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} } } Before you apply the Binding, you can also set various properties on the Binding to control its behavior. The BindingMode setting in Listing 4-3 is one such property. BindingMode controls the direction of data flow in the Binding, and the OneWay setting stipulates that data only flow from the source to the target in this case. The BindingMode is discussed in greater detail in Recipe 4-3 later in the chapter. To utilize the code in Listing 4-3, you will need to name the element that is targeted by the binding in XAML appropriately so that it becomes accessible to you in code. In the following snippet, you see how to name the TextBlock tbxCompanyName in Listing 4-2 so that you can refer to it in code. <Grid x:Name="LayoutRoot" Background="White" DataContext="{StaticResource CLRDS_Company}"> <!-- markup omitted for brevity --> <TextBlock Grid.ColumnSpan="5" x:Name="tbxCompanyName"/> </Grid>

You need to apply a custom UI to data and specify how various parts of a complex data structure are bound to various parts of your complex UI. You also need this representation encapsulated so that it can be reused across your application wherever the related data structure is employed.

@Stateless @Name("salesManager") @Interceptors(SeamInterceptor.class) @JndiName("garage-sale/SaleManagerAction/local") public class SaleManagerAction implements SaleManager { // Put the rest of the method in here }

Define a DataTemplate and specify appropriate bindings to bind parts of the backing data structure to elements of the data template. Apply the DataTemplate where possible to apply a consistent UI to the bound data.

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A DataTemplate offers a way to provide a repeatable and consistent visual representation for a portion or all of a specific application data source within your UI. It encapsulates a portion of your UI and can be defined in terms of any of the standard drawing primitives and controls available, as well any custom controls you might write. Appropriate bindings applied to various properties of the constituent elements ties the DataTemplate to the backend application data source that it aims to provide the UI for.

The first line of this should look familiar; it defines that this is a stateless bean. This is the only part of the class definitions that are not Seam specific. The @Name attribute defines the Seam component name. This annotation is used by the JSF pages to reference the component or bean. This can of course lead to someone defining the same name in multiple beans. There is really no way to prevent this, or to specify which one will be the overwriting one. Your only indication will be a warning on the console. The @JndiName annotation specifies the JNDI name that Seam will use to look up the EJB. This of course could get tedious to have in every single EJB, not to mention that the pattern could change per application server. Thankfully, there is a more global way to do this that I will explain later in this chapter. The @Interceptors annotation is not a Seam-specific annotation, but we are using it for Seam. This annotation is needed for Seam to perform its bijection, validation, and so forth, by intercepting the invocation of the component. However, this is not required for EB because bijection and context demarcations are not defined. As with the @JndiName annotation, there is an easier way to do this that I will explain later in this chapter. Now that you see how to start creating our Seam-modified session bean, let s go into some of the code itself. Listing 5-6 adds methods.

Listing 4-4 shows a simple DataTemplate that binds the Text properties of several TextBlock controls to properties in a CLR type.

In Figure 4-4, we also find two protocols that have not yet been discussed: namely H.225.0 and H.245. These two protocols define the actual messages that are exchanged between H.323 endpoints. They are generic protocols in that they could be used in any of a number of network architectures. When it comes to the H.323 network architecture, the manner in

<DataTemplate x:Key="dtAddress"> <Grid > <Grid.RowDefinitions> <RowDefinition Height="Auto"/> <RowDefinition Height="Auto"/> </Grid.RowDefinitions> <Grid.ColumnDefinitions> <ColumnDefinition Width="Auto" /> </Grid.ColumnDefinitions> <TextBlock x:Name="tblkStreet" HorizontalAlignment="Stretch" VerticalAlignment="Stretch" Text="{Binding Street}" TextWrapping="Wrap" Foreground="White" FontSize="12" FontWeight="Bold"/> <StackPanel Grid.RowSpan="1" Orientation="Horizontal" Grid.Row="1" VerticalAlignment="Stretch"> <TextBlock x:Name="tblkCity" Text="{Binding City}" TextWrapping="Wrap" FontSize="12" FontWeight="Bold" Foreground="White"/> <TextBlock x:Name="tblkComma" Text="," TextWrapping="Wrap" Margin="2,0,2,0" FontSize="12" FontWeight="Bold" Foreground="White"/> <TextBlock x:Name="tblkState" Text="{Binding State}" TextWrapping="Wrap" FontSize="12" FontWeight="Bold" Foreground="White"/> <TextBlock x:Name="tblkZip" Text="{Binding ZipCode}" TextWrapping="Wrap" Margin="3,0,0,0" FontSize="12" FontWeight="Bold" Foreground="White"/> </StackPanel> </Grid> </DataTemplate> Note that a DataTemplate can be declared either as a resource that can be referenced using its x:Key value, as shown in Listing 4-4, or in place, as Listing 4-5 shows.

@Stateless @Name("salesManager") @Interceptors(SeamInterceptor.class) @JndiName("garage-sale/SaleManagerAction/local") public class SaleManagerAction implements SaleManager { @PersistenceContext private EntityManager em; @In @Out private House house; public String addHouse() { em.persist(house); return "/homeSuccess.jsp"; } }

<ContentControl x:Name="cntctrlEmployee" HorizontalAlignment="Stretch" VerticalAlignment="Stretch" Grid.Column="0" Background="Yellow" Margin="5,5,5,5" Height="200"> <ContentControl.ContentTemplate> <DataTemplate> <TextBlock x:Name="tblkFirstName" Text="{Binding FirstName}"

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