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The next step you need to take is to package the prerequisite and place it in the Packages folder next to the other prerequisites. To do this, take the folder you created within the Windows application named MyCustomPreReq, and copy it to %ProgramFiles%\Microsoft Visual Studio 8\ SDK\v2.0\BootStrapper\Packages. Note that you have not actually copied the MSI into this folder yet. After you copy the folder to the Packages directory, also copy and paste the MSI within your prerequisite folder. Your folder structure should look like Figure 8-15.

actually copy them twice: once to create the copy in the sequence that s being constructed, and once when that copy is added as the child of a document or element in the result tree.

foreach my $lj (0 .. $#{$self->{_lists}}) { my $list = $self->{_lists}->[$lj]; print OUT $list->index_entry($li == $lj); } print OUT $h->end_table, $h->end_html; } }

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For example, the following adds the content of the <Description> element (without adding the <Description> element itself) to a sequence, which can then be used to create the content of an element: <xsl:sequence select="Description/node()" /> While <xsl:sequence> or <xsl:copy-of> are excellent for making copies of entire branches of the source tree, it s often more helpful to use the natural XSLT processing model to traverse the tree, copying the nodes that you encounter as you go, as this enables you to make an exact copy of most of the tree while making small changes at a low level. Rather than using <xsl:sequence> or <xsl:copy-of>, you can use an identity template, which matches any kind of node, copies it to the result, and then recurses down the tree. To create a copy of a node, whatever its type, you can use <xsl:copy>, which creates a shallow copy of the node (this doesn t include any attributes or content when you copy an element). The following identity template matches nodes of any type (including attributes). It uses <xsl:copy> to make a copy of the node. Then it applies templates to the attributes and content of the node if the node isn t an element, then it won t have any attributes or content, so the <xsl:apply-templates> instruction will do nothing: <xsl:template match="@* | node()"> <xsl:copy> <xsl:apply-templates select="@* | node()" /> </xsl:copy> </xsl:template> An identity template is often a useful alternative to the built-in templates it copies everything exactly as it is by default, and all you have to do is provide templates for the elements and attributes that you want to be treated specially. For example, if you wanted to create a stylesheet

that copied most things as is, but changed all the <Description> elements to <Desc> elements, you could use the identity template coupled with the following template: <xsl:template match="Description"> <Desc><xsl:apply-templates /></Desc> </xsl:template> The identity template would copy the majority of the source document, with the template for the <Description> element renaming those elements wherever they occurred.

After making sure the output directory exists, a loop is set up over all the lists that were added, and for each list, the name of the output file is determined. There is actually one extra run of the loop for element 1. Its purpose is to create the main index, i.e., the index that has only the headers of the sections, with all sections closed (see figure 6.2). This inclusion is also the reason that the code creating the file name looks complex. If the loop index is 1, then the file name becomes index.html, otherwise the file name becomes whatever it was set to in the add_list() method discussed earlier. The outermost loop creates all of the index documents. Each index document needs to have information about all the lists in it. Inside this loop, we need to loop again over all the lists, and ask each list to generate the HTML for its own entry by calling the index_entry() method. We will discuss this method in full later. The only argument it expects is a boolean value that tells it whether to generate only a header, or a full set of thumbnails. It needs to generate thumbnail lists only when the document we are currently generating is the index for the list in question; in other words, when $li == $lj.

Summary The <xsl:sequence> and <xsl:copy-of> instructions can be used to copy an entire branch of the source tree to a result tree. The <xsl:copy> instruction is particularly useful within an identity template that copies elements by default.

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