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SDDL Shortcut Description A The permissions defined in this ACE define the access the subject specified in the SID has to the object. These types of ACEs are commonly referred to as access allowed ACEs. This ACE is used to deny access to the object. The permissions defined in the ACE will be compared to the access attempt, and if it contains any of them, the access attempt is denied. These types of ACEs are commonly referred to as access denied ACEs. This ACE belongs in a SACL. This ACE type is identical to the A type above, but applies to an Active Directory object as opposed to a file system object. This ACE type is identical to the D type, but applies to an Active Directory object as opposed to a file system object. This is an audit ACE in a SACL on an Active Directory object. This ACE is not used for either access control or auditing, but instead defines the integrity level of the object the ACE applies to. For more on integrity labels, see Integrity Labels later in the chapter.

org.jdom.Document custData = cDAO.getCustomerInfo(customerId); DOMOutputter outputter = new DOMOutputter(); try { return outputter.output(custData); } catch (JDOMException je) { // handle conversion error }

You met the CompileWith attribute earlier in this chapter, and I will cover master pages in depth in 2. Personalization and theming are the subject of 4. Personalization concerns the automatic use of the profile information associated with the page. Theming has to do with the page s ability to change the visual appearance (skin) while maintaining all of its functions.

These flags and types may seem esoteric at this point. However, by the time we get to discussing SDDL later in the chapter, it will become clear that it is important to know what all these types and flags mean to both interpret permissions and to create permissions. The last part of the ACE that we have not discussed yet is the access mask. The access mask actually defines the permissions or audit settings on the object.

An access mask is simply a 32-bit structure. It is divided into three main sections, as shown in Figure 3-4.

the ASP.NET runtime to generate code that serves the page request in an asynchronous way. In ASP.NET 1.x, you can build asynchronous applications but you must be very familiar with the concepts involved and you have to write a fair amount of code. The model has been integrated with the ASP.NET 2.0 runtime and can be enabled using the Async page directive. The page executes its custom code asynchronously while the runtime progresses on the page life cycle. A single unwind point on the page is set between the PreRender and PreRenderComplete events to synchronize the request threads and generate the output for the browser.

import javax.sql.DataSource; import javax.ejb.EJBException; import org.jdom.JDOMException; import org.jdom.output.DOMOutputter; /** * A session bean that retrieves customer * data as a W3C DOM Document */ public class CustomerPureDOMDataBean implements javax.ejb.SessionBean {

3 1 G R 3 0 G W 2 9 G E 2 2 2 2 8 7 6 5 G Reserved A 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 A Standard Rights Object-Specific Rights S

The properties of the Page object fall into two distinct groups: intrinsic objects and page-specific properties. Intrinsic objects include references to environmental standalone objects such as Cache, User, and Trace, plus all the classic intrinsic object that form the HTTP context Session, Application, Request, and the like. Page-specific properties are all the properties that affect or describe the state of the page for example, IsPostBack, EnableViewState, and SmartNavigation. The new properties of the Page class can also be categorized into either of the preceding groups. Table 1-3 lists the new intrinsic objects of ASP.NET 2.0.

Figure 3-4