Turn Off Smart Quotes in Microsoft Word

Turn Off Smart Quotes in Microsoft Word
Smart quotes are the bane of online writers. If you have never heard of them and have already tried your hand at submitting writing for online publication, you are probably already closely acquainted with them without even knowing it. If you are fortunate enough to learn of this issue early on it will not present much of a problem as it is an easy formatting fix. If however, you have already written tons of smart quote infested text you are hoping to upload onto the web, things can get a bit more complicated.

So what are Smart Quotes?

In short, smart quotes or “curly quotes” are the default quotation marks and apostrophes that Microsoft Word uses. Instead of using standard straight quotes, or “dumb quotes”, Word automatically reformats them and turns them into the curly nuisances we speak of here.

If you do not fix this issue before you upload your nice, new, shiny article to the internet, it will not look the way you wrote it. Most likely what will happen is that every instance where an apostrophe or quotation marks are used will be turned into a question mark or some other unsightly character. The result will be a very unprofessional, unfinished looking article and a very frustrated writer.

How to Get Rid of Smart Quotes

Thankfully this is an extremely easy fix. If you are using Microsoft MCTS Training Office 2007 here are the steps:

1) Click on the Office button in the upper left hand corner of your screen. Scroll down to Word Options (at the bottom of the box). Click it. Scroll down to the “proofing” selection in the new window that just opened up, click it.

2) Now, click on Autocorrect Options. A new window will open up. Browse the tabs at the top of the box and click on AutoFormat. You will see the word “replace” with six check boxes below it. The first one is the one you want. It should say “straight quotes” with “smart quotes”. Uncheck this box. If you like you can also uncheck the rest of the boxes save the last one titled “internet and network paths with hyperlinks” to further uncomplicated any internet formatting issues that you may experience.

3) You are almost done. Go back up to the tabs at the top of the box and click on the one that says AutoFormat As You Type. Now simply do the exact same thing you did in step 2 unchecking all of the same boxes here.

What if I Already Have Articles Written with Smart Quotes?

If you have already written text using Microsoft MCTS Certification Word with the smart quote option on I will tell you what I did. There may be an easier way to do this but this seemed the easiest way to me. I simply used the find feature (just hold ctrl and hit F) in Word to find all of the apostrophes in my article, then all of the quotation marks. This way the program will bring you to each one, one at a time, and you can deal with them as they come. This will save you the trouble of scouring through your articles by hand trying to pick out every last apostrophe.

That is about all there is to say about smart quotes and what to do about them. I just hope you were able to find this information before smart quotes were able to cause you too much trouble. That’s all for now!

How to Prepare For MCTS Certification

How to Prepare For MCTS Certification

Professionals who want to get in-depth knowledge of Microsoft technologies and want to enhance their IT carrier should opt for Microsoft Certified Technology Specialist or MCTS certification. This certification will enhance your knowledge in a particular Microsoft technology like Windows Vista, SQL Server, Windows mobile etc. Getting certification will show the commitment towards your willingness to study more and also will expertise you in a specific area where you can get command over it. MCTS certification will provide the foundation for Microsoft certifications. MCTS candidates are capable of implementing, building, troubleshooting, and debugging a particular Microsoft technology. As an MCTS, you become part of the Microsoft Certified Professional community, with access to all related benefits, information, and activities and there is no need to earn extra title for Microsoft Certified Professional (MCP).

To earn the certificate you have to give exams. Before giving exam you have to decide in which technology you want to get certified. Choose the certification exam you would like to take. There is one functional exam, and then you build from that exam to get the various form of MCTS designation. Total 17 designations are offered by Microsoft which is a wide range. Some of the exams are combinations are combination which will allow you to get a base certification now and expand it later.

For a good preparation of MCTS Training, take an assessment quiz offered by Microsoft which will let you know where you stand in terms of technology do. If you are a self learner then Microsoft provides self guided books and practical exams considerably at less money which includes official self-paced study guide, practice tests with multiple, customizable testing options and a learning plan based on your results, 450 practice and review questions, case scenarios and lab exercises, code samples on CD, 90-day evaluation version of Microsoft Visual Studio 2005 Professional Edition, fully searchable eBook otherwise opt for training courses and attend the classes.

Main exam will be of maximum four hours. Candidate can go before that time if completed earlier. MCTS certifications will be valid till Microsoft continues mainstream support for related technology.

If you are looking for MCTS exams training like 70-236 and 70-542. I’d like to advise to make use of practice exams, study guides, selftest engines, certification tutorials developed by Industry leading Exams Expert with 100% passing and money back guarantee incase you fail in your exam. Visit for more details.

Google Android overtakes Windows Mobile

Google Android overtakes Windows Mobile

Google’s Android has blown by Microsoft MCTS Training Windows Mobile to rank third among smartphone operating systems, according to ComScore’s latest numbers.

RIM and Apple remain No. 1 and 2 respectively, though both lost a little share between the May-June-July period and the February through April period as measured by ComScore. RIM has a 39.3% share (down 1.8%) of U.S. smartphone subscribers based on operating system and Apple boasts 23.8% (down 1.3%).
From Voice over IP to Unified Communications: Simplify System Management: Download now

Android’s share jumped from 12% to 17%, buoyed by a slew of new devices. HTC gave Android another boost this week with the introduction of two new Desire smartphone models.

Also read: Google rejiggering Android as tablet OS

The ComScore findings come on the heels of Gartner projecting that Android by year-end will be No. 2 worldwide only to Nokia’s Symbian and separately, new Nielsen numbers show Android devices last quarter outsold iPhone devices for the first time.

New numbers from Google show that customers are increasingly buying devices with its newest version of Android, dubbed Froyo, a sign that fragmentation of the Android market might lessen.

(As a reality check, not all numbers are going Android’s way: Computerworld’s Gregg Keizer reported last week that one measurement company showed Apple iOS beats Android 6-to-1 worldwide in market share.)

The expected arrival of Windows Phone 7, on Oct. 11 can’t come soon enough for Microsoft MCITP Certification, which saw its share fall from 14% to 11.8%.

Despite share drops by Microsoft and the others, ComScore does note that the overall market keeps growing, with 53.4 million people in the U.S. owning smartphones during the measurement period.

Mobile content usage is also on the rise, with ComScore showing increases in text messaging, downloaded apps and social networks accessed by smartphone users.

Samsung, LG, Motorola, RIM and Nokia were the leading mobile OEMs during the three-month period measured by ComScore, in that order, as was the case in the three months before.

Microsoft Exchange Mac and Windows

Microsoft Exchange Mac and Windows

Apple MAC computers are now serious contenders for a place in the business world. Mac-Exchange integration on the server side and Mac-Windows compatibility on the desktop has taken Mac from personal use to business applications in one technological leap. What does this mean for you?

As a business owner, the Apple Mac computer vs. Microsoft MCTS Training Windows computer competition can be frustrating. Many companies, especially small businesses, struggle with Mac-Windows coexistence. However, coexisting in a Mac-Windows divided business world may be easier than you think, thanks to Apps4Rent’s Exchange hosting services.
The New Windows-Apple-Mac Computer World
Over the past several years, the two have taken their main platforms and built something akin to a Mac Windows computer conglomerate. For individuals who use both technologies, these converging platforms are a huge boon, especially for business purposes. Here, we look at a few ways the Mac Windows creation has helped the business world merge the gap between Apple and Microsoft:

Apple Mac Exchange ActiveSync
Exchange with ActiveSync has been around for quite awhile as a Microsoft MCITP Certification Exchange server application. However, now the Mac-Exchange server integration has improved. Besides the desktop mail applications such as Apple Mail and Microsoft Entourage, iPhone, and iPod Touch both can be synchronized with Exchange ActiveSync for such things as Push Email, wireless calendar and contact syncing, and remotely wiping the device should you lose it. Using Microsoft’s Autodiscovery service, Apple devices find your Microsoft Exchange server through a secure connection and synchronize the needed applications. Exchange hosting bridges the Mac Windows divide.
Boot Camp
How often have you had to send a file to a friend or associate to open because your iMac computer doesn’t support Windows, or your Windows computer won’t open iMac files? For that matter, how often have you come across a program you could really use that wasn’t created for your computer system? Introducing Boot Camp, a built-in utility that allows you to install Windows XP and Vista on an Apple Mac computer system.

The Boot Camp utility works in two ways:
1. One system at a time – Boot your iMac with the Mac operating system or with the Windows platform
2. Both systems – Run Apple Mac computer applications and Windows applications at the same time
Parallels & VMware Fusion
Even if your Mac isn’t a new version, you can still run Windows applications on your Apple Mac computer with third-party programs such as Parralels and VMware Fusion. Both programs work much the same as Boot Camp on Intel-based Macs, allowing you to run Windows applications on an iMac computer at the same time.
The most convenient part of a Mac Windows world is that, with the integration that Apple supplies and a hosted Exchange service from Microsoft, all of your applications can be integrated into one compatible bundle.

Choosing Microsoft MCTS certification

Choosing Microsoft MCTS certification

Ever wanted a certification or a requirement that would make sure that you are set apart from the others? Well, if your answer is yes, then Microsoft comes with just the right thing for you.

The job marketplace of the IT industry, and for that matter all other industries too is becoming tougher and stricter, with no space left for compromises. Companies want to hire the best of professionals. This stands even more true and apt in case of the IT industry because every day, there are new challenges coming up, and there is a need for smart and efficient people who can deal with all obstacles effectively. The industry is growing at a fast rate, and only few have the ability to manage with all kinds of situations.

To confirm that you are among the cream of the lot, Microsoft brings the MCTS Training. MCTS stands for Microsoft Certified Technology Specialist. With this certification, you will be able to show technical expertise in a variety of tasks which include Windows Operating System, Microsoft Exchange Server, Microsoft SQL Server, and Microsoft Visual Studio. The MCTS certification ensures that you gain both practical as well as theoretical knowledge. This kind of training helps in knowing and understanding the basic concepts well, and also helps to know their practical application.

The MCTS guarantee is for fine-tuning quite a number of skills that you already know; which is precisely the reason why the candidate profile demands at least one to two years of experience in installing, configuring, troubleshooting, building and debugging of any one Microsoft Technology.

For this test, there is classroom training offered by Microsoft the length of with some other certified training centers as well. All other kind of in sequence range from exam schedules to preparation material etc. is frequently updated on the Microsoft website.

Visit these websites If you are looking for 100% guaranteed MCITP Certification Training or try mcts certification preparation guide with Money back passing guarantee in case you fail in your certification.

Upgrading Your MCSA on Windows Server 2003 Certification

Upgrading Your MCSA on Windows Server 2003 Certification
Let us say that you have your MCSA on Windows Server 2003, and you want to upgrade your certification to Windows Server 2008, or you are not certified at all on Windows Server 2003 and want to earn your MCTS Training on Windows Server 2008. The first
thing to remember is that this is a series of new certifications and while there is an upgrade path from Server 2003 to Server 2008, you are NOT earning an MCSE on Windows Server 2008, rather an MCTS or MCITP Certification on windows Server 2008. Also remember that the era of the MCSA/MCSE certifications has ended – it is now MCTS and MCITP (and others beyond the scope covered here) and have an
entirely different focus.

The Microsoft Certified Technology Specialist (MCTS) has a different focus then the Microsoft Certified Information Technology Professional (MCITP), and the former is not a prerequisite for the latter (nor is it a “lesser” certification!). The MCTS certification is aimed at IT professionals who work with a specific Microsoft product or platform. An IT pro who has earned an MCTS is expected to possess depth and breadth of knowledge and skills on a particular product or platform. They are expected to manage and maintain the product or platform on a daily basis. They are also more concerned with the day-to-day operations and short-term planning rather than long-term planning and design and design.

There are three MCTS tracks available on Windows Server 2008:
MCTS: Windows Server 2008 Active Directory Configuration; MCTS: Windows Server 2008 Network Infrastructure Configuration, and MCTS: Windows Server 2008
Applications Infrastructure Configuration. You can take each of the tests individually, or you can take the upgrade path by taking only one test. The
easiest route to upgrade your certification, if you are already an MCSA on Windows Server 2003, is take (and pass, of course) the 70-648 TS: Upgrading your
MCSA on Windows Server 2003 to Windows Server 2008, Technology Specialist exam. Passing this exam will earn you the MCTS: Windows Server 2008 Active Directory,
Configuration (equivalent to the 70-640 exam) and the MCTS: Windows Server 2008 Network Infrastructure Configuration (equivalent to the 70-642 exam). The last
of the three MCTS certifications – MCTS: Window Server 2008 Application Infrastructure Configuration – is earned by passing the 70-643 exam. The other
part to earning your MCTS on any one of the three paths is to pass the 70-646 exam Windows Server 2008, Server Administrator.

Chapter 1 Microsoft Windows

Chapter 1 Microsoft Windows
Server 2008:
An Overview
Solutions in this chapter:
Server Manager
Server Core
Active Directory Certificate Services
Active Directory Domain Services

˛ Summary
˛ Solutions Fast Track
˛ Frequently Asked Questions

2 Chapter 1 • Microsoft Windows Server 2008: An Overview
Introduction
With the introduction of new revisions to Microsoft MCTS Training products—for example, Windows, Exchange, and Communications Server—we have seen a trend toward “roles” within each product, as opposed to the various products being an all-in-one type of solution (as with Exchange 2007), or being additional features that work as a snap-in, such as DNS in Windows 2003. With earlier versions of Windows Server 2000 or 2003, an Active Directory server was just that—an Active Directory server. What we are trying to say here is that it was more-or-less an “all-or-nothing” deal when creating a domain controller in Windows 2003. Very little flexibility existed in the way a domain controller could be installed, with the exception of whether a domain controller would also be a
global catalog server or flexible single master operation (FSMO) server. The new roles in Windows Server 2008 provide a new way for you to determine how they are implemented, configured, and managed within an Active Directory domain or forest. The new roles (and the official Microsoft definitions) are as follows:

Read-only domain controller (RODC) This new type of domain controller, as its name implies, hosts read-only partitions of the Active Directory database. An RODC makes it possible for organizations to easily deploy a domain controller in scenarios where physical security cannot be guaranteed, such as branch office locations, or in scenarios where local storage of all domain passwords is considered a primary threat, such as in an extranet or in an application-facing role. Active Directory Lightweight Directory Service (ADLDS) Formerly known as Windows Server 2003 Active Directory Application Mode (ADAM), ADLDS is a Lightweight Directory Access Protocol (LDAP) directory service that provides flexible support for directory-enabled applications, without the dependencies required for Active Directory Domain Services (ADDS). ADLDS provides much of the same functionality as ADDS, but does not require the deployment of domains or domain controllers.

Active Directory Rights Management Service (ADRMS) Active Directory Rights Management Services (ADRMS), a format and applicationagnostic technology, provides services to enable the creation of informationprotection solutions. ADRMS includes several new features that were available in Active Directory Rights Management Services (ADRMS). Essentially, ADRMS adds the ability to secure objects. For example, an e-mail can be restricted to read-only, meaning it cannot be printed, copied (using Ctrl + C, and so on), or forwarded. Active Directory Federation Services (ADFS) You can use Active Directory Federation Services (ADFS) to create a highly extensible, Internetscalable, and secure identity access solution that can operate across multiple
platforms, including both Windows and non-Windows environments. Essentially, this allows cross-forest authentication to external resources—such as another company’s Active Directory. ADFS was originally introduced in Windows Server 2003 R2, but lacked much of its now-available functionality. These roles can be managed with Server Manager and Server Core. Discussing Server Core is going to take considerably longer, so let’s start with Server Manager.

Server Manager Server Manager is likely to be a familiar tool to engineers who have worked with earlier versions of Windows. It is a single-screen solution that helps manage a Windows server, but is much more advanced than the previous version.
Using Server Manager to Implement Roles Although we will be discussing Server Manager (Figure 1.1) as an Active Directory
Management tool, it’s actually much more than just that.

Chapter 1 • Microsoft Windows Server 2008: An Overview
In fact, Server Manager is a single solution (technically, a Microsoft MCITP Certification Management Console [MMC]) snap-in that is used as a single source for managing system identity (as well as other key system information), identifying problems with servers, displaying server status, enabled roles and features, and general options such as server updates and feedback.
Table 1.1 outlines some of the additional roles and features Server Manager can be used to control:

Figure 1.1 Server Manager
Server Manager is enabled by default when a Windows 2008 server is installed (with the exception of Server Core). However, Server Manager can be shut off via the system Registry and can be re-opened at any time by selecting Start | Administrative Tools | Server Manager, or right-clicking Computer under the Start menu, and choosing Manage (Figure 1.2). Table 1.1 Partial List of Additional Server Manager Features Role/Feature Description
Active Directory Certificate Services
Management of Public Key Infrastructure (PKI)
Dynamic Host Configuration Server
Dynamic assignment of IP addresses to clients
Domain Name Service Provides name/IP address resolution
File Services Storage management, replication, searching
Print Services Management of printers and print servers
Terminal Services Remote access to a Windows desktop or application
Internet Information Server Web server services
Hyper-V Server virtualization
BitLocker Drive Encryption Whole-disk encryption security feature
Group Policy Management Management of Group Policy Objects
SMTP Server E-mail services
Failover Clustering Teaming multiple servers to provide high availability
WINS Server
Legacy NetBIOS name resolution
Wireless LAN Service Enumerates and manages wireless connections

Chapter 1 • Microsoft Windows Server 2008: An Overview
So, those are the basics of Server Manager. Now let’s take a look at how we use Server Manager to implement a role. Let’s take the IIS role and talk about using the Add Role Wizard to install Internet Information Services (IIS).

Figure 1.2 Opening Server Manager

Tools & Traps…
Using the Add Role Wizard
Notice in Figure . that the Server Manager window is broken into three different sections:
Provide Computer Information
Update This Server
Customize This Server
Under the Customize This Server section, click the Add Role icon. When the wizard opens, complete the following steps to install IIS onto the server.
. Click the Add Roles icon.
2. At the Before You Begin window, read the information provided and then click Next.
3. From the list of server roles (Figure .3), click the check box next to Web Server (IIS) and then click Next.
4. If you are prompted to add additional required features, read and understand the features, and then click Add Required Features.
5. When you return to the Select Server Roles screen, click Next.
6. Read the information listed in the Introduction to Web Server (IIS) window and then click Next.
7. For purposes of this example, we will select all of the default Role Services and then click Next.
8. Review the Installation Summary Confirmation screen (Figure .4) and then click Install.
9. When installation is complete, click Close.
10. Notice that on the Server Manager screen, Web Server (IIS) is now listed as an installed role.
8 Chapter 1 • Microsoft Windows Server 2008: An Overview
Figure 1. The Installation Summary Confirmation Screen
Figure 1. List of Server Roles

Server Core
Server Core brings a new way not only to manage roles but also to deploy a Windows
Server. With Server Core, we can say goodbye to unnecessary GUIs, applications, services,
and many more commonly attacked features.
Configuring & Implementing…
Scripting vs. GUI
Sure, you can always use a wizard to implement a role, but you also have the
option of using a script. Realistically speaking, it’s generally not the most efficient
way to deploy a role for a single server, however. Unless you are going to copy
and paste the script, the chance of error is high in typing out the commands
required. For example, take the following IIS script syntax:
start /w pkgmgr /iu:IIS-WebServerRole;IIS-WebServer;IIS-CommonHttpFeatures;
IIS-StaticContent;IIS-DefaultDocument;IIS-DirectoryBrowsing;IIS-HttpErrors;
IIS-HttpRedirect;IIS-ApplicationDevelopment;IIS-ASPNET;IIS-NetFxExtensibility;
IIS-ASP;IIS-CGI;IIS-ISAPIExtensions;IIS-ISAPIFilter;IIS-ServerSideIncludes;
IIS-HealthAndDiagnostics;IIS-HttpLogging;IIS-LoggingLibraries;IIS-Request
Monitor;IIS-HttpTracing;IIS-CustomLogging;IIS-ODBCLogging;IIS-Security;
IIS-BasicAuthentication;IIS-WindowsAuthentication;IIS-DigestAuthentication;
IIS-ClientCertificateMappingAuthentication;IIS-IISCertificateMappingAuthentica
tion;IIS-URLAuthorization;IIS-RequestFiltering;IIS-IPSecurity;IISPerformance;
IIS-HttpCompressionStatic;IIS-HttpCompressionDynamic;IIS-WebServ erManagementTools;IIS-ManagementConsole;IIS-ManagementScriptingTools;IISManagementService;
IIS-IIS6ManagementCompatibility;IIS-Metabase;IISWMICompatibility;
IIS-LegacyScripts;IIS-LegacySnapIn;IIS-FTPPublishingService;
IIS-FTPServer;IIS-FTPManagement;WAS-WindowsActivationService;WAS-ProcessModel; WAS-NetFxEnvironment;WAS-ConfigurationAPI
This script installs ALL of the IIS features, which may not be the preferred installation for your environment, and within the time it took to type it out,
you may have already completed the GUI install!

10 Chapter 1 • Microsoft Windows Server 2008: An Overview Using Server Core and Active Directory
For years, Microsoft engineers have been told that Windows would never stand up to
Linux in terms of security simply because it was too darn “heavy” (too much) code,
loaded too many modules (services, startup applications, and so on), and was generally
too GUI heavy. With Windows Server 2008, Microsoft engineers can stand tall, thanks to the introduction of Server Core.
What Is Server Core?
What is Server Core, you ask? It’s the “just the facts, ma’am” version of Windows 2008. Microsoft defines Server Core as “a minimal server installation option for Windows Server 2008 that contains a subset of executable files, and five server roles.”
Essentially, Server Core provides only the binaries needed to support the role and the base operating systems. By default, fewer processes are generally running.Server Core is so drastically different from what we have come to know from Windows Server NT, Windows Server 2000, or even Windows Server 2003 over the past decade-plus, that it looks more like MS-DOS than anything else (Figure 1.5). With Server Core, you won’t find Windows Explorer, Internet Explorer, a Start menu, or even a clock! Becoming familiar with Server Core will take some time. In fact, most administrators will likely need a cheat sheet for a while. To help with it all, you can find some very useful tools on Microsoft TechNet at https:://technet2.microsoft.com/windowsserver2008/en/library/e7e522ac-b32f-42e1-b914-
53ccc78d18161033.mspx?mfr=true. This provides command and syntax lists that can be used with Server Core. The good news is, for those of you who want the security and features of Server Core with the ease-of-use of a GUI, you have the ability to
manage a Server Core installation using remote administration tools.

11 Before going any further, we should discuss exactly what will run on a Server Core installation. Server Core is capable of running the following server roles:
Active Directory Domain Services Role
Active Directory Lightweight Directory Services Role
Dynamic Host Configuration Protocol (DHCP)
Domain Name System (DNS) Services Role
File Services Role
Hyper-V (Virtualization) Role
Print Services Role
Streaming Media Services Role
Web Services (IIS) Role

Figure 1. The Server Core Console
12 Chapter 1 • Microsoft Windows Server 2008: An Overview Although these are the roles Server Core supports, it can also support additional
features, such as:
Backup
BitLocker
Failover Clustering
Multipath I/O
Network Time Protocol (NTP)
Removable Storage Management
Simple Network Management Protocol (SNMP)
Subsystem for Unix-based applications
Telnet Client
Windows Internet Naming Service (WINS)

Note
Internet Information Server is Microsoft’s brand of Web server software, utilizing Hypertext Transfer Protocol to deliver World Wide Web documents. It incorporates various functions for security, allows for CGI programs, and also provides for Gopher and FTP servers.

Note
BitLocker Drive Encryption is an integral new security feature in Windows Server 2008 that protects servers at locations, such as branch offices, as well as mobile computers for all those roaming users out there. BitLocker provides offline data and operating system protection by ensuring that data stored on the computer is not revealed if the machine is tampered with when the installed operating system is offline.

1
The concept behind the design Server Core is to truly provide a minimal server installation. The belief is that rather than installing all the application, components, services, and features by default, it is up to the implementer to determine what will be turned on or off. Installation of Windows 2008 Server Core is fairly simple. During the installation process, you have the option of performing a Standard Installation or a Server Core installation. Once you have selected the hard drive configuration, license key activation, and End User License Agreement (EULA), you simply let the automatic installation continue to take place. When installation is done and the system has rebooted, you will be prompted with the traditional Windows challenge/response screen, and the Server Core console will appear.

Configuring & Implementing…
Configuring the Directory Services Role in Server Core So let’s put Server Core into action and use it to install Active Directory Domain Services. To install the Active Directory Domain Services Role, perform the following steps:
. The first thing we need to do is set the IP information for the server.
To do this, we first need to identify the network adapter. In the console window, type netsh interface ipv show interfaces and
record the number shown under the Idx column.
2. Set the IP address, Subnet Mask, and Default Gateway for the server. To do this, type netsh interface ipv set address name=””
source=static address= mask= gateway=
. ID represents the number from step, represents the IP address we will assign, represents the subnet mask, and represents the IP address of the server’s default gateway. See Figure .6 for our sample configuration.

Continued
1 Chapter 1 • Microsoft Windows Server 2008: An Overview
3. Assign the IP address of the DNS server. Since this will be an Active Directory Domain Controller, we will set the DNS settings to point to itself. From the console, type netsh interface ipv add dnsserver name=”” address= index=1. >. ID represents the number from step , and represents the IP address of the DNS server (in this case, the same IP address from step 2). So, here is where things get a little tricky. When installing the Directory Services role in a full server installation, we would simply open up a Run window (or a command line) and type in DCPromo. Then, we would follow the prompts for configuration (domain name, file location, level of forest/domain security), and then restart the system. Installing the role in Server Core isn’t so simple, yet it’s not exactly rocket science. In order to make this installation happen, we are going to need to configure an unattended installation file. An unattended installation file (see Figure .7) is nothing more than a text file that answers
the questions that would have been answered during the DCPromo installation. So, let’s assume you have created the unattended file and placed it on a floppy disk, CD, or other medium, and then inserted it into the Server Core server. Let’s go ahead and install Directory Services:
. Sign in to the server.
2. In the console, change drives to the removable media. In our example, we will be using drive E:, our DVD drive.
3. Once you have changed drives, type dcpromo answer:\answer.txt.
Answer.txt is the name of our unattended file (see Figure .7).
4. Follow the installation process as it configures directory services.
Once the server has completed the installation process, it will reboot automatically.
5. When the server reboots, you will have a fully functional Active Directory implementation!

1
Figure 1. Setting an IP Address in Server Core
Figure 1. Installing Directory Services in Server Core

1 Chapter 1 • Microsoft Windows Server 2008: An Overview Uses for Server Core A Windows Server 2008 Core Server Installation can be used for multiple purposes. One of the ways that Server Core can be used is to provide a minimal installation for DNS. You can manipulate, manage, and configure DNS servers through the various Windows Server 2008 DNS Graphical User Interfaces (GUIs)–DNS Manager and the Server Manager tool.
However, there are no GUIs provided with Windows Server 2008 Core Server. There are a number of advantages to running DNS within Server Core, including: Smaller Footprint. Reduces the amount of CPU, memory, and hard disk needed.
More Secure. Fewer components and services running unnecessarily. No GUI. No GUI means that users cannot make modifications to the DNS databases (or any other system functions) using common/user-friendly tools. If you are planning to run DNS within a Server Core install, there a number of steps you must perform prior to installation. The first step we must take is to set the
IP information of the server. To configure the IP addressing information of the server follow these steps:
1. Identify the network adapter. In the console window, type netsh interface ipv4 show interfaces and record the number shown under Idx column. 2. Set the IP address, Subnet Mask, and Default Gateway for the server. To do this, type netsh interface ipv4 set address name=“” source=static address= mask= gateway= . ID represents the interface number from step 1,
represents the IP address we will assign, represents the subnet mask, and represents the IP address of the server’s default gateway. See Figure 1.8 for our sample
configuration.

1
3. Assign the IP address of the DNS server. If this server were part of an Active Directory domain and replicating Active-Directory integrated zones (we will discuss those next), we would likely point this server to another AD-integrated DNS server. If it is not, we would point it to another external DNS server commonly the Internet provider of your company. From the console, type netsh interface ipv4 add dnsserver name=“” address= index=1. >. ID represents the number from step 1, represents
the IP address of the DNS server. Once the IP address settings are completed—you can verify this by
typing ipconfig /all—we can install the DNS role onto the Core Server installation.
4. To do this, from the command line type start /w ocsetup DNS-Server- Core-Role.
5. To verify that the DNS Server service is installed and started, type NET
START. This will return a list of running services.
Figure 1.8 Setting an IP Address in Server Core

18 Chapter 1 • Microsoft Windows Server 2008: An Overview 6. Next, we can use the dnscmd command line utility to manipulate the DNS settings. For example, you can type dnscmd /enumzones to list the zones hosted on this DNS server.
7. We can also change all the configuration options that we modified in the
GUI section earlier by using the dnscmd /config option. For example, we can enable BIND secondaries by typing dnscmd
/config /bindsecondaries 1. You can see the results in Figure 1.9. There are many, many more things you can do with the dnscmd utility. For more information on the dnscmd syntax, visit https:://technet2.microsoft.com/
WindowsServer/en/library/d652a163-279f-4047-b3e0-0c468a4d69f31033.mspx.
Active Directory Certificate Services In PKI, a digital certificate is a tool used for binding a public key with a particular
owner. A great comparison is a driver’s license. Consider the information listed on
a driver’s license:

Name
Address

Figure 1. Using the dnscmd Utility

1
Date of birth
Photograph
Signature
Social security number (or another unique number such as a state issued license number)
Expiration date
Signature/certification by an authority (typically from within the issuing state’s government body) The information on a state license photo is significant because it provides crucial information about the owner of that particular item. The signature from the state official serves as a trusted authority for the state, certifying that the owner has been verified and is legitimate to be behind the wheel of a car. Anyone, like an officer, who wishes to verify a driver’s identity and right to commute from one place to another by way of automobile need only ask for and review the driver’s license. In some cases, the officer might even call or reference that license number just to ensure it is still valid and has not been revoked. A digital certificate in PKI serves the same function as a driver’s license. Various systems and checkpoints may require verification of the owner’s identity and status and will reference the trusted third party for validation. It is the certificate that enables this quick hand-off of key information between the parties involved. The information contained in the certificate is actually part or the X.509 certifi- cate standard. X.509 is actually an evolution of the X.500 directory standard. Initially intended to provide a means of developing easy-to-use electronic directories of people that would be available to all Internet users, it became a directory and mail standard for a very commonly known mail application: Microsoft Exchange 5.5. The X.500 directory standard specifies a common root of a hierarchical tree although the “tree” is inverted: the root of the tree is depicted at the “top” level while the other branches—called “containers”—are below it. Several of these types of containers exist with a specific naming convention. In this naming convention, each portion of a name is specified by the abbreviation of the object type or a container
it represents. For example, a CN= before a username represents it is a “common name”, a C= precedes a “country”, and an O= precedes “organization”. These elements are worth remembering as they will appear not only in discussions about X.500 and
X.509, but they are ultimately the basis for the scheme of Microsoft’s premier directory service, Active Directory.

20 Chapter 1 • Microsoft Windows Server 2008: An Overview X.509 is the standard used to define what makes up a digital certificate. Within this standard, a description is given for a certificate as allowing an association between a user’s distinguished name (DN) and the user’s public key. The DN is specified by a naming authority (NA) and used as a unique name by the certificate authority (CA) who will create the certificate. A common X.509 certificate includes the following
information (see Table 1.2 and Figures 1.10 and 1.11): Table 1.2 X.509 Certificate Data Item Definition Serial Number A unique identifier Subject The name of the person or company that is being identified, sometimes listed as “Issued To”. Signature Algorithm The algorithm used to create the signature. Issuer The trusted authority that verified the information and generated the certificate, sometimes listed as “Issued By”. Valid From The date the certificate was activated. Valid To The last day the certificate can be used. Public Key The public key that corresponds to the private key. Thumbprint Algorithm The algorithm used to create the unique value of a certificate. Thumbprint The unique value of every certificate, which positively identifies the certificate. If there is ever a question about the authenticity of a certificate, check this
value with the issuer.

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Figure 1.10 A Windows Server 2008 Certificate Field and Values

22 Chapter 1 • Microsoft Windows Server 2008: An Overview In Active Directory and Windows Server 2008, Certificate Services allow administrators to establish and manage the PKI environment. More generally, they allow for a trust model to be established within a given organization. The trust model is the framework that will hold all the pieces and components of the PKI
in place. Typically, there are two options for a trust model within PKI: a single CA model and a hierarchical model. The certificate services within Windows Server 2008 provide the interfaces and underlying technology to set up and manage both of
these types of deployments. Figure 1.11 A Windows Server 2008 Certificate Field and Values

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Configuring a Certificate Authority By definition, a certificate authority is an entity (computer or system) that issues digital
certificates of authenticity for use by other parties. With the ever increasing demand for effective and efficient methods to verify and secure communications, our technology market has seen the rise of many trusted third parties into the market. If you have been in the technology field for any length of time, you are likely familiar with many such vendors by name: VeriSign, Entrust, Thawte, GeoTrust, DigiCert, and GoDaddy are just a few. While these companies provide an excellent and useful resource for both the IT administrator and the consumer, companies and organizations desired a way to establish their own certificate authorities. In a third-party, or external PKI, it is up to the third-party CA to positively verify the identity of anyone requesting a certifi- cate from it. Beginning with Windows 2000, Microsoft has allowed the creation of a trusted internal CA—possibly eliminating the need for an external third party. With a Windows Server 2008 CA, the CA verifies the identity of the user requesting a certificate by checking that user’s authentication credentials (using Kerberos or NTLM). If the credentials of the requesting user check out, a certificate is issued to the user. When the user needs to transmit his or her public key to another user or application, the certificate is then used to prove to the receiver that the public key inside can be used safely.

Certificate Authorities
Certificates are a way to transfer keys securely across an insecure network. If any arbitrary user were allowed to issue certificates, it would be no different than that user simply signing the data. In order for a certificate to be of any use, it must be issued by a trusted entity—an entity that both the sender and receiver trust. Such a trusted entity is known as a Certification Authority (CA). Third-party CAs such as VeriSign or Entrust can be trusted because they are highly visible, and their public keys are well known to the IT community. When you are confident that you hold a true public key for a CA, and that public key properly decrypts a certificate, you are then certain that the certificate was digitally signed by the CA and no one else. Only then can you be positive that the public key contained inside the certificate is valid and safe. In the analogy we used earlier, the state driver’s licensing agency is trusted because it is known that the agency requires proof of identity before issuing a driver’s license. In the same way, users can trust the certification authority because they know

2 Chapter 1 • Microsoft Windows Server 2008: An Overview it verifies the authentication credentials before issuing a certificate. Within an organization leveraging Windows Server 2008, several options exist for building this trust relationship. Each of these begins with the decisions made around selecting and implementing certificate authorities. With regard to the Microsoft implementation of PKI, there are at least four major roles or types of certificate authorities to be aware of:

Enterprise CA
Standard CA
Root CA
Subordinate CA
Believe it or not, beyond this list at least two variations exist: intermediate CAs and leaf CAs, each of which is a type of subordinate CA implementation. Standard vs. Enterprise An enterprise CA is tied into Active Directory and is required to use it. In fact, a copy of its own CA certificate is stored in Active Directory. Perhaps the biggest difference between an enterprise CA and a stand-alone CA is that enterprise CAs use Kerberos or NTLM authentication to validate users and computers before certificates are issued. This provides additional security to the PKI because the validation process relies on the strength of the Kerberos protocol, and not a human administrator. Enterprise CAs also use templates, which are described later in this chapter, and they can issue every type of certificate. There are also several downsides to an enterprise CA. In comparison to a standalone CA, enterprise CAs are more difficult to maintain and require a much more in-depth knowledge about Active Directory and authentication. Also, because an enterprise CA requires Active Directory, it is nearly impossible to remove it from the network. If you were to do so, the Directory itself would quickly become outdated— making it difficult to resynchronize with the rest of the network when brought back online. Such a situation would force an enterprise CA to remain attached to the
network, leaving it vulnerable to attackers. Root vs. Subordinate Certificate Authorities As discussed earlier, there are two ways to view PKI trust models: single CA and hierarchical. In a single CA model PKIs are very simplistic; only one CA is used within the infrastructure. Anyone who needs to trust parties vouched for by the CA is given

2
the public key for the CA. That single CA is responsible for the interactions that ensue when parties request and seek to verify the information for a given certificate. In a hierarchical model, a root CA functions as a top-level authority over one or
more levels of CAs beneath it. The CAs below the root CA are called subordinate CAs. Root CAs serve as a trust anchor to all the CA’s beneath it and to the users who trust the root CA. A trust anchor is an entity known to be trusted without requiring
that it be trusted by going to another party, and therefore can be used as a base for trusting other parties. Since there is nothing above the root CA, no one can vouch for its identity; it must create a self-signed certificate to vouch for itself. With a selfsigned certificate, both the certificate issuer and the certificate subject are exactly the same. Being the trust anchor, the root CA must make its own certificate available to all of the users (including subordinate CAs) that will ultimately be using that particular root CA.

Hierarchical models work well in larger hierarchical environments, such as large government organizations or corporate environments. Often, a large organization also deploys a Registration Authority (RA, covered later in this chapter), Directory Services and optionally Timestamping Services in an organization leveraging a hierarchical approach to PKI. In situations where different organization are trying to develop a hierarchical model together (such as post acquisition or merger companies or those that are partnered for collaboration), a hierarchical model can be very difficult to establish as both parties must ultimately agree upon a single trust anchor. When you first set up an internal PKI, no CA exists. The first CA created is
known as the root CA, and it can be used to issue certificates to users or to other CAs. As mentioned above, in a large organization there usually is a hierarchy where the root CA is not the only certification authority. In this case, the sole purpose of the root CA is to issue certificates to other CAs in order to establish their authority. Any certification authority that is established after the root CA is a subordinate CA. Subordinate CAs gain their authority by requesting a certificate from either the root CA or a higher level subordinate CA. Once the subordinate CA receives the certificate, it can control CA policies and/or issue certificates itself, depending on your PKI structure and policies. Sometimes, subordinate CAs also issue certificates to other CAs below them on the tree. These CAs are called intermediate CAs. Is most hierarchies, there is
more than one intermediate CA. Subordinate CAs that issue certificates to end users, server, and other entities but do not issue certificates to other CAs are called leaf CAs.

2 Chapter 1 • Microsoft Windows Server 2008: An Overview Certificate Requests
In order to receive a certificate from a valid issuing CA, a client—computer or
user—must request a certificate from a CA.
There are three ways that this request can be made:
Autoenrollment
Use of the Certificates snap-in
Via a web browser
It is very likely that the most common method for requesting a certificate is autoenrollment, and we’ll discuss its deployment shortly. A client can also request a certificate by use of the Certificates snap-in. The snap-in, shown in Figure 1.12, can
be launched by clicking Start | Run, and then typing in certmgr.msc and pressing Enter. Note that the Certificates snap-in does not appear in the Administrative Tools folder as the Certification Authority snap-in does after installing certificate services. Once you open the Certificate Snap-in, expand the Personal container, and then right-clicking the Certificates container beneath it. You can start the Certificate Request Wizard by choosing All Tasks | Request New Certificate …, as shown
in Figure 1.12.

Figure 1.12 Certificates Snap-in

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Next, you will receive the Before You Begin welcome screen, as shown in Figure 1.13. Click Next. Next to Welcome screen, the wizard prompts you to choose the certificate enrollment type. Figure 1.14 shows you the available options. You can choose only a type for which the receiving CA has a template. Once you choose an appropriate template, click Enroll.
Figure 1.1 Before You Begin

28 Chapter 1 • Microsoft Windows Server 2008: An Overview Next to Certificate Enrollment screen, verify it reads, STATUS: Succeeded, as shown in Figure 1.15. Click Finish to complete the request. Figure 1.1 Request Certificates

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The last method for requesting a certificate is to use a Web browser on the client machine. Note that if you use this option, IIS must be installed on the CA. In the next section, we show you the steps for requesting a certificate using a client
machine in this manner. Figure 1.1 Certificate Installation Results tip The order of component installation can be important when dealing with CAs. If you install certificate services before you install IIS, a client will not be able to connect as in the exercise below until you run the following from the command line: certutil –vroot. This establishes the virtual root directories necessary for Web enrollment. Note also that you must have selected the Web enrollment support option during the certificate services installation procedure.

0 Chapter 1 • Microsoft Windows Server 2008: An Overview Request a Certificate from a Web Server To request a certificate from a Web server, follow these steps:
1. On any computer for which you want to request a certificate, launch Internet Explorer (version 5.0 or later) by clicking Start | Programs or All Programs | Internet Explorer.
2. In the address bar, type https:://servername/certsrv, where servername is the name of the issuing CA.
3. When the welcome screen appears, as shown in Figure 1.16, click Request a Certificate.
Figure 1.1 Welcome Screen of the CA’s Web Site

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4. Click User Certificate, then Submit when the next screen appears.
5. When the Certificate Issued page appears, click Install This Certificate. Close the browser.
Certificate Practice Statement As the use of X.509-based certificates continues to grow it becomes increasingly important that the management an organization of certificates be as diligent as possible. We know what a digital certificate is and what its critical components are, but a CA can issue a certificate for a number of different reasons. The certificate, then, must indicate exactly what the certificate will be used for. The set of rules that indicates exactly how a certificate may be used (what purpose it can e trusted for, or perhaps the community for which it can be trusted) is called a certificate policy. The X.509 standard defines certificate policies as “a named set of rules that indicates the applicability of a certificate to a particular community and/or class of application with common security requirements.” Different entities have different security requirements. For example, users want a digital certificate for securing e-mail (either encrypting the incoming messages signing outgoing mail), Syngress (as other Web vendors do) wants a digital certificate for their online store, etc. Every user will want to secure their information, and a certificate owner will use the policy information to determine if they want to accept a certificate. It is important to have a policy in place to state what the appropriate protocol is for use of certificates—how they are requested, how and when they may be used, etc.—but it is equally as important to explain exactly how to implement those
policies. This is where the Certificate Practice Statement (CPS) comes in. A CPS describes how the CA plans to manage the certificates it issues. Key Recovery Key recovery is compatible with the CryptoAPI architecture of Windows 2008, but
it is not a necessary requirement. For key recovery, an entity’s private key must be stored permanently. The storage of private keys guarantees that critical information will always be accessible, even if the information should get corrupted or deleted.
On the other hand, there is a security issue in the backup of the private keys. The archived private key should be used to impersonate the private key owner only if corruption occurs on your system.

2 Chapter 1 • Microsoft Windows Server 2008: An Overview
Active Directory Domain Services
Active Directory Domain Services (AD DS) stores information about users, computers, and other devices on the network. AD DS is required to install directory-enabled applications. The following are improvements made in AD DS functionality: Auditing (log value changes that are made to AD DS objects and their attributes) Fine-grained password policies (functionality to assign a special password and account lockout policies for different sets of users) Read-only DCs (hosts a read-only partition of the AD DS database) Restartable AD DS (can be stopped so that updates can be applied to a DC) Database mounting tool (compare different backups, eliminating multiple restores) User interface improvements (updated AD DS Installation Wizard)
What Is New in the AD DS Installation? AD DS has several new installation options in Windows Server 2008, including the
following:
RODC
DNS
Global Catalog (GC) servers New OS installation options include Full Install and Core Server Install. The first thing you must do when adding a Windows Server 2008 DC to a Windows 2003 forest is to prepare the forest for the Windows 2008 server by
extending the schema to accommodate the new server: To prepare the forest for Windows Server 2008 run the following command:
adprep /forestprep. To prepare the domain for Windows Server 2008 run the following command: adprep /domainprep.

It is recommended that you host the primary domain controller (PDC) emulator operations master role in the forest root domain on a DC that runs Windows Server 2008 and to make this server a GC server. The first Windows Server 2008 DC in the forest cannot be an RODC. Before installing the first RODC in the forest, run the  following command: adprep /rodcprep. Making sure the installation was successful, you can verify the AD DS installation by checking the following: Check the Directory Service log in Event Viewer for errors. Make sure the SYSVOL folder is accessible to clients. Verify DNS functionality.
Verify replication. To run adprep /forestprep you have to be a member of the Enterprise Admins and Schema Admins groups of Active Directory. You must run this command from the DC in the forest that has the Schema Master FSMO role. Only one Schema Master is needed per forest. To run adprep /domainprep you have to be a member of the Domain Admins or Enterprise Admins group of Active Directory. You must run this command from each Infrastructure Master FSMO role in each domain after you have run adprep /forestprep in the forest. Only one Infrastructure Master is needed per domain. To run adprep /rodcprep you have to be a member of the Enterprise Admins group of Active Directory. You can run this command on any DC in the forest. However,
it is recommended that you run this command on the Schema Master.

Chapter 1 • Microsoft Windows Server 2008: An Overview
Summary
The new features of Windows Server 2008 are very important because understanding where changes are implemented and understanding where features have been improved will help you understand why this technology acts the way it does. Knowing how to tell what hardware components are appropriate, and which operating systems are designed for which roles and functionalities, is critical when you are choosing a new server, or deciding whether an existing server is up to the new task. Knowledge of key features such as Server Manager, Server Core, AD Certificate Services, and AD Domain Services can help improve the user experience, improve
the system administrator experience, and improve organizational security.

Solutions Fast Track
Server Manager
Server Manager is likely to be a familiar tool to engineers who have worked
with earlier versions of Windows.
Server Manager is a single solution that is used as a single source for managing
identity and system information.
Server Manager is enabled by default when a Windows 2008 server is installed.
Server Core
Server Core brings a new way not only to manage roles but also to deploy
a Windows Server.
Server Core is a minimal server installation option for Windows Server 2008 that contains a subset of executable files, as well as five server roles. Microsoft defines Server Core as “a minimal server installation option for Windows Server 2008 that contains a subset of executable files, and five server roles.”

Active Directory Certificate Services
In PKI, a digital certificate is a tool used for binding a public key with a particular owner. A great comparison is a driver’s license. X.509 is the standard used to define what makes up a digital certificate. The X.500 directory standard specifies a common root of a hierarchical tree although the “tree” is inverted: the root of the tree is depicted at the “top” level while the other branches—called “containers”—are below it. Active Directory Domain Services With the release of Windows Server 2008, an Active Directory domain controller can be deployed in several new ways. Active Directory Domain Services (AD DS) stores information about users, computers, and other devices on the network. AD DS has several new installation options in Windows Server 2008, including RODC and DNS.

Chapter 1 • Microsoft Windows Server 2008: An Overview Frequently Asked Questions

Q: Can I add Windows Server 2008 to an existing Windows 2003 Active Directory environment?
A: Yes. Adding a Windows Server 2008 DC to a current Windows 2003 Active Directory domain will make no difference to the 2003 Active Directory domain. However, you must install a full installation. The first 2008 DC cannot be a 2008 RODC, as it will need a full installation of the 2008 DC from which to replicate data.

Q: I have closed the command prompt on the Server Core terminal, and now I only see a blue background and cannot get the command prompt window back up. How do I get the command prompt window back without restarting the server?

A: Press Ctrl + Alt + Delete on the keyboard, open the Task Manager, and from the File menu choose Run, then type cmd.exe and click OK. This will bring back the command prompt window.

Q: Is an upgrade from Windows 2000 Server to Windows Server 2008 supported?
A: No. Only an upgrade from Windows Server 2003 is possible.

Q: What is Network Access Protection?
A: Network Access Protection (NAP) deals with the problem of unhealthy computers accessing the organization’s network. NAP ensures that any computer that makes a connection to the network meets the requirements set out by the organization’s policies. This limits access to the network and provides remediation services.

Q: My evaluation copy of Windows Server 2008 is going to expire soon.
Can I extend it?
A: You can extend the 30-day grace period up to three times, for a total of 120 days. Use the SLMgr.vbs script with the rearm parameter to reset the counter for another 30 days. You will need to perform this step every 30 days, up to the 120 days.

Q: I am trying to install a domain controller in a domain that is in a Windows 2003 functional level. Do I have to choose MCITP Training Windows 2008 functional level when I install Windows Server 2008?
A: No, the functional level can always be upgraded to Windows Server 2008 at a later date.

Q: I want to be able to assign different account lockout policies to different sets of objects within Active Directory. Is this possible?
A: Yes, AD DS has a new Fine-Grained Password Policy that can be applied.

Windows XP Professional MCSE Tutorial and Practice Exam

Windows XP Professional MCSE Tutorial and Practice Exam
The Windows 2000 and Windows 2003 MCSA and MCITP certification are among the premier certifications you can achieve as a Microsoft-focused system administrator or system engineer. Microsoft continues to improve its certification programs and many employers require an MCSA or MCSE before you can even get your foot in the door for an interview.

One of the core requirements for the MCSA and MCSE is the exam Installing, Configuring, and Administering Microsoft Windows XP Professional – exam 70-270. This free tutorial and free practice exam is designed to teach you the core knowledge you need to pass this exam and get started on your MCSA or MCSE track. Passing this exam also qualifies you as a Microsoft Certified Professional (MCP) – the first step towards future certifications.

Microsoft Windows XP Professional is the most popular business client operating system. Microsoft MCSE exam 70-270,
Installing Configuring, and Administering Windows XP Professional tests you on how well you understand administering Windows XP Professional.

The MCSE exam 70-270: Installing, Configuring, and Administering Microsoft Windows XP Professional tutorial covers the major topics as explained by Microsoft for you to pass the exam. Take the tutorial for free and learn what it takes to pass the 70-270 exam. Learn how to install an image using a RIS server, Windows XP printing, or NTFS security permissions. Everything is covered in this free tutorial.

Certkingdom.com has prepared question practice exam for the MCSE 70-270 exam. Each question is material you need to prepare for the MCTS Training. Each question has a descriptive answer with additional information available.

Microsoft is fending off over 50 patent infringement cases

Microsoft is fending off over 50 patent infringement cases
“There are over 50 other patent infringement cases pending against Microsoft, 10 of which are set for trial in fiscal year 2010,” states a line in Microsoft’s latest annual financial report filed with the SEC on July 30. This list of 50 is in addition to the roughly $2 billion in damages that Microsoft has reportedly already lost from lawsuits.

FightAfter combing through the document, my math shows Microsoft MCTS Training on the hook for up to $4.49 billion including a half billion in legal fees. (Interesting note: legal fees were roughly double over the year prior’s fees). That means that Microsoft had to allocate 7.2% of its hefty 2010 revenues ($62.5 billion) to payouts. To be clear, it hasn’t actually lost that much — this is the total sum it could lose if all the pending lawsuits went against it.

It got me thinking. For all the grief and hubbub Microsoft gets over its patent portfolio — is the company making any profit on its IP licensing agreements? There’s no way to know, but I’m highly skeptical. More likely is that any income Microsoft makes from cross licensing, and RAND royalties goes right out the door to pay for losses. Microsoft doesn’t break out revenue from such agreements in its SEC forms — and in most cases, doesn’t disclose the dollar amounts from individual deals either — so I admit I’m only guessing that it isn’t collecting $2-$4 billion annually on settlements and royalties.

One might claim that Microsoft deserves to lose these sums of money, as it has a long history of taking the intellectual property it wants – and the largest bulk of loses came from suits that claimed it was engaging in anti-competitive behavior and/or overcharging customers.

On the other hand, we’re also talking about 50 remaining patent infringement cases which, if all went bad, could cost the company the better part of $1 billion. Some examples include a suit filed by so-called patent troll NTP (the company that won against Research In Motion), and a suit from a Wisconsin ophthalmologist over Zune’s “buy from FM” feature.

In recent years, Microsoft has earned the reputation of being the aggressor in patent infringement lawsuits. I think this is overstated, stemming from a lot of loud mouth claims by its top executives, the uproar over the Tom Tom case in 2009 and that its other suits have been fairly high profile. But they have also been relatively sparse.

In 2010, so far, we have had the much ballyhooed Microsoft case against Salesforce.com (in which both parties settled, with Salesforce agreeing to pay Microsoft an undisclosed sum). But mostly, Microsoft announced cross licensing agreements, such as one from HTC for Android. We had a similar one from Panasonic for exFAT and one with Amazon for Kindle. A less flashy deal was a licensing agreement with Tuxera, the Finnish company that created an open source driver for Microsoft NTFS (the NTFS-3G) for exFAT. The Tuxera deal likely won’t generate tons of cash, but it stems from the fact that Microsoft managed to get exFAT embedded as part of the new SDXC specification. The Redmond company will collect royalties (perhaps a few cents each) on all SDXC memory cards and devices, and that could add up.

Even so, when it comes to patent infringement, Microsoft MCITP Certification is more likely to be the victim than the bully — at least in terms of the number of lawsuits per year. The obvious and much stated conclusion is that the patent system is insane — and Microsoft should spend a portion of the money it spends defending itself fighting that system. Instead it has done an about-face since Bill Gate’s sentiments in 1991 condemning software patents. But The most recent best hope went up in flames earlier this year. The Bilski ruling reaffirmed software patents instead of squashing them. So I suppose there’s little point in wailing about that anymore.

Other than calling payouts “a cost of doing business” what other option does Microsoft have but to try to collect on intellectual property on the one hand, while paying damages with the other? And if that’s the case, will we see a Microsoft that becomes more aggressive to collect on intellectual property? I fear so.

Latest Skype beta offers group video calls for 10

Latest Skype beta offers group video calls for 10
The latest beta version of Skype offers the ability to do group video calls with up to 10 people.

Skype 5.0 beta 2 runs on Windows and includes an updated user interface, the company said on its blog. The release doubles the number of people that can be included in a group video call from the five people allowed with Skype 5.0 beta 1, released in May.

best online Microsoft MCTS Training, Microsoft MCITP Certification and more at certkingdom.com

Skype said the 10-person group video calling feature is being offered as a “free trial,” suggesting users will eventually have to pay for the feature. To use the 10-person group video call feature, all participants in the call must be using Skype 5.0 beta 2. The company did not say when the feature would be available for Mac versions of the software. However, the company earlier promised group video calls for the Mac before the end of this year.

Skype does not currently offer a beta version of its software for Mac OS X

The announcement of the 10-person group video call feature comes as Skype, which is preparing for an initial public offering, faces new competition from Google, which added a feature to its Gmail service that allows users to make calls to phones. For now, Google is allowing users to call phones in the U.S. and Canada for free and charges a fee for calls to other countries.

Skype allows users to make free calls between computers and some handheld devices over the Internet, but charges a fee for users to call phones using its SkypeOut service. Video calls between computers made using Skype are free.

The IDG News Service is a Network World affiliate.