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The BAM Interceptor is part of the API that is available to interact with BAM from a .NET code base (BizTalk or otherwise). The Interceptor is used primarily by the core BizTalk components, such as orchestrations and pipelines, but can be tied to custom code by a developer. By calling the Interceptor and the associated API methods, you have full control over when and what is sent to deployed and tracked BAM instances. When orchestrations execute, they constantly send events to the BAM Interceptor. Events that are being subscribed to (tracked events, set in the BAM Tracking Profile Editor) will be saved, and all others will be ignored. When external components to the orchestration are called (such as referenced assemblies), however, they do not log to BAM, and events that occur can be inferred only by the surrounding events sent from the orchestration. This solution will walk through the sample that is included in the BizTalk SDK. You can find the SDK project files at Microsoft BizTalk Server 2010\SDK\ Samples\BAM\BamApiSample. You must go through several key steps to interface with the BAM Interceptor: 1. 2. Create and deploy a BAM definition, and import it into the Tracking Profile Editor. Create an Interceptor instance, which can be used to interface with the BAM Interceptor. This contains the configuration needed to associate the data in the custom event being fired with the event in the BAM definition. Implement the code to call the BAM Interceptor.

Listing 6-15. Using a Destructor and Finalizer // finalizer.cpp using namespace System; ref class R { int ID; public: R(int id) : ID(id) { Console::WriteLine("R constructor {0}", ID); } ~R() { Console::WriteLine("R destructor {0}", ID); } !R() { Console::WriteLine("R finalizer {0}", ID); } }; void MakeObjects() { R^ r; R r1(0); for (int i = 1; i < 7; i++) { r = gcnew R(i); } } int main() { MakeObjects(); // Normally, you should avoid calling GC::Collect and forcing garbage // collection rather than letting the garbage collection thread determine // the best time to collect; I do it here to illustrate a point. GC::Collect(); } Here is the output of Listing 6-15: R R R R R R R R R R constructor 0 constructor 1 constructor 2 constructor 3 constructor 4 constructor 5 constructor 6 destructor 0 finalizer 5 finalizer 6

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The first thing to do is to import the BAM definition and understand how it corresponds to the rest of the files in the SDK: 1. 2. Run the Setup.bat file. This will install the components. Open the BizTalk Tracking Profile Editor. Click File, and then select Import BAM Activity Definition. Assuming the BAM definition has been deployed successfully, the option to select BAMApiPo will be available, as shown in Figure 11 29.

Figure 11 29. Tracking Profile Editor During the setup process, two console applications are compiled. One of them is the InterceptorConfig.exe file, which takes a series of inputs to determine how to map data logged to the Interceptor to the BAM definition. The second is the BAMApiSample.exe file, which references the output of the InterceptorConfig.exe file to determine how to push data to the BAM Interceptor. 3. 4. Open the BAMApiSample.sln file. First, examine the InterceptorConfig.cs file to observe how it creates the binary file, which will be referenced by BAMApiSample. It creates an Interceptor instance, which is a binary file containing the information needed to map the values to the definition. The XPaths are in reference to the document, which is statically created within BAMApiSample. An example of the mapping between the definition and BAMApiSample is as follows: locNewInvoice [in BAMApiSample] = Received Event [in Tracking Editor] @PoID [inBAMApiSample] = xpath in xml document to InvoiceID [in Tracking Editor]

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Open the PurchaseOrder_config.xml document to see all the mappings as configured by InterceptorConfig.exe. You can change these values; however, you also have to change the document in BAMApiSample to match the new values. Assume for a moment that the only fields in the Tracking Profile Editor are Start and End. By simplifying the definition and the creation of the binary reference file, the solution becomes more manageable. Use the following steps to create an Interceptor instance based on the simplified definition. In Visual Studio, create a new Visual C# Console Application project. This will allow code to be written that will produce the Interceptor instance. Add a reference to the Microsoft.BizTalk.Bam.EventObservation.dll assembly. This is located in the Tracking directory of the main BizTalk installation path. The code in Main will look as shown in Listing 11 1.

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