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Note If you re examining a control with reflection (or using a tool such as Reflector), you can look for the

Data templates are similar to control templates in that they allow you to define an underlying structure However, they relate to types that are not otherwise associated with any kind of user interface For example, you can define a Customer class and indirectly assign it a look and feel using a data template An example of this is shown in Listing 1 7 This brief explanation is enough for now as data templates are given more prominence in 4, which concentrates on data binding Listing 1 7 Assigning a User Interface to a Plain CLR Class <DataTemplate DataType="{x:Type local:Customer}"> <Label Content="Customer Name:" /> <TextBlock Text="{Binding FullName}" /> </DataTemplate> Themes are logical packages of styles, control templates, and data templates that define the look and feel of an application.

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TemplatePart attributes attached to the class declaration. There should be one TemplatePart attribute for each named part. The TemplatePart attribute indicates the name of the expected element (through the Name property) and its class (through the Type property). In 18, you ll see how to apply the TemplatePart attribute to your own custom control classes.

In addition to namespaces provided with Java, the servlet references four namespaces from xmldap.org: import import import import org.xmldap.exceptions.InfoCardProcessingException; org.xmldap.exceptions.KeyStoreException; org.xmldap.rp.Token; org.xmldap.util.KeystoreUtil;

The Track.ViewportSize property is set to 0. This is a specific implementation detail in this template. It ensures that the Thumb always has the same size. (Ordinarily, the thumb is sized proportionately based on the content so that if you re scrolling through content that mostly fits in the window, the thumb becomes much larger.) The Track wraps two RepeatButton objects (whose style is defined separately) and the Thumb. Once again, these buttons are wired up to the appropriate functionality using commands.

You ll also notice that the template uses a key name that specifically identifies it as a vertical scroll bar. As you learned in 11, when you set a key name on a style, you ensure that it isn t applied automatically, even if you ve also set the TargetType property. The reason this example uses this approach is because the template is suitable only for scroll bars in the vertical orientation.

Another, element-typed style uses a trigger to automatically apply the control template if the ScrollBar.Orientation property is set to Vertical: <Style TargetType="{x:Type ScrollBar}"> <Setter Property="SnapsToDevicePixels" Value="True"/> <Setter Property="OverridesDefaultStyle" Value="true"/> <Style.Triggers> <Trigger Property="Orientation" Value="Vertical"> <Setter Property="Width" Value="18"/> <Setter Property="Height" Value="Auto" /> <Setter Property="Template" Value="{StaticResource VerticalScrollBar}" /> </Trigger> </Style.Triggers> </Style> Although you could easily build a horizontal scroll bar out of the same basic pieces, this example doesn t take that step (and so retains the normally styled horizontal scroll bar). The final task is to fill in the styles that format the various RepeatButton objects and the Thumb. These styles are relatively modest, but they do change the standard look of the scroll bar. First, the Thumb is shaped like an ellipse: <Style x:Key="ScrollBarThumbStyle" TargetType="{x:Type Thumb}"> <Setter Property="IsTabStop" Value="False"/> <Setter Property="Focusable" Value="False"/> <Setter Property="Margin" Value="1,0,1,0" /> <Setter Property="Background" Value="{StaticResource StandardBrush}" /> <Setter Property="BorderBrush" Value="{StaticResource StandardBorderBrush}" /> <Setter Property="Template"> <Setter.Value> <ControlTemplate TargetType="{x:Type Thumb}"> <Ellipse Stroke="{StaticResource StandardBorderBrush}" Fill="{StaticResource StandardBrush}"></Ellipse> </ControlTemplate> </Setter.Value> </Setter> </Style> Next, the arrows at either end are drawn inside nicely rounded circles. The circles are defined in the control template, while the arrows are provided from the content of the RepeatButton and inserted into the control template using the ContentPresenter: <Style x:Key="ScrollBarLineButtonStyle" TargetType="{x:Type RepeatButton}"> <Setter Property="Focusable" Value="False"/> <Setter Property="Template"> <Setter.Value> <ControlTemplate TargetType="{x:Type RepeatButton}"> <Grid Margin="1"> <Ellipse Name="Border" StrokeThickness="1" Stroke="{StaticResource StandardBorderBrush}" Fill="{StaticResource StandardBrush}"></Ellipse> <ContentPresenter HorizontalAlignment="Center" VerticalAlignment="Center"></ContentPresenter> </Grid>

You can find details on each namespace in Table 13-2.

<ControlTemplate.Triggers> <Trigger Property="IsPressed" Value="true"> <Setter TargetName="Border" Property="Fill" Value="{StaticResource PressedBrush}" /> </Trigger> </ControlTemplate.Triggers> </ControlTemplate> </Setter.Value> </Setter> </Style> The RepeatButton objects that are displayed over the track aren t changed. They simply use a transparent background so the track shows through: <Style x:Key="ScrollBarPageButtonStyle" TargetType="{x:Type RepeatButton}"> <Setter Property="IsTabStop" Value="False"/> <Setter Property="Focusable" Value="False"/> <Setter Property="Template"> <Setter.Value> <ControlTemplate TargetType="{x:Type RepeatButton}"> <Border Background="Transparent" /> </ControlTemplate> </Setter.Value> </Setter> </Style> Unlike the normal scroll bar, in this template no background is assigned to the Track, which leaves it transparent. That way, the gently shaded gradient of the list box shows through. Figure 17-11 shows the final list box.

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