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In this recipe s solution, we demonstrated how to enlist and start send ports via the BizTalk Administration Console. Enlisting and starting are two mutually exclusive states on a send port. Enlistment sets up the port and ensures that it is recognized and properly bound. Starting the port has it begin listening for the trigger that will cause it to execute. These are two logical mandatory steps to enable a BizTalk solution to be deployed.

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Note In this example, we demonstrated the explicit steps of enlisting and starting for demonstration purposes

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Enlisting a port enables a subscription in the BizTalk MessageBox. If a send port is not enlisted, a message published to the MessageBox will not be subscribed to by the send port. If a subscriber is not found (the message had only the send port as the intended subscriber), a BizTalk error would be thrown, indicating that a matching subscription could not be found, and the message instance would be suspended but resumable in the MessageBox. (In previous versions of the product, this would have caused the message instance to be suspended but not resumable.) If a message is published to the BizTalk MessageBox and a send port is not started, the message instance will sit in the MessageBox, waiting for the subscribing send port to be started. This situation is often hard to troubleshoot, as no error is thrown during the message submission process (an administrator would need to proactively look at what processes have been suspended using the Group Hub page). In addition to administering send ports via the product tool set, BizTalk also has an object model available to allow programmatic administration via Windows Management Instrumentation (WMI). Send port administration is accessible via the base class Microsoft.BizTalk.ExplorerOM.SendPort. Within this class, a send port has a variety of methods available (for example, ChangeSendPortStatus()). Refer to the BizTalk product documentation for an inclusive list.

Another feature of native arrays is that, to some extent, arrays and pointers are interchangeable. The name of a native array is the starting address of the array. The square bracket array-index syntax is always equivalent to a pointer-offset syntax. That is, the following are equivalent for a native array: native_array[i] *(native_array + i) Although this is not possible with managed arrays, you can navigate through an array using iterators, and you can also use interior pointers to navigate an array. Iterators are special classes that point to elements of arrays or another collection and can be incremented to step through a collection. You could think of them as smart pointers. Listing 5-24 shows how to walk through an array using iterators. Listing 5-24. Using Iterators to Traverse an Array // arrays_iterators.cpp using namespace System; using namespace System::Collections;

A receive location is the entry point into a receive port for pipeline processing and submission into the BizTalk MessageBox for subscribers and downstream processing. Receive ports can have multiple receive locations belonging to them. To allow messages to be received and consumed, you should enable a receive location.

Note For a receive location to be enabled, make sure that the receive location has been associated with a

receive handler and pipeline. The receive handler determines the security context (file access permissions) under which a receive location operates.

int main() { array<DateTime^>^ dateArray = gcnew array<DateTime^>(2); dateArray[0] = gcnew DateTime(1970, 12, 18); dateArray[1] = gcnew DateTime(1990, 1, 5); IEnumerator^ enumerator1 = dateArray->GetEnumerator(); while ( enumerator1->MoveNext() ) { DateTime^ current = (DateTime^) enumerator1->Current; Console::WriteLine( current->ToString("MM/dd/yyyy") ); } } The output of Listing 5-24 is shown here: 12/18/1970 01/05/1990 The for each statement may be used to iterate through an array, as Listing 5-25 shows. Listing 5-25. Using for each to Traverse an Array // arrays_foreach.cpp using namespace System; int main() { array<String^>^ stringArray = gcnew array<String^> { "one", "two", "three", "four", "five" }; for each (String^ str in stringArray) { Console::WriteLine(str); } } The output of Listing 5-25 is as follows: one two three four five

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