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The .NET Framework uses a large number of interfaces. Anyone programming with the .NET Framework should know the most common ones. I ll introduce you to a few of them.

being called in standard .NET. There is no need to copy and paste the methods with the exact same code and a different name. You can simply declare them as public and then call them from other Scripting functoids.

Inline scripting is a good option when a simple implementation of custom logic is needed, and the logic is unlikely to be leveraged outside the map. It is important to recognize a key limitation of inline scripting: debugging utilities. Because the inline script is embedded into the map s XSLT, stepping into the code at runtime is not possible. One possible way to allow easier debugging of an inline script is to first create and test it in a separate executable or harness. This will allow you to use the robust debugging utilities of Visual Studio. Once the code has been fully tested, it can be placed into a Scripting functoid. The fact that the inline script is saved in the XSLT of the map has another important consequence: only those libraries available to XSLT style sheet scripts may be leveraged. The following are available namespaces: System: The system class System.Collection: The collection classes System.Text: The text classes System.Text.RegularExpressions: The regular expression classes System.Xml: The XML classes System.Xml.Xsl: The XSLT classes System.Xml.Xpath: The XPath classes Microsoft.VisualBasic: The Visual Basic script classes

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You implement IComparable whenever you want your type to support sorting algorithms that expect to call a comparison method between objects of the same type. IComparable is about the simplest interface you could imagine, since it only has one method, CompareTo. CompareTo takes an Object as a parameter, so you should check the type of the object to make sure that the comparison makes sense. IComparable also has a generic form. The generic form uses a typed argument instead of an untyped argument, so there s no need to check the type of the object passed in. The generic forms of these common .NET Framework interfaces were introduced in .NET 2.0 and are preferred over the nongeneric forms. Listing 9-13 is an example using the generic form of IComparable. Listing 9-13. Using Generic IComparable // message_comparable_generic.cpp using namespace System; enum class SortByEnum { SortByDate, SortByFrom, SortBySubject };

You need to include information from variables in an orchestration in the destination message of a BizTalk mapping.

Begin by creating a new message schema with fields for capturing the information from the orchestration, as shown in Figure 3 52. The information from the orchestration variables must be set in a separate message from the input message, referred to here as a context message. In this recipe, the mapping will transform a customer purchase message for the customer support department, and the orchestration will define the support information with the business process. BizTalk will use the new message schema to capture the support information.

ref class Message : IComparable<Message^> { public: static property SortByEnum SortCriterion; property property property property DateTime DateReceived; String^ From; String^ Subject; String^ Body;

Figure 3 52. Defining the context message schema Follow these steps to set up the orchestration. 1. To access the fields of this message easily from within the orchestration, define them as distinguished fields. Right-click the context message schema tree, and select Promote Show Promotions. In the Promote Properties dialog box, select each field in the left window, and click the Add button, as shown in Figure 3 53. Then click OK.

Figure 3 53. Designating the distinguished fields 2. Define the following orchestration properties on the Orchestration View tab (see Figure 3 54): Messages msgInputMessage (map to the Input message schema) msgOutputMessage (map to the Output message schema) msgContext (map to the MapContext schema)

Message(DateTime dt, String^ from, String^ subject, String^ body) { DateReceived = dt; From = from; Subject = subject; Body = body; } virtual int CompareTo(Message^ msg) { switch ( SortCriterion ) { case SortByEnum::SortByDate: return this->DateReceived.CompareTo(msg->DateReceived); case SortByEnum::SortByFrom: return this->From->CompareTo(msg->From); case SortByEnum::SortBySubject: return this->Subject->CompareTo(msg->Subject); default: throw gcnew InvalidOperationException(); } } // other methods... }; // Print the message headers in sorted order. void PrintHeaders(array<Message^>^ messages, SortByEnum sortOrder) { Message::SortCriterion = sortOrder; Array::Sort(messages);

Orchestration variables strSupportCode (a string) strSupportCodeExpires (also a string) xmlXmlDoc (of type System.Xml.XmlDocument)

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