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In an entertaining ctional story, the main character is someone an audience observes from a distance. But in a non ction presentation, making the audience the center of the action can dramatically increase the involvement any audience feels. You ll learn how you can always make your audience the main character of your presentation story when you plan your rst ve slides in 4. In keeping with classical storytelling form, Mark s next step would be to present the main characters with a problem that they would have to face.

namespace CompanyName { public sealed class A { } namespace X { public sealed class B { ... } } } // TypeDef: CompanyName.A

Your next job is to sketch the most important group of slides in the presentation the Call to Action and Key Point slides. If you re using a Tablet PC, to see the Key Point slides together, zoom out in Slide Sorter view, and then locate the Key Point slides. Drag each one in sequence so that they follow the Call to Action slide, as shown in Figure 7-10. When you ve nished sketching, you ll drag these slides back to their original positions. You don t have to do this every time you sketch, but it is helpful as you re honing your storyboarding skills. It s important that you see and work with these four slides together as a visual package because when each slide appears in its sequence in the storyboard, it should cue the audience that these are the most important slides in the presentation. If you re working on paper printouts, ip through the storyboard to see where these slides are.

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Many threads spend most of their time waiting for user interaction, such as a user logging in, a key being pressed, or the availability of data on an I/O stream. In its ThreadPool class, .NET has provided an event-driven model that can replace these threads. The .NET ThreadPool class has a fixed number of threads available for each processor normally 50 (25 worker threads and 25 threads for asynchronous I/O). This number is fixed by the CLR and cannot be changed. This pool of threads can monitor several wait operations and notify a delegate when they become free.

Note: You can still add modules to a ConfigurationModuleCatalog in code. You can use this, for example, to make sure that the modules that your application absolutely needs to function are defined in the catalog. Note: Silverlight does not support using configuration files. If you want to use a configuration-style approach for Silverlight, the recommended approach is to create your own ModuleCatalog that reads the module configuration from a web service on the server. Discovering Modules in a Directory The Prism DirectoryModuleCatalog class allows you to specify a local directory as a module catalog in WPF. This module catalog will scan the specified folder and search for assemblies that define the modules for your application. To use this approach, you will need to use declarative attributes on your module classes to specify the module name and any dependencies that they have. The following code example shows a module catalog that is populated by discovering assemblies in a directory.