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Next we come to the order processing itself. The model used here checks the Boolean ContinueNow field before processing a pipeline section. This allows sections to specify either that processing should continue when they re finished with the current task (by setting ContinueNow to true) or that processing should pause (by setting ContinueNow to false). This is necessary because you need to wait for external input at certain points along the pipeline, such as checking whether stock is available. The pipeline section to process is selected by the private GetCurrentPipelineSection method, which eventually selects a section based on the status of the order, but currently just has the job of setting the CurrentPipelineSection field to an instance of PSDummy: private void GetCurrentPipelineSection() { // select pipeline section to execute based on order status // for now just provide a dummy CurrentPipelineSection = new PSDummy(); } Back to Process, you see this method being called in a try block: // process pipeline section try { while (ContinueNow) { ContinueNow = false; GetCurrentPipelineSection(); Note that ContinueNow is set to false in the while loop the default behavior is to stop after each pipeline section.

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After you have a pipeline section, you need to process it. All sections support the simple IPipelineSection interface, defined as follows: public interface IPipelineSection { void Process(OrderProcessor processor); } All pipeline sections use a Process method to perform their work, and this method requires an OrderProcessor reference because the pipeline sections need access to the order and customer details exposed by the order processor. The last part of the while loop (and try block) in OrderProcessor calls this method: CurrentPipelineSection.Process(this); } } This calls the Process method in PSDummy, which we ll come back to shortly. The last part of the Process method in OrderProcessor involves catching exceptions, which might be OrderProcessorException instances or other exception types. In either case, you send an email to the administrator using the MailAdmin method (we ll cover this in a little while), add an audit entry, and throw a new OrderProcessorException that can be caught by users of the OrderProcessor class: catch (OrderProcessorException ex) { MailAdmin("Order Processing error occurred.", ex.Message, ex.SourceStage); CreateAudit("Order Processing error occurred.", 10002); throw new OrderProcessorException( "Error occurred, order aborted. " + "Details mailed to administrator.", 100); } catch (Exception ex) { MailAdmin("Order Processing error occurred.", ex.Message, 100); CreateAudit("Order Processing error occurred.", 10002); throw new OrderProcessorException( "Unknown error, order aborted. " + "Details mailed to administrator.", 100); } Regardless of whether processing is successful, you add a final audit entry saying that the processing has completed: finally { CommerceLibAccess.CreateAudit(Order.OrderID, "Order Processor finished.", 10001); } }

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At this point, it s worth examining the message number scheme chosen for order-processing audits In all cases, the audit message number is a five-digit number The first digit of this number is either 1 if an audit is being added by OrderProcessor, or 2 if the audit is added by a pipeline section The next two digits are used for the pipeline stage that added the audit (which maps directly to the status of the order when the audit was added) The final two digits uniquely identify the message within this scope For example, so far you ve seen the following message numbers: 10000: Order processor started 10001: Order processor finished 10002: Order processor error occurred Later you ll see a lot of these that start with 2, as you get on to pipeline sections, and include the necessary information for identifying the pipeline section, as noted previously.

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