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Description Defines the transformation rules for the nodes that match the XPath expression set in the match attribute. The template must be explicitly applied to its nodes using the <xsl:applytemplates> command. The instruction can also be used to declare a template that will then be called by name using the <xsl:call-template> command. In this case, use the name attribute instead of match. Applies all the possible
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Table 7-1: XSLT Instructions for Templates Instruction
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<xsl:call-template name=" ">
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<xsl:param name=" " select=" "> </xsl:param>
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<xsl:with-param name=" " select=" "> </xsl:with-param>
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Description templates to the elements that match the XPath description. The select attribute selects the target elements. In general, a single element can be affected by multiple templates. Executes the specified template. The name attribute indicates the name of the previously declared template to execute. Defines a formal argument for a named template. The name attribute indicates the name of the argument. The parameter can have a default argument. You specify a default value using either an XPath expression (via the select attribute) or a template as the body of the element. Defines an actual parameter for a template call. The name attribute indicates the matching parameter. The actual value can be expressed using either an XPath expression (via the select attribute) or the body of the element.
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When you set the select attribute, the template (or the parameter) will execute in the context of the selected nodes. Any further XPath expression to locate the text of a particular node or attribute must be based in that context. Data Manipulation Instructions The commands listed in Table 7-2 are helpful for extracting data out of source nodes and then preprocessing it using in-place code. Table 7-2: XSLT Instructions for Data Manipulation Instruction Description <xsl:value-of select=" "> Returns the value of the specified attribute or the text associated with the given node. You select nodes using XPath expressions. Of course, attributes must be prefixed with an at sign (@). This command works more or less as a macro that expands at run time. Returns the entire node-set that corresponds to the results of 241
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Table 7-2: XSLT Instructions for Data Manipulation Instruction Description the specified XPath expression. Specifies sort criteria for the <xsl:sort select=" " data-type=" " node-set being processed by order=" " case-order=" "> <xsl:for-each> or <xsl:applytemplates> instructions. In this case, you use the select keyword to indicate the sort key and data-type for the type of sorting (text or number). The order attribute indicates the direction, and case-order designates which case comes first in the sort. Evaluates a user-defined <xsl:eval>FuncName() function and returns the output. </xsl:eval> The function can access the underlying XML Document Object Model (XML DOM) using the this keyword as the entry point to the document root node. The <xsl:eval> tag is a Microsoft extension to the XSL implementation. Each XSLT implementation supports a different set of languages for writing userdefined functions. For example, Microsoft's XML Core Services (MSXML) supports only Microsoft Visual Basic, Scripting Edition (VBScript) and JScript. The .NET Framework transformation classes, on the other hand, include support for C# and Microsoft Visual Basic .NET. (More on this later.) Note The syntax shown for the XSLT instructions is largely incomplete. I limited the descriptions to the most important and most frequently used attributes. More attributes are actually available; you can find them documented and explained in the MSDN documentation as well as in the resources listed in the section "Further Reading," on page 343.
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Control Flow Instructions The XSLT vocabulary includes some tags that represents control flow statements such as conditional and iterative statements. Table 7-3 summarizes the most important commands. Table 7-3: XSLT Instructions for Control Flow Instruction Description Applies the rules in the body to each <xsl:for-each select=" "> element that matches the given </xsl:for-each> XPath expression. The node-set can be sorted by putting an <xsl:sort> in the body. 242
Table 7-3: XSLT Instructions for Control Flow Instruction Description Applies the internal template only if <xsl:if test=" "> the specified XPath expression </xsl:if> evaluates to true. Similar to the C# switch statement; <xsl:choose> <xsl:when test=" "> represents a multiple-choice </xsl:when> statement. Each test is expressed <xsl:otherwise> using an <xsl:when> statement, </xsl:otherwise><xsl:choose> while the <xsl:otherwise> element represents the default choice. The statement evaluates all the <xsl:when> blocks until the test expression returns true. When that happens, the corresponding template is applied. If no test is successful, the <xsl:otherwise> template is invoked. Although this list of commands lacks a for statement, you can still realize a loop that runs a specified number of times by using the XPath position function. Of course, position returns the index of the current context node and is not a general variable counter. On the other hand, XSLT instructions are designed to work on XPath nodesets, not to arrange general-purpose programs. Layout Instructions A typical task for an XSLT script is the creation of new elements and attributes. Sometimes attributes and node elements can be hard-coded in script; sometimes this is just impossible to do. The XSLT statements listed in Table 7-4 let you programmatically create layout elements. Table 7-4: XSLT Instructions for Layout Instruction <xsl:element name = " " namespace = " "> </xsl:element>
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