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Before you jump into the BizTalk Administration Console, you need to take care of some application-specific tasks. If you were keeping count, you may have noticed that you created six ports that will send and receive your order message. You need to create those physical locations on the hard drive and give your directories the appropriate access permissions. Under the c:\Acme\11 folder, create the following subfolders: OrderIn MinorOrderOut ApprovalWaiting ApprovalSubmitted OrderApproved OrderDenied And now the fun part: binding all of these folders to your orchestration ports! It s not as bad as you might think, and it makes for great BizTalk practice. You ll create the ports and then bind them to the appropriate orchestration locations. There should be a logical assignment to the ports, and you ll find that it s quite easy to bind ports when you use corresponding naming schemes. 1. Start the BizTalk Administration Console and expand your 11 application. You should see your schema and orchestration. 2. Right-click Receive Ports and create a new one-way receive port. Name the receive port ReceiveOrderMessage. 3. Create a new receive location with the following properties: Name: ReceiveOrderLocation Transport Type: File (C:\acme\chapter11\orderin) Receive Pipeline: XMLReceive

Listing 11-8. Creating a Linked List That Can Be Traversed with for each // generic_list.cpp using namespace System; using namespace System::Collections::Generic; // ListNode represents a single element in a linked list. generic <typename T> ref struct ListNode { ListNode<T>(T t) : item(t) { } // The item field represents the data in the list. T item; // the next node in the list; ListNode<T>^ next; }; // List represents a linked list. generic <typename T> ref class MyList : IEnumerable<ListNode<T>^> { ListNode<T>^ first; public: property bool changed; // Add an item to the end of the list. void Add(T t) { changed = true; if (first == nullptr) { first = gcnew ListNode<T>(t); } else { // Find the end. ListNode<T>^ node = first; while (node->next != nullptr) { node = node->next; } node->next = gcnew ListNode<T>(t); } }

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is an event) using the <atlas:ControlEventTrigger> tag The name of the button, as you saw previously, is AddListBtn, so you define the trigger like this: <Triggers> <atlas:ControlEventTrigger ControlID="AddListBtn" EventName="Click" /> </Triggers> Finally, you close the tag defining the UpdatePanel control: </atlas:UpdatePanel> Now what you might find interesting about this is that there is nowhere that you explicitly update the first panel So how does it occur If you look at the definition of AddListBtn, you ll see that it defines an event to happen when you click it with the OnClick attribute Atlas is smart enough not to override this with the trigger, so two actions happen when you click the button The ASP NET onclick behavior fires and trips the server-side event handler, and the Atlas trigger fires to refresh UpdatePanel2.

// Return true if the object was removed, // false if it was not found. bool Remove(T t) { changed = true; if (first == nullptr) return false; if (first->item->Equals(t)) { // Remove first from list by // resetting first. first = first->next; return true; } ListNode<T>^ node = first; while(node->next != nullptr) { if (node->next->item->Equals(t)) { // Remove next from list by // leapfrogging it. node->next = node->next->next; return true; } node = node->next; } return false; } property ListNode<T>^ First { ListNode<T>^ get() { return first; } } private: virtual System::Collections::IEnumerator^ GetEnumerator_NG() sealed = System::Collections::IEnumerable::GetEnumerator { return GetEnumerator(); }

4. Right-click Send Ports and create a new static, one-way send port with the following properties: Name: MinorOrderPort Transport Type: File (C:\acme\chapter11\MinorOrderOut) Send Pipeline: PassThruTransmit 5. Create another static, one-way send port with the following properties: Name: ApprovalWaitingPort Transport Type: File (C:\acme\chapter11\ApprovalWaiting) Send Pipeline: XMLTransmit 6. Create a new receive port and receive location with the following properties: Port Name: ApprovalSubmittedPort Location Name: ApprovalSubmittedLocation Transport Type: File (C:\acme\chapter11\ApprovalSubmitted) Receive Pipeline: XMLReceive 7. Create a static, one-way send port with the following properties: Name: OrderApprovedPort Transport Type: File (C:\acme\chapter11\OrderApproved) Send Pipeline: PassThruTransmit 8. Create a final static, one-way send port with the expected properties: Name: OrderDeniedPort Transport Type: File (C:\acme\chapter11\OrderDenied) Send Pipeline: PassThruTransmit 9. Locate the OrderProcessing orchestration. 10. Right-click the orchestration and select Properties. 11. Select Bindings in the left panel. 12. Assign the appropriate Host property. Leaving it blank would be bad. 13. Bind the ports, as shown in Figure 11-11: OrderIn to ReceiveOrderMessage OrderApprovalReceive to ApprovalSubmittedPort OrderApprovalSend to ApprovalWaitingPort

virtual IEnumerator<ListNode<T>^>^ GetEnumerator_G() sealed = IEnumerable<ListNode<T>^>::GetEnumerator { return GetEnumerator(); } public: IEnumerator<ListNode<T>^>^ GetEnumerator() { ListEnumerator<T>^ enumerator = gcnew ListEnumerator<T>(this); return (IEnumerator<ListNode<T>^>^) enumerator; } // ListEnumerator is a struct that walks the list, pointing // to each element in turn. generic <typename T> ref struct ListEnumerator : IEnumerator<ListNode<T>^> { ListNode<T>^ current; MyList<T>^ theList; bool beginning; ListEnumerator<T>(MyList<T>^ list) : theList(list), beginning(true) { theList->changed = false; } private: virtual property Object^ Current_NG { Object^ get() sealed = System::Collections::IEnumerator::Current::get { return (Object^) Current; } } virtual property ListNode<T>^ Current_G { ListNode<T>^ get() sealed = IEnumerator<ListNode<T>^>::Current::get { return Current; } } public:

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