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The modifications to PSTakePayment are as follows: using DataCashLib; namespace CommerceLib { /// <summary> /// 5th pipeline stage takes funds from customer /// </summary> public class PSTakePayment : IPipelineSection { private OrderProcessor orderProcessor; public void Process(OrderProcessor processor) { // set processor reference orderProcessor = processor; // audit orderProcessor.CreateAudit("PSTakePayment started.", 20400); try { // take customer funds via DataCash gateway // configure DataCash XML request DataCashRequest request = new DataCashRequest(); request.Authentication.Client = BalloonShopConfiguration.DataCashClient; request.Authentication.Password = BalloonShopConfiguration.DataCashPassword; request.Transaction.HistoricTxn.Method = "fulfill"; request.Transaction.HistoricTxn.AuthCode = orderProcessor.Order.AuthCode; request.Transaction.HistoricTxn.Reference = orderProcessor.Order.Reference; // get DataCash response DataCashResponse response = request.GetResponse( BalloonShopConfiguration.DataCashUrl); if (response.Status == "1") { // audit orderProcessor.CreateAudit( "Funds deducted from customer credit card account.", 20402);

An interesting piece of information to keep in mind is that if you had declared the Node structure with a single reference to Node, the C# compiler would have generated an error about a self-referencing node. Here is an example of a self-referencing struct that does not compile: public struct Node { public string CityName; public double X; public double Y; public Node Connections; } The problem in the declaration is that a value type has fixed dimensions, and because you are declaring a Node within a Node, the compiler cannot determine the size of the declared struct. The Node declaration with an array reference ([]) does compile because the array is explicitly defined as being of unknown length, and the declaration to the array is treated as a reference type.

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If Solver finds a solution, Solver allows you to create one or a combination of the following types of reports: The Answer report lists the model s target cell and the adjustable cells with their original and final values, and information about the model s constraints. The Sensitivity report lists how sensitive the solution is to small changes in the target cell s formula or the model s constraints. Use this type of report for problems that do not contain integer constraints.

// update order status orderProcessor.Order.UpdateStatus(5); // continue processing orderProcessor.ContinueNow = true; } else { // audit orderProcessor.CreateAudit( "Error taking funds from customer credit card account.", 20403); // mail admin orderProcessor.MailAdmin( "Credit card fulfillment declined.", "XML data exchanged:\n" + request.Xml + "\n\n" + response.Xml, 1); } } catch { // fund checking failure throw new OrderProcessorException( "Error occured while taking payment.", 4); } // audit processor.CreateAudit("PSTakePayment finished.", 20401); } } }

A Stack is a special list that behaves like a stack of paper on a table. When you add three items on the Stack, the last one added to the Stack is the first one off the Stack. Here is an example of using a Stack: Stack<string> stack = new Stack<string>(); stack.Push("first"); stack.Push("second"); stack.Push("third"); if(stack.Pop().CompareTo("third) == 0) { // This is what we expect } The code demonstrates using the Push() method to push items on the stack and the Pop() method to remove items from the stack. Remember that Push() is an explicit addition, and Pop() an explicit removal (though a call to Pop() returns the object removed from the stack so you can do something with it, as shown in the code). If you want to know what is on the top of the stack, use Peek(), which acts like Push(), except it does not remove the item from the list.

Now that you have all this in place, it s important to test with a few orders. You can do this easily by making sure you create a customer with magic credit card details. As mentioned earlier in the chapter, these are numbers that DataCash supplies for testing purposes and can be used to obtain specific responses from DataCash. A sample of these numbers is shown in Table 20-2; a full list is available on the DataCash web site.

A Queue is another special type of list that behaves like a queue that you would encounter at a ticket counter. As people start queuing, the first person to be served is the one at the front of the line. Here is an example of using a Queue: Queue<string> queue = new Queue <string>(); queue.Enqueue("first"); queue.Enqueue("second"); queue.Enqueue("third"); if(queue.Dequeue().CompareTo("first) == 0) { // This is what we expect }

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