winforms data matrix

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Here s the markup that defines these buttons: <StackPanel Orientation="Horizontal" HorizontalAlignment="Center" Margin="5"> <Button Name="cmdStart">Start</Button> <Button Name="cmdPause">Pause</Button> <Button Name="cmdResume">Resume</Button> <Button Name="cmdStop">Stop</Button> <Button Name="cmdMiddle">Move To Middle</Button> </StackPanel> Ordinarily, you might choose to place the event trigger in the Triggers collection of each individual button. However, as explained earlier, that doesn t work for animations. The easiest solution is to define all the event triggers in one place, such as the Triggers collection of a containing element, and wire them up using the EventTrigger.SourceName property. As long as the SourceName matches the Name property you ve given the button, the trigger will be applied to the appropriate button. In this example, you could use the Triggers collection of the StackPanel that holds the buttons. However, it s often easier to use the Triggers collection of the top-level element, which is the window in this case. That way, you can move your buttons to different places in your user interface without disabling their functionality. <Window.Triggers> <EventTrigger SourceName="cmdStart" RoutedEvent="Button.Click"> <BeginStoryboard Name="fadeStoryboardBegin"> <Storyboard> <DoubleAnimation Storyboard.TargetName="imgDay" Storyboard.TargetProperty="Opacity" From="1" To="0" Duration="0:0:10"> </DoubleAnimation> </Storyboard> </BeginStoryboard> </EventTrigger> <EventTrigger SourceName="cmdPause" RoutedEvent="Button.Click"> <PauseStoryboard BeginStoryboardName="fadeStoryboardBegin"></PauseStoryboard> </EventTrigger> <EventTrigger SourceName="cmdResume" RoutedEvent="Button.Click"> <ResumeStoryboard BeginStoryboardName="fadeStoryboardBegin"></ResumeStoryboard> </EventTrigger> <EventTrigger SourceName="cmdStop" RoutedEvent="Button.Click"> <StopStoryboard BeginStoryboardName="fadeStoryboardBegin"></StopStoryboard> </EventTrigger> <EventTrigger SourceName="cmdMiddle" RoutedEvent="Button.Click"> <SeekStoryboard BeginStoryboardName="fadeStoryboardBegin" Offset="0:0:5"></SeekStoryboard> </EventTrigger> </Window.Triggers>

As developers, our job is to solve real business problems. The type and complexity of the problems will vary broadly depending on the nature of the business. But regardless of the complexity of any given problem, we tend to solve problems in the same way: we break the problem down into manageable parts. Those parts are further divided into smaller tasks, and so on. When we ve finally reached a point where each task is the right size to understand and manage, we identify the steps needed to accomplish the task. The steps usually have an order associated with them. They represent a sequence of individual instructions that will yield the expected behavior only when they are executed in the correct order. In the traditional programming model, you implement a task in code using your chosen development language. The code specifies what to do (the execution instructions) along with the sequence of those instructions (the flow of control). You also include code to make decisions (rules) based on the value of variables, the receipt of events, and the current state of the application. A workflow is simply an ordered series of steps that accomplish some defined purpose according to a set of rules. By that definition, what I just described is a workflow. It might be defined entirely in code, but it is no less a type of workflow. We already use workflows every day we develop software. We might not consider affixing the workflow label to our work, but we do use the concepts even if we are not consciously aware of them. So why all of this talk about workflows Why did I write a book about them Why are you reading it right now

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You can get the current application instance from anywhere in your application using the shared Application.Current property. This allows rudimentary interaction between windows, because any window can get access the current Application object and through that obtain a reference to the main window. Dim main As Window = Application.Current.MainWindow MessageBox.Show("The main window is " & main.Title) Of course, if you want to access any methods, properties, or events that you ve added to your custom main window class, you need to cast the window object to the right type. If the main window is an instance of a custom MainWindow class, you can use code like this: Dim main As MainWindow = CType(Application.Current.MainWindow, MainWindow) main.DoSomething() A window can also examine the contents of the Application.Windows collection, which provides references to all the currently open windows: For Each window As Window In Application.Current.Windows MessageBox.Show(window.Title & " is open.") Next

In practice, most applications prefer to use a more structured form of interaction between windows. If you have several long-running windows that are open at the same time and they need to communicate in some way, it makes more sense to hold references to these windows in a custom application class. That way you can always find exactly the window you need. Similarly, if you have a document-based application, you might choose to create a collection that tracks document windows but nothing else. The next section considers this technique.

runtime as the startup program. Now when you start the workflow project, the .exe is started, and your breakpoints are active.

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