how to convert pdf to word using asp.net c#

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protected override void Invoke(object args) { // Make sure the storyboard isn't already running. fadeStoryboard.Stop(); // Set up the storyboard. Storyboard.SetTarget(fadeAnimation, this.Target); Storyboard.SetTargetProperty(fadeAnimation, new PropertyPath("Opacity")); // Set up the animation. // It's important to do this at the last possible instant, // in case the value for the Duration property changes. fadeAnimation.To = 0; fadeAnimation.Duration = Duration; fadeStoryboard.Begin(); } } FadeInAction is almost identical. It animates the Opacity to 1, using a default time of just 0.5 seconds: public class FadeInAction : TargetedTriggerAction<UIElement> { // The default fade in is 0.5 seconds. public static readonly DependencyProperty DurationProperty = DependencyProperty.Register("Duration", typeof(TimeSpan), typeof(FadeInAction), new PropertyMetadata(TimeSpan.FromSeconds(0.5))); public TimeSpan Duration { get { return (TimeSpan) etValue(FadeInAction.DurationProperty); } set { SetValue(FadeInAction.DurationProperty, value); } } private Storyboard fadeStoryboard = new Storyboard(); private DoubleAnimation fadeAnimation = new DoubleAnimation(); public FadeInAction() { fadeStoryboard.Children.Add(fadeAnimation); } protected override void Invoke(object args) { // Make sure the storyboard isn't already running. fadeStoryboard.Stop(); // Set up the storyboard. Storyboard.SetTarget(fadeAnimation, this.Target); Storyboard.SetTargetProperty(fadeAnimation, new PropertyPath("Opacity"));

To make the property system work, the XAML parser needs to perform a bit more work than you might initially realize. The value in an XML attribute is always a plain text string. However, object properties can be any .NET type. In the previous example, there are two properties that use enumerations (VerticalAlignment and HorizontalAlignment), one string (FontFamily), one integer (FontSize), and one Brush object (Foreground). In order to bridge the gap between string values and nonstring properties, the XAML parser needs to perform a conversion. The conversion is performed by type converters, a basic piece of infrastructure that s borrowed from the full .NET Framework. Essentially, a type converter has one role in life it provides utility methods that can convert a specific .NET data type to and from any other .NET type, such as a string representation in this case. The XAML parser follows two steps to find a type converter: 1. It examines the property declaration, looking for a TypeConverter attribute. (If present, the TypeConverter attribute indicates what class can perform the conversion.) For example, when you use a property such as Foreground, .NET checks the declaration of the Foreground property. If there s no TypeConverter attribute on the property declaration, the XAML parser checks the class declaration of the corresponding data type. For example, the Foreground property uses a Brush object. The Brush class (and its derivatives) use the BrushConverter because the Brush class is decorated with the TypeConverter(typeof(BrushConverter)) attribute declaration.

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// Set up the animation. fadeAnimation.To = 1; fadeAnimation.Duration = Duration; fadeStoryboard.Begin(); } } 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.

Notice how simply JavaScript lets you define new element attributes The variable ball used inside initBall, like balls[0], points to an object that is the <img> element defined in line 96; when you write ballxx = xx, JavaScript creates the attribute named xx and assigns to it the value of the xx parameter Once initBall returns, init sets the dimensions of the ball image by updating its style (see lines 82-83) and assigns the JavaScript function mouseDown to the event documentmousedown (see line 84) This means that the function mouseDown will be executed every time the user presses a mouse button We intend to create a new bouncing ball whenever this happens The last action of init is to execute the function go, which starts the animation.

If there s no associated type converter on the property declaration or the class declaration, the XAML parser generates an error.

Figure 12-4. Using a targeted trigger It s obviously possible to combine FadeOutAction and FadeInAction into a more general FadeAction that takes an additional property (say, TargetOpacity). However, behaviors are usually designed to be more specific so they can be dropped onto an element and used with a minimum amount of property setting. Similarly, you can run any animated effect using the ControlStoryboardAction (which is part of the Microsoft.Expression.Interactivity.dll assembly). However, it s a common design pattern for an action to encapsulate a programmatically created animation and expose any relevant details as higher-level properties. This simplifies your application and dramatically reduces the amount of markup that s needed. Incidentally, targeted actions offer one way that you can rework the PlaySoundAction shown earlier if you want to avoid the overhead of creating and removing MediaElement objects (and you can live with the one-sound-at-a-time restriction that comes from using a single MediaElement for all your sounds). Rather than dynamically insert a MediaElement, ask the application developer to do the work, and then derive PlaySoundAction from TargetedTriggerAction. The trigger target would be the MediaElement.

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