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In the .NET Framework, the core class for XSLT is XslTransform. Located in the System.Xml.Xsl namespace, the XslTransform class implements the XSLT processor. You make use of this class in two steps: first you load the style sheet in the processor, and then you apply transformations to as many source documents as you need. The XslTransform class supports only the XSLT 1.0 specification. A style sheet declares itself compliant with this version of the specification by including the following namespace: <xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform" version="1.0">

To control who has access to a list on a site, you can set varying levels of permissions. These permissions can be identical to, or different from, permissions on the site itself. Permissions to SharePoint lists are managed by adding site groups, user groups (Active Directory groups, for example), or individual users to the list. Groups provide the easiest and most useful method of managing list permissions and are considered the best practice. By assigning individuals to groups, rather than assigning them individual permissions, you have better control over access to each list.

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By the way, note that the version attribute is mandatory to ensure the correctness of the style sheet document. The key methods in the XslTransform class are Load and Transform. They perform the two steps just mentioned. In particular, you use the Load method to read the style sheet from a variety of sources. The Transform method, on the other hand, applies the transformation rules set in the style sheet to a given XML source document. A Quick XSLT Transformer Earlier in the chapter, we used XSLT scripts to transform an XML source document into something else say, an HTML page or another XML schema. The scripts were tested simply by adding a processing instruction to the XML source document. Such an instruction tells specialized browsers, like Internet Explorer 5 and later, to use the referenced XSLT script to transform the XML document before displaying it. A .NET Framework application can programmatically control the entire transformation process using the XslTransform class. The following console application represents a quick command-line XSLT transformer. It takes three arguments (the XML source, the XSLT style sheet, and the output file), sets up the processor, and saves the results of the transformation to the output file. using System; using System.Xml; using System.Xml.Xsl; class QuickXslTransformer { public QuickXslTransformer(string source, string stylesheet, string output) { XslTransform xslt = new XslTransform(); xslt.Load(stylesheet); xslt.Transform(source, output); } public static void Main(string[] args) { try { QuickXslTransformer o; args[2]); } catch (Exception e) { Console.WriteLine( "Unable to apply the XSLT transformation."); Console.WriteLine("Error:\t{0}", e.Message); 250 o = new QuickXslTransformer(args[0], args[1],

Tip If you want to change all instances of a particular style, select a portion of the document formatted with the style. In the Styles and Formatting task pane, click the Select All button. Then click the new style you would like to apply. Also, you can delete all text formatted with the selected style by pressing Delete or Backspace.

Console.WriteLine("Exception: e.GetType().ToString()); } return; } }

Note Site groups are custom security groups to which users can be assigned, in order to grant them permissions to a SharePoint site, library, or list. For information about restricting access to lists on an SPS portal using site groups, see Managing SPS Security later in this section.

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By default, SharePoint sites have five predefined site groups. These predefined site groups have a variety of permissions in relation to the entire site. When applied to a list, these groups have the following list-related permissions: Guest: Limited reader access to a specific list without giving access to the entire site. Users cannot be added to the Guest site group. If you allow Guest access to a list, then any user who has access to the site is automatically given Guest permissions to the list. The Guest site group cannot be customized, but can be removed from specific lists. Reader: View items in the list. Contributor: View, insert, edit, and delete items in the list. Contributors cannot create new lists, but can add content to existing lists. Web Designer: View, insert, edit, and delete items; change list settings, including managing lists. Administrator: View, insert, edit, and delete items; change list settings; change list security, including the right to approve list items when content approval is required (see the section Changing General Settings earlier in this chapter). You aren t limited to these site groups, however. You can mix and match permissions to assure that everyone has exactly the permissions they need and no one has more than they need. To add individual users to a WSS list and set custom permissions for them, while restricting others access to the list, follow these steps:

The heart of the application is found in the following three lines of rather selfexplanatory code: XslTransform xslt = new XslTransform(); xslt.Load(stylesheet); xslt.Transform(source, output); The style sheet can be loaded from a variety of sources, including XPath documents, XML readers, local disk files, and URLs. The Load method compiles the style sheet and uses the stored information to initialize the XSLT processor. When Load returns, the processor is ready to perform any requested transformation. The Transform method loads an XML document, runs the XSLT script, and writes the results to the specified stream. Transform is particularly handy, because it saves you from explicitly loading the source document and creating the output file. As we'll see more in detail in the section "Performing Transformations," on page 314, Transform uses an intermediate XPath document to transform the XML. Note Several other programming environments allow you to exercise total control over the XSLT process. In particular, in Microsoft Win32, the combined use of two distinct instances of the Microsoft.XMLDOM COM object lets you programmatically perform an XSLT transformation. The following JScript code illustrates how to proceed: // Collects arguments from the WSH command line source = WScript.Arguments(0); stylesheet = WScript.Arguments(1); output = WScript.Arguments(2); // Instantiates the XMLDOM for the source xml = new ActiveXObject("Microsoft.XMLDOM"); xml.load(source); // Instantiates the XMLDOM for the style sheet xsl = new ActiveXObject("Microsoft.XMLDOM"); xsl.load(stylesheet); // Creates the output fso = new ActiveXObject("Scripting.FileSystemObject"); f = fso.CreateTextFile(output); f.Write(xml.transformNode(xsl.documentElement)); f.Close();

The XslTransform Class Now that we've seen how the XslTransform class implements the NET Framework processor to transform XML data into arbitrary text using XSL style sheets, let's look more closely at its programming interface As shown in the following code, XslTransform has only the default constructor In addition, it is a sealed class, meaning that you can use it only as is and other classes can't inherit from it public sealed class XslTransform { } The programming interface of the class is fairly simple and consists of just one public property and a couple of methods Properties of the XslTransform Class The only property that the XslTransform class exposes is XmlResolver, which handles an instance of the XmlResolver class Interestingly, the XmlResolver property is writeonly that is, you can set it, but you can't check the currently set resolver object.

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