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manager.WaitAll(2000); Console.WriteLine("Completed WhileWorkflow Test 2\n\r"); } } } } This code uses the same pattern that should be familiar to you by now. After creating the WorkflowRuntime and the WorkflowRuntimeManager, it executes the WhileWorkflow twice. The first time it passes the number 5 as the TestNumber parameter. This should result in the child activities of the workflow executing five times. During each iteration, the handler for the CodeActivity will write the current value of the TestNumber property on the console for you to see. The second workflow is passed a value of zero. This should result in the WhileActivity condition being initially false and the child activities not executed at all. All that is left is to execute the static WhileTest.Run method from the Program.cs file like this: using System; namespace ConsoleWhile { public class Program { static void Main(string[] args) { //execute the workflow tests WhileTest.Run(); Console.WriteLine("Press any key to exit"); Console.ReadKey(); } } } When executed, the results look like this: Executing WhileWorkflow Test 1 TestNumber is 5 TestNumber is 4 TestNumber is 3 TestNumber is 2 TestNumber is 1 Completed WhileWorkflow Test 1 Executing WhileWorkflow Test 2 Completed WhileWorkflow Test 2 Press any key to exit As expected, the first workflow executes five times. Each time, the TestNumber property is decremented. The second workflow never executes the child activities since the rule condition for the WhileActivity is initially false.

ContentType -like 'text/html*'} if ($htmlView -eq $null) { throw "You need an HTML alternate view to use linked resources!" }.

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A ParallelActivity permits you to schedule two or more child branches for execution at the same time Each branch of execution is represented by a child SequenceActivity The SequenceActivity is the only activity allowed as a direct child of the ParallelActivity The SequenceActivity is the container for any number and type of child activities that you wish to execute The ParallelActivity doesn t really execute multiple branches simultaneously Each workflow instance executes on a single thread, so true parallel execution of multiple activities isn t possible Instead of true parallel execution, the ParallelActivity coordinates execution of activities in each branch, giving each SequenceActivity a turn at execution Once an activity in a branch executes, the next branch takes its turn When that branch executes an activity, execution moves to the next branch, and so on.

Figure 6-13. Console Output After Invoking the Billing Service Configured for Service Discovery Simply to make the point further, let s review the project file structure of the web client application that invokes Billing service using WCF 4.0 s Dynamic Discovery feature. Figure 6-14 shows Contoso s Claims Web project, which illustrates the scenario this chapter has been discussing.

Once all branches have had a chance to execute, the process starts again with the first (leftmost) branch, executing the next activity in that branch (if there is one) Each branch gets a turn at execution, but this doesn t mean that each branch always executes an activity A branch may contain an activity that causes the execution of that branch to be delayed For instance, a branch may be waiting on receipt of an external event or may contain a DelayActivity In this case, execution of the branch is bypassed, and the next branch receives its turn When execution returns to the waiting branch, the situation is evaluated once again If the branch is no longer waiting, it takes its turn at execution If it is still in a wait state, the branch loses its turn at execution, and the next branch executes.

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