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XNA uses a game loop that is generated by the design tools. The life cycle for a game consists of four main stages, as shown in Figure 1.

da.Fill(pubsDataSet, "publishers");

pubsDataSet.Tables["publishers"].Rows[0]["pub_name"]

The game first initializes and then loads content such as sprites, images, sounds, and other components of the game. It then initiates the game loop. The game loop consists of two processes that run asynchronously: code that draws the frame containing the complete screen to a buffer, and code that updates the screen from the buffer. This loop runs until the user closes the game, at which point the content is unloaded. Draw and Update are executed at different rates. Draw is executed as frequently as possible based on the maximum frame rate that the device can provide, whereas Update is executed at a regular rate. The draw rate should generally be higher than the update rate. For more information about creating games using XNA, see Getting Started with XNA Game Studio Development on MSDN (http://msdn.microsoft.com/en-us/library/bb203894.aspx). For a walkthrough of creating a simple game using XNA, see Your First Game: Microsoft XNA Game Studio in 2D at on MSDN (http://msdn. microsoft.com/en-us/library/bb203893.aspx).

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= "Hello" + DateTime.Now.ToLongTimeString();

pubsDataSet.Tables["publishers"].Rows.Add(

"99" + DateTime.Now.Second.ToString(), "Tailspin Toys", "Paris", null, "France");

The following are some of the features of Windows Phone 7 that you may want to use in a Silverlight application where interop with XNA is required: Accessing input gestures on the device, such as drag, pinch, and hold gestures Playing multi-channel audio Advanced sound effects (such as using the XNA DynamicSoundEffectsInstance class, which lets you submit packets on the fly, vary the pitch, and apply 3-D effects to the sound) Recording audio For the last two features in the preceding list, you must create an XNA asynchronous dispatcher service and initialize it in the constructor or startup event in your App.xaml.cs file. This is required to raise the events in Silverlight when they are raised by the XNA objects.

da.Update(pubsDataSet, "publishers");

Label lbl = GetLabel(275, 20);

lbl.Text = "Update Complete";

The XNA run-time event mechanism is different from the Silverlight event mechanism. Events raised by XNA objects are available within the XNA game loop, but they are not automatically available to the Silverlight event mechanism. To expose XNA events to Silverlight application code, you can take advantage of the Silverlight ability to use application extension services. These are services that add functionality to an application, and that can be reused by many applications. They circumvent the requirement to use inheritance. For more information, see Application Extension Services on MSDN (http://msdn. microsoft.com/en-us/library/dd833084(VS.95).aspx). The following code example shows an XNA asynchronous event dispatcher service that you can use in your Silverlight applications.

One way to increase update performance is to send the changes to the database server in batches instead of sending changes on a row-by-row basis. You can do this by assigning a value to the DbDataAdapter object s UpdateBatchSize property. This property defaults to 1, which causes each change to be sent to the server on a row-by-row basis. Setting the value to 0 instructs the DbDataAdapter object to create the largest possible batch size for changes, or you can set the value to the number of changes you want to send to the server in each batch. Setting the UpdateBatchSize to a number greater than the number of changes that need to be sent is equivalent to setting it to 0.

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