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<!--LayoutRoot contains the root grid where all other page content is placed--> <Grid x:Name="LayoutRoot" Background="Transparent"> <Grid.RowDefinitions> <RowDefinition Height="Auto"/> <RowDefinition Height="*"/> </Grid.RowDefinitions> <!--TitlePanel contains the name of the application and page title--> <StackPanel x:Name="TitlePanel" Grid.Row="0" Margin="24,24,0,12"> <TextBlock x:Name="ApplicationTitle" Text="MY APPLICATION" Style="{StaticResource PhoneTextNormalStyle}"/> <TextBlock x:Name="PageTitle" Text="HMAC Test" Margin="-3,-8,0,0" Style="{StaticResource PhoneTextTitle1Style}"/> </StackPanel> <!--ContentPanel - place additional content here--> <Grid x:Name="ContentGrid" Grid.Row="1"> <Button Content="Generate" Height="72" HorizontalAlignment="Left" Margin="149,437,0,0" Name="button1" VerticalAlignment="Top" Width="160" Click="button1_Click" /> <TextBox Height="72" HorizontalAlignment="Left" Margin="149,23,0,0" Name="txtMessage" Text="" VerticalAlignment="Top" Width="317" /> <TextBlock Height="99" HorizontalAlignment="Left" Margin="21,216,0,0" Name="textBlock1" Text="TextBlock" VerticalAlignment="Top" Width="445" TextWrapping="Wrap" /> <TextBlock Height="114" HorizontalAlignment="Left" Margin="24,321,0,0" Name="textBlock2" Text="TextBlock" VerticalAlignment="Top" Width="442" TextWrapping="Wrap" />

// Input helper inputHelper = new InputHelper(PlayerIndex.One, SettingsManager.GetKeyboardDictionary( gameSettings.KeyboardSettings[0])); Services.AddService(typeof(InputHelper), inputHelper); // Game screen Components.Add(new GameScreen(this, LevelCreator.Levels.AlienPlanet)); } In the class constructor, you first set the game screen title and the root directory of the content manager. Next, you read the game settings from an XML file, using the SettingsManager class, and use the game settings to configure the GraphicsDeviceManager and the InputHelper. After reading the game settings, you create the GraphicsDeviceManager and call the ConfigureGraphicsManager method, configuring it with the struct containing the GameSettings that have been read in and deserialized earlier in this chapter. After that, you create the InputHelper, and use the KeyboardSettings of the GameSettings to configure it. Last, you create a GameScreen and add it to the Components of the Game class. After you ve added the GameScreen to the Components of the Game class, it will be updated and drawn automatically when needed by the XNA Framework, since it inherits from the GameComponent class. Following is the code for the ConfigureGraphicsManager method used to configure the GraphicsDeviceManager: private void ConfigureGraphicsManager(GameSettings gameSettings) { #if XBOX360 graphics.PreferredBackBufferWidth = GraphicsAdapter.DefaultAdapter.CurrentDisplayMode.Width; graphics.PreferredBackBufferHeight = GraphicsAdapter.DefaultAdapter.CurrentDisplayMode.Height; graphics.IsFullScreen = true; #else graphics.PreferredBackBufferWidth = gameSettings.PreferredWindowWidth; graphics.PreferredBackBufferHeight = gameSettings.PreferredWindowHeight; graphics.IsFullScreen = gameSettings.PreferredFullScreen; #endif // Minimum shader profile required graphics.MinimumVertexShaderProfile = ShaderProfile.VS 2 0; graphics.MinimumPixelShaderProfile = ShaderProfile.PS 2 A; } In the ConfigureGraphicsManager method, if the current platform is the Xbox 360, you set the width and height of the screen s buffer as the width and height of the current display adapter. Otherwise, you set the width and height of the screen s buffer according to the GameSettings parameter. Last, you check if the current video card supports shader 2.0.

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Service type: A service type is a class that implements a contract..

<TextBlock Height="30" HorizontalAlignment="Left" Margin="21,44,0,0" Name="textBlock3" Text="Message:" VerticalAlignment="Top" Width="122" /> <TextBlock Height="30" HorizontalAlignment="Left" Margin="21,129,0,0" Name="textBlock4" Text="Key:" VerticalAlignment="Top" /> <TextBox Height="72" HorizontalAlignment="Left" Margin="149,101,0,0" Name="txtKey" Text="" VerticalAlignment="Top" Width="246" /> </Grid> </Grid>

Summary

To create and consume WCF services, you essentially need to develop three pieces of software: One or more service types A host application that publishes the services exposed by the service types on a network A client application that consumes the services exposed by the service types All the core functionality of WCF is available in the System.ServiceModel.dll assembly. The System.ServiceModel namespaces contain many classes and attributes related to WCF. In all the projects that we discuss in this chapter, you must reference this assembly and import the System.ServiceModel namespace. In the next few sections, you will learn how to develop each of the three parts listed.

The next step is to add logic that takes advantage of the cryptography classes on Windows Phone 7 to show Message Authentication Codes. 1. Add the following using directive to the top of the page: Because you want all of the encryption logic to happen on the button click, add an event handler to the Click event of the Generate button. To do that, doubleclick the Generate button and paste the following code inside the handler. Note how after declaring the HMACSHA1 and HMACSHA256 classes, all of the magic happens in the ComputeHash function, which returns an array of bytes that you convert to the hexadecimal string. string message = txtMessage.Text; string key = txtKey.Text; System.Text.UTF8Encoding encoding = new System.Text.UTF8Encoding(); byte[] keyByte = encoding.GetBytes(key); HMACSHA1 hmacsha1 = new HMACSHA1(keyByte); HMACSHA256 hmacsha256 = new HMACSHA256(keyByte); byte[] messageBytes = encoding.GetBytes(message); byte[] hashmessage = hmacsha1.ComputeHash(messageBytes); textBlock1.Text = ConvertToString(hashmessage); hashmessage = hmacsha256.ComputeHash(messageBytes); textBlock2.Text = ConvertToString(hashmessage);

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