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The key feature of this inline XSLT example is the select statement appearing in the xsl:for-each element. This statement will create a list of values to create a group for, containing the distinct values of RepName in our example. Each RepName is located at //Sale/RepName in the input message. However, the select statement should obtain only the first occurrence of each distinct group value. This inline example achieves this by adding the filter [not(RepName=preceding-sibling::Sale/RepName)] to the select statement. The xsl:for-each element will loop through the first occurrence of each unique grouping value, and the value can be obtained within the xsl:for-each element with the current() function. When the filter expression evaluates a Sale element, the condition RepName=precedingsibling::Sale/RepName is true whenever there is an element appearing before it with the same RepName value. Placing the condition inside the not() function makes it true only when there are no preceding elements with the same RepName value, so it is only true for the first occurrence of each distinct RepName value. The inline XSLT script in Listing 3 41 calculates the total sales of each representative and creates one record in the output message containing the total sales and the sales representative s name. In addition to grouping fields in the output message, the map may need to perform aggregations for the groups of input message values. Perhaps BizTalk cannot determine the specific groupings that the

Exceptions are supported in classic C++, but not universally used. In .NET Framework programming, exceptions are ubiquitous, and you cannot code without them. This chapter assumes you are aware of the basic concepts of exception handling, throwing exceptions, and the try/catch statement. All of these features of classic C++ are valid in C++/CLI code. A key difference between exception handling in C++/CLI and in classic C++ is that exceptions are always thrown and caught by reference (via a handle), not by value. In classic C++, exceptions could be thrown by value, which would result in a call to the copy constructor for the exception object. In C++/CLI, exceptions are always on the managed heap, never the stack. Therefore, you must use a handle when throwing a C++/CLI exception, as in Listing 10-1. Listing 10-1. Throwing an Exception try { bool error; // other code if (error) { throw gcnew Exception(); } }

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map needs to perform until runtime, or static links may not be practical because of a large number of possible groups. When inline XSLT performs the grouping, BizTalk applies the filter expression to the //Sale statement, which means BizTalk applies the filter expression to every Sale element in the input message. For each input message, the expression checks the value of every preceding-sibling and returns true when none of the preceding-sibling elements has the same RepName value. This algorithm is not efficient for large messages. There is a generally more efficient alternative XSLT approach to the group by problem. This alternative approach is the Muenchian method. The Muenchian method is generally more efficient than the inline solution presented here, but the default BizTalk functoids cannot implement it. The Muenchian method declares an xsl:key element at the top level of the XSLT style sheet. The map directly obtains a node set for each distinct RepName with an xsl:key, eliminating the computational cost of checking every preceding sibling incurred with inline XSLT. However, since the top level of the xsl:stylesheet element must declare the xsl:key element, inline XSLT cannot implement it. Only a separate style sheet file can implement the Muenchian method. Place the XSLT style sheet in Listing 3 43 in a separate file for this example. Listing 3 43. Sample Group-By Style Sheet < xml version="1.0" > <xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform" version="1.0"> <xsl:key name="SalesByRepKey" match="Sale" use="RepName"/> <xsl:template match="/"> <ns0:SalesByRep xmlns:ns0='http://tempURI.org'> <xsl:apply-templates select="//Sale[generate-id()= generate-id(key('SalesByRepKey', RepName)[1])]"/> </ns0:SalesByRep> </xsl:template> <xsl:template match="Sale"> <RepSales> <RepTotalAmount> <xsl:value-of select="sum(key('SalesByRepKey', RepName)/Amount)" /> </RepTotalAmount> <RepName> <xsl:value-of select="RepName" /> </RepName> </RepSales> </xsl:template> </xsl:stylesheet> Specify the external XSLT file used by a BizTalk map (see the next recipe for steps on doing this).

You are fed up with the mapper and can t stand using functoids. You have a complex map that you feel like getting done programmatically, and you want to shell out to real XSLT.

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