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As the current XML Script block is processed, all the child elements of the components tag are extracted and stored in an array. These are all the client objects that need to be instantiated. The instantiation process is performed by the parseNode method, which is called by the parser on each tag to parse the markup code and create an instance of the object. First, the parseNode method needs to determine the fully qualified name of the class to instantiate. To locate the class, it extracts the tag name and the namespace prefix from the markup code. The tag name is the case-insensitive name of the class; it s turned to uppercase. The information on the namespace is retrieved from the XML namespace prefix used in the tag. Finally, the fully qualified name of the class is obtained by appending the class name to its containing namespace.

Lesson 2: Monitoring Network Protocol Security . . . . . . . . . . . . . . . . . . . . . . 11-24

Let s stop there . Naturally, all of this is contrived nonsense and the caption for the figure is a tongue-in-cheek . We simply can t understand it . We might understand it if a well thoughtout and well illustrated interpretative text accompanied the figure, along with all kinds of supporting additional displays . However, we would then immediately ask for: a) the reason for such data in the first place, and b) the presentation of this data in a complex chart that also would necessitate an explanation . Given all this, I can t help wondering why various publications or live presentations use charts that, although in a less spectacular way, place a similarly high and purely unnecessary demand on the ability of their beloved target audience to interpret these charts . Those people who think that they have removed themselves from the ordinary limitations of basic human abilities should as far as I m concerned reexamine how well they actually use these abilities . The basic rules to be deduced from the above example are as follows:

Let us consider for a moment that the unthinkable has happened and your RODC is stolen. The evildoer mounts the AD DS database and attempts to retrieve passwords using a commonly available, umm, security research tool. However, instead of seeing more and more passwords appear as the password cracking progresses, the tool only shows empty or blank passwords for almost all accounts. In the past, if your DC was stolen, you would really have no choice but to reset all of the passwords in the domain a formidable task if you have thousands of users. However, in this case, you only need to deal with the specific accounts that have already been cached on that RODC. To be clear: With an RODC, you know exactly which passwords have been cached. You can check which ones have been replicated to the RODC by looking at the Password Replication Policy dialog box. Initially, only the computer itself and the special KRBTG account have passwords stored locally, as you can see in Figure 14-2. After clients begin to authenticate to the RODC, additional passwords may also be stored, as shown in Figure 14-3. You can also determine which users have attempted to authenticate to the RODC, but whose passwords have not been allowed to be cached. For example, notice in Figures 14-2 and 14-3

n Caution Some specifics of Ruby vary between platforms, but most of the code in this book (particularly

Java Card Credit card-sized plastic cards are now being outfitted with a microprocessor or a memory chip. There are several types of smart card devices. Smart cards with an integrated circuit microprocessor can actually process data stored on the card. Other integrated circuit cards require the assistance of a reader for processing, but contain a fixed set of processing instructions for manipulating data stored on the card. Smart cards are finding their way into many applications, and you may actually own some smart cards without knowing it. Several credit card companies have started using smart cards

ireless access points have a limited range, especially in the environment of a typical of ce. The indoor range of 802.11b, 802.11g, and tri-mode 802.11a