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writer.Write("<tr>"); writer.Write("<td>Number of households</td>"); writer.Write("<td>" + censusInfo.ServiceResult.CensusInfo[0]. Householder_pop.ToString() + "</td>"); writer.Write("</tr>"); writer.Write("<tr>"); writer.Write("<td>Average household size</td>"); writer.Write("<td>" + censusInfo.ServiceResult.CensusInfo[0]. Avg_household_size.ToString() + "</td>"); writer.Write("</tr>"); writer.Write("<tr>"); writer.Write("<td>Number of family households</td>"); writer.Write("<td>" + censusInfo.ServiceResult.CensusInfo[0].Family_households.ToString() + "</td>"); writer.Write("</tr>"); writer.Write("<tr>"); writer.Write("<td>Average family size</td>"); writer.Write("<td>" + censusInfo.ServiceResult.CensusInfo[0]. Avg_family_size.ToString() + "</td>"); writer.Write("</tr>");

> <StackPanel x:Uid="StackPanel_1" Margin="10"> <TextBlock x:Uid="TextBlock_1" Margin="10">One line of text.</TextBlock> <Button x:Uid="cmdDoSomething" Name="cmdDoSomething" Margin="10" Padding="3"> A button</Button> <TextBlock x:Uid="TextBlock_2" Margin="10"> This is another line of text.</TextBlock> </StackPanel> </Window>

When you run this through LocBaml, you ll get the information shown in Table 7-3. (For the sake of brevity, the BAML name has been left out, because it s always the same window; the resource key has been shortened so it doesn t use fully qualified names; and the comments, which are blank, have been left out.) Here s where the current tool support is a bit limited. It s unlikely that a translation service will want to work directly with the .csv file, because it presents information in a rather awkward way. Instead, another tool is needed that parses this file and allows the translator to review it more efficiently. You could easily build a tool that pulls out all this information, displays the values where Readable and Modifiable are true, and allows the user to edit the corresponding value. However, at the time of this writing, WPF doesn t include such a tool. To perform a simple test, you can open this file directly (use Notepad or Excel) and modify the last piece of information the value to supply translated text instead. Here s an example: LocalizableApplication.g.en-US.resources:window1.baml, TextBlock_1:System.Windows.Controls.TextBlock.$Content, Text,True,True,, Une ligne de texte.

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This is somewhat of a shame, as events are fairly limited in their abilities. Sure, they can be handled elsewhere in the code, but they usually expose very view-specific data through their EventArgs. Listing 3 17. Hooking Up a Click Event Listener on a Button <Button Content="Click me" Click="ButtonClicked" /> Listing 3 18. Handling the Click Event private void ButtonClicked(object sender, RoutedEventArgs e) { MessageBox.Show("Hello World!"); } As you can see, responding to a control s event is simple, but this simplicity should not outweigh architectural organization.

You don t specify which culture you re using at this point. You do that when you compile the new satellite assembly in the next step.

writer.Write("</table>"); } }

<!-- This the flip button. --> <ToggleButton Grid.Row="1" x:Name="FlipButton" Margin="0,10,0,0"> </ToggleButton> </Grid> </ControlTemplate> When you create a default control template, it s best to avoid hard-coding details that the control consumer may want to customize. Instead, you need to use template binding expressions. In this example, you set several properties using template-binding expressions: BorderBrush, BorderThickness, CornerRadius, Background, FrontContent, and BackContent. To set the default value for these properties (and thereby ensure that you get the right visual even if the control consumer doesn t set them), you must add additional setters to your control s default style.

The control template shown in the previous example includes a ToggleButton. However, it uses the ToggleButton s default appearance, which makes the ToggleButton look like an ordinary button, complete with the traditional shaded background. This isn t suitable for the FlipPanel. Although you can place any content you want inside the ToggleButton, the FlipPanel requires a bit more. It needs to do away with the standard background and change the appearance of the elements inside depending on the state of the ToggleButton. As you saw earlier in Figure 18-5, the ToggleButton points the way the content will be flipped (right initially, when the front faces forward, and left when the back faces forward). This makes the purpose of the button clearer. To create this effect, you need to design a custom control template for the ToggleButton. This control template can include the shape elements that draw the arrow you need. In this example, the ToggleButton is drawn using an Ellipse element for the circle and a Path element for the arrow, both of which are placed in a single-cell Grid: <ToggleButton Grid.Row="1" x:Name="FlipButton" RenderTransformOrigin="0.5,0.5" Margin="0,10,0,0" Width="19" Height="19"> <ToggleButton.Template> <ControlTemplate> <Grid> <Ellipse Stroke="#FFA9A9A9" Fill="AliceBlue"></Ellipse> <Path Data="M1,1.5L4.5,5 8,1.5" Stroke="#FF666666" StrokeThickness="2" HorizontalAlignment="Center" VerticalAlignment="Center"></Path> </Grid> </ControlTemplate> </ToggleButton.Template> </ToggleButton> The ToggleButton needs one more detail a RotateTransform that turns the arrow away from one side to point at the other. This RotateTransform will be used when you create the state animations: <ToggleButton.RenderTransform> <RotateTransform x:Name="FlipButtonTransform" Angle="-90"></RotateTransform> </ToggleButton.RenderTransform>

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