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When you jam loops, you find code in two loops that you can combine into one. Usually, that means the loop counters have to be the same. In this example, both loops run from 0 to employeeCount - 1, so you can jam them. Here s how:

DHCP: IP Address Lease Time = 16 Days, 0:00:00

3

DHCP: NetBIOS Node Type = (Length: 1) 04

Here are the savings:

DHCP Request The client responds to the DHCP Offer packet by sending a DHCP Request message. In the IP section of the following capture, the source address of the client is still 0.0.0.0 and the destination for the packet is still 255.255.255.255. The cli ent retains 0.0.0.0 because the client hasn t received approval from the server to start using the address offered. The destination is still broadcast because more than one DHCP server might have responded and might be holding a reservation for an offer made to the client. Broadcasting one particular requested address lets those other DHCP servers know that they can release their offered addresses and return them to their available pools. The DHCP section identifies the packet as a request and verifies the offered address by using

Time Savings 28% 32% 4%

8-10

tions, new encryption keys are generated after every hour or 2 gigabytes of data transferred. IPSec is an in-depth topic that we cannot possibly do justice to in this book, so for more in-depth information on IPSec and the encryption process go visit the following Web site: http://www.microsoft.com/windows2000/technolo gies/communications/ipsec/default.asp.

Welcome to MCSA/MCSE Self-Paced Training Kit (Exam 70-291): Implementing, Managing, and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. This book prepares you for the 70-291 exam by teaching you how to configure, manage, and troubleshoot various aspects of a Microsoft Windows Server 2003 network infra structure. Each chapter walks you through the hands-on deployment and management of these various aspects, including the network addressing, name resolution, routing, remote access, and security. After you read this book, answer the associated questions, and perform all of the exercises included, you will have gained a thorough understand ing of the essential components supporting Windows Server 2003 networks.

As before, the results vary significantly among languages. Loop jamming has two main hazards. First, the indexes for the two parts that have been jammed might change so that they re no longer compatible. Second, you might not be able to combine the loops easily. Before you combine the loops, make sure they ll still be in the right order with respect to the rest of the code.

For more information about becoming a Microsoft Certified Professional (MCM), see the section entitled The Microsoft Certified Professional Program later in this introduction.

This book was developed for information technology (IT) professionals who plan to take the related Microsoft Certified Professional exam 70-291, as well as IT profession als who implement, administer, and support Windows Server 2003 networks.

The goal of loop unrolling is to reduce the amount of loop housekeeping. In 25, a loop was completely unrolled, and 10 lines of code were shown to be faster than 3. In that case, the loop that went from 3 to 10 lines was unrolled so that all 10 array accesses were done individually. Although completely unrolling a loop is a fast solution and works well when you re dealing with a small number of elements, it s not practical when you have a large number of elements or when you don t know in advance how many elements you ll have. Here s an example of a general loop:

A VPN server is an IP router, forwarding IP packets between interfaces (network adapters or logical interfaces). This makes it a very powerful entity on the network it can propagate and route traffic to potentially anywhere on your intranet and out to the Internet if the proper precautions are not taken. To provide security, an IP router can allow or disallow the flow of very specific types of IP traffic. This capa bility, called IP packet filtering, provides a way for the network administrator to precisely define what IP traffic is received and sent by the router. IP packet filtering is an important element of connecting corporate intranets to public networks like the Internet. IP packet filtering consists of creating a series of definitions called filters, which define for the router what types of traffic are allowed or disallowed on each interface. Filters can be set for incoming and outgoing traffic.