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To create the CreateAndSignInformationCard activity, follow these steps: 1. Right-click the project, and select Add New File. 2. Select Activity, and name the activity CreateAndSignInformationCard. 3. View the code for the activity, and populate it with the following code: using using using using using using using using using using using using using using using System; System.ComponentModel; System.ComponentModel.Design; System.Collections; System.Drawing; System.Workflow.ComponentModel; System.Workflow.ComponentModel.Design; System.Workflow.ComponentModel.Compiler; System.Workflow.ComponentModel.Serialization; System.Workflow.Runtime; System.Workflow.Activities; System.Workflow.Activities.Rules; BeginningCardspace; System.Security.Cryptography.X509Certificates; System.Xml;

The RepeatBehavior property allows you to control how an animation is repeated. If you want to repeat it a fixed number of times, pass the appropriate number of times to the RepeatBehavior constructor. For example, this animation repeats twice: DoubleAnimation widthAnimation = new DoubleAnimation(); widthAnimation.To = this.Width - 30; widthAnimation.Duration = TimeSpan.FromSeconds(5); widthAnimation.RepeatBehavior = new RepeatBehavior(2); cmdGrow.BeginAnimation(Button.WidthProperty, widthAnimation); When you run this animation, the button will increase in size (over five seconds), jump back to its original value, and then increase in size again (over five seconds), ending at the full width of the window. If you ve set AutoReverse to true, the behavior is slightly different the entire animation is completed forward and backward (meaning the button expands and then shrinks), and then it s repeated again.

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Bear in mind that the result displayed is exactly the same as when a data converter was used, but the method used to achieve that result has drastically changed.

Note Animations that use interpolation provide an IsCumulative property, which tells WPF how to deal with

each repetition. If IsCumulative is true, the animation isn t repeated from start to finish. Instead, each subsequent animation adds to the previous one. For example, if you use IsCumulative with the animation shown earlier, the button will expand twice as wide over twice as much time. To put it another way, the first iteration is treated normally, but every repetition after that is treated as though you set IsAdditive to true.

Rather than using RepeatBehavior to set a repeat count, you can use it to set a repeat interval. To do so, simply pass a TimeSpan to the RepeatBehavior constructor. For example, the following animation repeats itself for 13 seconds: DoubleAnimation widthAnimation = new DoubleAnimation(); widthAnimation.To = this.Width - 30; widthAnimation.Duration = TimeSpan.FromSeconds(5); widthAnimation.RepeatBehavior = new RepeatBehavior(TimeSpan.FromSeconds(13)); cmdGrow.BeginAnimation(Button.WidthProperty, widthAnimation); In this example, the Duration property specifies that the entire animation takes five seconds. As a result, the RepeatBehavior of 13 seconds will trigger two repeats and then leave the button halfway through a third repeat (at the three-second mark).

namespace InformationCardActivities { public partial class CreateAndSignInformationCard: Activity { public CreateAndSignInformationCard() { InitializeComponent(); }

Tip You can use RepeatBehavior to perform just part of an animation. To do so, use a fractional number of

Finally, you can cause an animation to repeat itself endlessly with the RepeatBehavior.Forever value: widthAnimation.RepeatBehavior = RepeatBehavior.Forever;

As you ve seen, WPF animations are represented by a group of animation classes. You set the relevant information, such as the starting value, ending value, and duration, using a handful of properties. This obviously makes them a great fit for XAML. What s less clear is how you wire an animation up to a particular element and property and how you trigger it at the right time. It turns out that two ingredients are at work in any declarative animation: x x

The ConvertQuarterAndBalanceToColor method is trivial, as well as CPU-bound. There is no real reason for this method to run on a separate worker thread. However, if we were to bind to a method that crossed a network boundary perhaps accessing a database on a separate server, for example we could ask the ObjectDataProvider to perform that work on a worker thread so as not to block the rest of the view s binding. This is as simple as setting the ObjectDataProvider s IsAsynchronous property to True: <ObjectDataProvider x:Key="myDomainObjectMethod" ObjectType="{x:Type local:DomainObject}" MethodName="ConvertQuarterAndBalanceToColor" IsAsynchronous="True"> Concurrency and threading are discussed in more detail in 4.

A storyboard. It s the XAML equivalent of the BeginAnimation() method. It allows you to direct an animation to the right element and property. An event trigger. It responds to a property change or event (such as the Click event of a button) and controls the storyboard. For example, to start an animation, the event trigger must begin the storyboard.

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