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Figure 6-4. Type selection dialog As shown in Figure 6-4, I ve selected the IAccountServices interface from the SharedWorkflows project (the current project). After clicking OK, you are returned to the Properties window. The next step is to select the MethodName property. In this example, the interface supports only a single method, so the choice of the AdjustBalance method is a simple one. Once you select a method, any input arguments are shown in the Parameters section of the Properties window. Since the AdjustBalance method returns a result, it is also shown in the Parameters section. The final step is to set or bind the parameters for the method call. In this example, you need to bind all of the parameters to workflow properties. This allows the input parameters (Id and Adjustment) to be passed from the workflow to the method, and the result (an Account object) to be passed back to the workflow Account property. Table 6-2 shows the bindings that you need.

Activity=BalanceAdjustmentWorkflow, Path=Account Activity=BalanceAdjustmentWorkflow, Path=Adjustment Activity=BalanceAdjustmentWorkflow, Path=Id

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The ultimate goal of any standardization effort is to provide a uniform way of accessing all objects on the network. Objects typically means components in a software system, but WBEM goes even further by including hardware devices in that category. After all, there is no point in configuring a service running on one machine differently than you d configure a hardware device driver or even a network router. To make that standardization possible, we need a way to define an object and its properties and operations. This is what the Common Information Model (CIM) does for us. The CIM standard defines an object-oriented information model that describes all manageable entities as objects that have a set of properties and operations. The CIM is based on the Unified Modeling Language (UML) that is the de facto standard for describing an object-oriented system. Being so close to UML makes CIM familiar to people with an objectoriented background, as it uses the same concepts present in .NET and other object-oriented systems. Object operations are defined by classes, and classes are cleanly separated in namespaces. Not only that, classes can inherit from other classes, and that allows easy customization or extension of existing classes.

You can get the result in two ways. First, you can start the workflow using the WorkflowInvoker object. This returns a dictionary object with the results. The following snippet illustrates how you do this: IDictionary<string, object> outArgs = WorkflowInvoker.Invoke (new Workflow1() { Name = "Jonathan" }); string employeeID = (string)outArgs["EmpID"]; Your second option is to use the Completed delegate. You pass this delegate a WorkflowApplicationCompletedEventArgs object, which contains a dictionary object with all the Out arguments. When checking the output values you will want to check the workflow completion state and ensure that it is set to closed. In addition, if you access output parameters that are not in the dictionary object you may receive either an InvalidCastException or a KeyNotFoundException. In the snippet that follows we have modified the delegate code for the Completed action: myInstance.Completed = delegate(WorkflowApplicationCompletedEventArgs e) { if (e.CompletionState == ActivityInstanceState.Closed) { try { EmpID = (string)e.Outputs["EmpID"]; } catch (Exception ex) { //Catch your exception - Accessing a key that doesn't //exist may throw a InvalidCastException or a //KeyNotFoundException } finally { syncEvent.Set(); } } Console.ReadLine(); };

The CallExternalMethodActivity provides a MethodInvoking event that you can optionally handle in code. This event is raised just prior to the call on the service method. In this example you don t need to handle this event. But this event is a good place to execute any setup code that is necessary prior to the method call. Figure 6-5 shows the completed Properties window.

Note A WMI object always belongs to a class. A class is, in short, the object type. Classes define how objects behave what their properties and methods are. WMI classes are different than .NET classes, though. We cannot use the GetType() method to distinguish between different types of WMI objects; instead, we have to use their special __CLASS property. See the WMI System Properties section for details on getting information about a WMI object s type.

Figure 6-5. Completed Properties window for callExternalMethodActivity1 The completed workflow looks like Figure 6-6.

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