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The type attribute specifies the type of the node generated by the XSLT instruction on which it s specified. This needs to be a type that the XSLT processor knows about, either because it is a built-in type or because it s in a schema that you ve imported using the <xsl:import-schema> element. For example, to generate a <tv:End> element whose type is xs:dateTime, based on the <tv:Start> and <tv:Duration> child elements of the current <tv:Program> element, you could use the <xsl:element> instruction with a type attribute: <xsl:element name="tv:End" type="xs:dateTime"> <xsl:sequence select="tv:Start + tv:Duration" /> </xsl:element> or you could use a literal result element with an xsl:type attribute: <tv:End xsl:type="xs:dateTime"> <xsl:sequence select="tv:Start + tv:Duration" /> </tv:End> The content of the element or attribute is validated against the type that you specify. If the content isn t valid, then a type error gets raised and the XSLT processor stops the transformation. Otherwise, the element or attribute is annotated with the specified type.

Summary The type attribute (or the xsl:type attribute on a literal result element) specifies the type of

Figure 1-5. The outline of Tux the penguin, the Linux kernel mascot, as drawn by Larry Ewing and converted to EPS format by Neal Tucker. The GIMP (shown in Figure 1-6) was the first creative tool to be written for GNU/Linux, but it was also the first cool desktop application for the platform generally. It was the right program at the right time for a lot of people working on GNU/Linux systems in web-design start-ups and dot-coms.

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The simplest kind of item that you can have in a sequence is an atomic value. There are two other ways of adding atomic values to a sequence: <xsl:copy-of> and <xsl:sequence>. Both instructions have a select attribute that selects the value to add to the sequence. The following variable declarations are all equivalent: they all set the $dueDate variable to the xs:date 2003-12-08: <xsl:variable name="dueDate" as="xs:date" select="xs:date('2003-12-08')" /> <xsl:variable name="dueDate" as="xs:date"> <xsl:copy-of select="xs:date('2003-12-08')" />

</xsl:variable> <xsl:variable name="dueDate" as="xs:date"> <xsl:sequence select="xs:date('2003-12-08')" /> </xsl:variable>

Note There s not really any point in using <xsl:copy-of> or <xsl:sequence> to set variables in the way shown previously: using the select attribute of the <xsl:variable> element, or implicitly casting a text node to the required type, is a lot shorter and more readable.

Figure 1-6. Version 1.2.1 of the GIMP, featuring multiple portraits of project mascot Wilber. Screenshot by Garrett LeSage.

One way in which <xsl:copy-of> and <xsl:sequence> come in handy is when using <xsl:for-each> to create a sequence of atomic values, one for each node in a sequence For example, say that we wanted to indicate, for the TV guide as a whole, the time span over which we have program information on all the channels We can work out the start of this time span by looking at the start times of the first <Program> elements within each <Channel> element, and taking the maximum (the latest of these start times) using the max() function.

We can get the start times for the first <Program> element in each <Channel> element with Channel/Program[1]/Start Each of the start times needs to be cast to an xs:dateTime; otherwise the max() function will interpret them as numbers and give an error, but we can do this easily enough using the implicit casting that we get when we declare a variable s type Here, if we create a variable to hold the start times, we can declare it as being of type xs:dateTime+, and the <Start> elements values will be automatically cast to that type: <xsl:variable name="startTimes" as="xs:dateTime+" select="Channel/Program[1]/Start" /> The latest start time (the earliest time for which we have program information on all channels) can then be calculated using the max() function: <xsl:variable name="latestStartTime" as="xs:dateTime" select="max($startTimes)" /> To create a similar sequence of end times, on the other hand, we re going to need to do some calculations.

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