view.

Of course, you can change the assembly name, the default namespace (which is used when you add new code files), and the XAP file name using the Visual Studio project properties (Figure 1-10). Just double-click the Properties node in the Solution Explorer.

In SQL Server 2008, the missing index feature identifies opportunities for indexes to be created on your system The query optimizer determines that an index would be utilized if an index that met certain criteria existed The missing index views provide the recommended index key, include columns, and some usage statistics that indicate the index should be created Hopefully, you can see the performance implications of using the missing index DMVs, but for this section we would like to discuss another purpose You can use the missing index views to help validate if the system agrees with an index that you want to create on your database Granted, what the system thinks and what you think will be different from time to time, but there should be some similarities as well Don t go out and create every index suggested by the missing index views.

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