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Calling an XSLT template is very similar to using inline XSLT. The main difference is the way in which values within the source document are passed and accessed. With inline XSLT, node values in the source document are accessed through XSL methods, whereas with called XSLT templates, the values are passed in as parameters. In the case where code may need to be reused for multiple nodes, it may be more advantageous to create a template that can be reused without modifying the code. Templates will also allow for more traditional programming techniques, such as setting and updating variables dynamically within the template (for example, the ability to update a variable to store the number of loops that have occurred within a for-each loop). Listing 3 39 demonstrates the use of inline XSLT rather than a called XSLT template. The output of Listing 3 39 will produce the same output as that of the XSLT template code shown earlier in Listing 3 36. Listing 3 39. Inline XSLT for Comparison <xsl:element name="Company"> <xsl:element name="ID">Default Company ID</xsl:element> <xsl:element name="Name">Default Company Name</xsl:element> <xsl:element name="Employees"> <xsl:element name="Employee"> <xsl:element name="ID"> <xsl:value-of select="//*[local-name()='ID']" /> </xsl:element> <xsl:element name="Name"> <xsl:value-of select="//*[local-name()='Name']" /> </xsl:element> <xsl:element name="Role"> <xsl:value-of select="//*[local-name()='Role']" /> </xsl:element> <xsl:element name="Age"> <xsl:value-of select="//*[local-name()='Age']" /></xsl:element> </xsl:element> </xsl:element> </xsl:element> </xsl:element>

In this chapter, you learned about the design philosophy of interfaces in C++/CLI as well as explicit interface implementation and special considerations when using properties on an interface. You were also introduced to some of the commonly used interfaces in the .NET Framework, such as IComparable, which enables you to use collection classes to sort instances of your types, and IEnumerable, which enables you to use the for each statement on your types. You also considered the question of when abstract types are to be used and when interfaces are best used, and considered the use of interfaces as stand-ins for dynamically loaded types. You ll get a chance to look at exceptions and attributes, and more closely at reflection, next.

You need to define mapping from an input message with a flat structure to an output message grouping elements by the values of fields in the input message.

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The input message must have records containing a field on which the grouping should be performed, as well as the information that needs to be grouped together. The output message needs to define records for each group and a field containing the aggregated information. The input message may have a structure similar to the XML in Listing 3 40. Listing 3 40. Sample Source Message for the XSLT Group-By Example <ns0:Sales xmlns:ns0="http://tempURI.org"> <Sale> <Amount>100.01</Amount> <RepName>Megan</RepName> </Sale> <Sale> <Amount>200.01</Amount> <RepName>Megan</RepName> </Sale> <Sale> <Amount>10.10</Amount> <RepName>Leah</RepName> </Sale> <Sale> <Amount>2000</Amount> <RepName>Misti</RepName> </Sale> <Sale> <Amount>50.10</Amount> <RepName>Leah</RepName> </Sale> </ns0:Sales> To create the mapping, follow these steps: 1. Click the toolbox, and click the Advanced Functoids tab. Place a Scripting functoid on the map surface and connect it to the record that will contain each group in the destination message. While the Scripting functoid is highlighted on the map surface, click the ellipsis to the right of the FunctoidScript item in the Properties window. In the Configure Scripting Functoid dialog box, on the Script Functoid Configuration tab, select Inline XSLT for Script Type. Create an xsl:for-each element in the inline XSLT script, and define the groups to create in the output message by selecting the unique values of the grouping field. This statement will loop through each unique value appearing in the input message. Inside the xsl:for-each element, create the record that should contain the group and the field containing the value that must be aggregated for the group. The current() function obtains the current iteration value of the xsl:for-each element s select statement. Listing 3 41 shows the inline XSLT.

n this chapter, you ll begin by looking at aspects of exception handling in C++/CLI that are not present in classic C++. Then you ll look at attributes, which supply metadata for a type and, although not part of standard C++, may be familiar if you ve used previous versions of Visual C++. You ll learn how to use the existing .NET Framework attributes, examine some of the common ones, and look at how to define and use your own attributes. Finally, you ll get a brief overview of the reflection features of the .NET Framework, which provide a way to discover information on a type at runtime and use that information to interact dynamically with a type.

Listing 3 41. Inline XSLT Group-By Script <xsl:for-each select="//Sale[not(RepName=preceding-sibling::Sale/RepName)]/RepName"> <RepSales> <RepTotalAmount> <xsl:value-of select="sum(//Sale[RepName=current()]/Amount)"/> </RepTotalAmount> <RepName> <xsl:value-of select="current()"/> </RepName> </RepSales> </xsl:for-each> This XSLT script will produce the XML message shown in Listing 3 42, containing one RepSales element for each sales representative with the total sales and name of the representative. Listing 3 42. Sample Destination Message for the XSLT Group-By Example <ns0:SalesByRep xmlns:ns0="http://tempURI.org"> <RepSales> <RepTotalAmount>300.02</RepTotalAmount> <RepName>Megan</RepName> </RepSales> <RepSales> <RepTotalAmount>60.2</RepTotalAmount> <RepName>Leah</RepName> </RepSales> <RepSales> <RepTotalAmount>2000</RepTotalAmount> <RepName>Misti</RepName> </RepSales> </ns0:SalesByRep>

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