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Every control has a built-in recipe that determines how it should be rendered (as a group of more fundamental elements). That recipe is called a control template. It s defined using a block of XAML markup and applied to a control through the Template property. For example, consider the basic button. Perhaps you want to get more control over the shading and animation effects that a button provides by creating a custom template. In this case, the first step is to try replacing the button s default template with one of your own devising. To create a template for a basic button, you need to draw your own border and background and then place the content inside the button. There are several possible candidates for drawing the border, depending on the root element you choose: Border: This element does double duty it holds a single element (say, a TextBlock with the button caption) and draws a border around it. Grid: By placing multiple elements in the same place, you can create a bordered button. Use a Silverlight shape element (such as a Rectangle or Path), and place a TextBlock in the same cell. Make sure the TextBlock is defined after the shape in XAML so it appears superimposed over the shape background. One advantage of the Grid is that it supports automatic sizing, so you can make sure your control is made only as large as its content requires. Canvas: The Canvas can place elements more precisely using coordinates. It s usually overkill, but it may be a good choice if you need to position a cluster of shapes in specific positions relative to each other, as part of a more complex button graphic.

Private fadeAnimation As New DoubleAnimation() Public Sub New() fadeStoryboard.Children.Add(fadeAnimation) End Sub Protected Overrides Sub Invoke(ByVal args As Object) ' Make sure the storyboard isn't already running. fadeStoryboard.Stop() ' Set up the storyboard. Storyboard.SetTarget(fadeAnimation, Me.Target) Storyboard.SetTargetProperty(fadeAnimation, New PropertyPath("Opacity")) ' Set up the animation. fadeAnimation.To = 1 fadeAnimation.Duration = Duration fadeStoryboard.Begin() End Sub End Class And here s an example that uses that both actions. By clicking one of two buttons, the user can fade out or fade in a block of text. <StackPanel Orientation="Horizontal" Margin="3,15"> <Button Content="Click to Fade the TextBlock" Padding="5"> <i:Interaction.Triggers> <i:EventTrigger EventName="Click"> <custom:FadeOutAction TargetName="border" /> </i:EventTrigger> </i:Interaction.Triggers> </Button> <Button Content="Click to Show the TextBlock" Padding="5"> <i:Interaction.Triggers> <i:EventTrigger EventName="Click"> <custom:FadeInAction TargetName="border" /> </i:EventTrigger> </i:Interaction.Triggers> </Button> </StackPanel> <Border x:Name="border" Background="Orange" BorderBrush="Black" BorderThickness="1" Margin="3,0" > <TextBlock Margin="5" FontSize="17" TextWrapping="Wrap" Text="I'm the target of the FadeOutAction and FadeInAction."></TextBlock> </Border> Figure 12-4 shows the result.

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remained blank In other words, the scrolling text would have not scrolled through the whole text field Ugly You can usually resolve this issue by appending a large number of spaces or copies of the message itself to the end of the message This solution is effective, but it would be nice to have a more elegant solution The crux of the problem lies in the fact that the length of a string depends on its font type and size Developing software for the Macintosh decades ago, it was easily possible to determine the number of pixels needed to display a string Java lets you do it now with the Graphics and FontMetrics classes However, in HTML, it is not officially possible to know how long a piece of string is In other words, the W3C hasn t standardized a way of obtaining the size of an element in pixels.

The following example uses the Border class to combine a rounded orange outline with an eye-catching red background and white text: <Button Content="A Custom Button Template"> <Button.Template> <ControlTemplate TargetType="Button" > <Border BorderBrush="Orange" BorderThickness="3" CornerRadius="10" Background="Red"> <TextBlock Foreground="White" Text="A Custom Template"></TextBlock> </Border> </ControlTemplate> </Button.Template> </Button> Figure 13-1 shows the result.

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