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NEW QUESTION: 1
Your company has a main office and a branch office. Your network contains a single Active Directory domain.
AnActive Directory site exists for each office.All domain controllers run Windows Server 2008 R2. You plan to modify the DNS infrastructure.
You need to plan the new DNS infrastructure to meet the following requirements:
-Ensure that the DNS service is available even if a single server fails -Encrypt the synchronization data that is sent between DNS servers -Support dynamic updates to all DNS servers
What should you include in your plan?
A. Install the DNS Server server role on a domain controller in the main office and on a Read-only Domain Controller (RODC) in the branch office. Configure DNS to use Active Directory-integrated zones.
B. Install the DNS Server server role on two servers. Create a primary zone and a GlobalNames zone on the DNS server in the main office. Create a GlobalNames zone on the DNS server in the branch office.
C. Install the DNS Server server role on a domain controller in the main office and on a domain controller in the branch office. Configure DNS to use Active Directory-integrated zones.
D. Install the DNS Server server role on two servers. Create a primary zone on the DNS server in the main office. Create a secondary zone on the DNS server in the branch office.
Answer: C
Explanation:
http://searchwindowsserver.techtarget.com/tip/DNS-Primer-Tips-for-understanding-Active-Dir ectory-integrated-zone-design-and-configuration http://technet.microsoft.com/en-us/library/cc772101.aspx MCITP Self-Paced Training Kit Exam 70-646 Windows ServerAdministration:
In an ADI primary zone, rather than keeping the old zone file on a disk, the DNS records are stored in theAD, andActive Directory replication is used rather than the old problematic zone transfer. If all DNS servers were to die or become inaccessible, you could simply install DNS on any domain controller (DC) in the domain. The records would be automatically populated and your DNS server would be up without the messy import/export tasks of standard DNS zone files.
Windows 2000 and 2003 allow you to put a standard secondary zone (read only) on a member server and use one of theADI primary servers as the master.


When you decide which replication scope to choose, consider that the broader the replication
scope, the greater the network traffic caused by replication. For example, if you decide to
have AD DS-integrated DNS zone data replicated to all DNS servers in the forest, this will
produce greater network traffic than replicating the DNS zone data to all DNS servers in a
singleAD DS domain in that forest.
AD DS-integrated DNS zone data that is stored in an application directory partition is not
replicated to the global catalog for the forest. The domain controller that contains the global
catalog can also host application directory partitions, but it will not replicate this data to its
global catalog.
AD DS-integrated DNS zone data that is stored in a domain partition is replicated to all
domain controllers in its AD DS domain, and a portion of this data is stored in the global
catalog. This setting is used to support Windows 2000.
If an application directory partition's replication scope replicates across AD DS sites,
replication will occur with the same intersite replication schedule as is used for domain
partition data.
By default, the Net Logon service registers domain controller locator (Locator) DNS resource
records for the application directory partitions that are hosted on a domain controller in the
same manner as it registers domain controller locator (Locator) DNS resource records for the
domain partition that is hosted on a domain controller.
Close integration with other Windows services, including AD DS, WINS (if enabled), and
DHCP (including DHCPv6) ensures that Windows 2008 DNS is dynamic and requires little or
no manual configuration. Windows 2008 DNS is fully compliant with the dynamic update
protocol defined in RFC 2136. Computers running the DNS Client service register their host
names and IPv4 and IPv6 addresses (although not link-local IPv6 addresses) dynamically.
You can configure the DNS Server and DNS Client services to perform secure dynamic
updates. This ensures that only authenticated users with the appropriate rights can update
resource records on the DNS server. Figure 2-22 shows a zone being configured to allow only
secure dynamic updates.

Figure 2-22Allowing only secure dynamic updates
MORE INFODynamic update protocol
For more information about the dynamic update protocol, see
http://www.ietf.org/rfc/rfc2136.txt and http://www.ietf.org/rfc/rfc3007
NOTE Secure dynamic updates
Secure dynamic updates are only available for zones that are integrated withAD DS.

NEW QUESTION: 2
You have a computer that runs Windows 7.
You create an application shim for a third-party application by using the Microsoft Application Compatibility Toolkit (ACT).
You need to ensure that the application shim is applied the next time you run the application.
What should you do first?
A. Run Sdbinst.exe.
B. Right-click the application executable file and modify the compatibility settings.
C. Right-click the application executable file and modify the advanced security settings.
D. Run Msiexec.exe.
Answer: A
Explanation:
Explanation/Reference:
Explanation:
Deploying a custom shim database to users requires the following two actions:
Placing the custom shim database (*.sdb file) in a location to which the user's computer has access (either- locally or on the network)- Calling the sdbinst.exe command-line utility to install the custom shim database locally
Demystifying Shims - or - Using the Application Compatibility Toolkit to make your old stuff work with your new stuff
What is a Shim?
A shim is one of the very few four-letter words in use by Microsoft that isn't an acronym of some sort. It's a metaphor based on the English language word shim, which is an engineering term used to describe a piece of wood or metal that is inserted between two objects to make them fit together better. In computer programming, a shim is a small library which transparently intercepts an API, changes the parameters passed, handles the operation itself, or redirects the operation elsewhere. Shims can also be used for running programs on different software platforms than they were developed for.
How Shims work
The Shim Infrastructure implements a form of Application Programming Interface (API) hooking. The Windows API is implemented using a collection of DLLs. Each application built for Windows imports these DLLs, and maintains a table of the address of each of these functions in memory. Because the address of the Windows functionality is sitting in a table, it is straightforward for the shim engine to replace this address with the address of the shim DLL instead. The application is generally unaware that the request is going to a shim DLL instead of to Windows itself, and Windows is unaware that the request is coming from a source other than the application (because the shim DLL is just another DLL inside the application's process).
In this particular case, the two objects are the application program and Windows, and the shim is additional code that causes the two to behave better together, as shown below:

Figure 1 Before the shim is applied, the application interacts directly with Windows.

Figure 2 After the shim is applied, the application interacts with Windows indirectly; the shim code is injected and can modify the request to Windows, the response from Windows, or both.
Specifically, it leverages the nature of linking to redirect API calls from Windows to alternative code-the Shim. Calls to external binary files take place through the Import
Address Table (IAT). Consequently, a call into Windows looks like:

Figure 1
Application calling into Windows through the IAT
Specifically, you can modify the address of the Windows function resolved in the import table, and then replace it with a pointer to a function in the alternate shim code, as shown in Figure 2

This redirection happens for statically linked .dll files when the application is loaded. You can also shim dynamically linked .dll files by hooking the GetProcAddress API.
Why Should we be using Shims This is the cost-saving route-help the application by modifying calls to the operating system before they get there. You can fix applications without access to the source code, or without changing them at all. You incur a minimal amount of additional management overhead (for the shim database), and you can fix a reasonable number of applications this way. The downside is support as most vendors don't support shimmed applications. You can't fix every application using shims. Most people typically consider shims for applications where the vendor is out of business, the software isn't strategic enough to necessitate support, or they just want to buy some time.
For example, a very commonly used shim is a version-lie shim. To implement this shim, we intercept several APIs that are used to determine which version of Windows the application is running on. Normally, this information is passed on to Windows itself, and it answers truthfully. With the shim applied, however, these APIs are intercepted. Instead of passing on the request to Windows, a different version of Windows is returned (for example, Windows XP instead of Windows 7). If the application is programmed to run only on Windows XP, this is a way to trick the application into believing it's running on the correct OS.
(Frequently this is all that is necessary to resolve an application compatibility problem!) There are a huge number of tricks you can play with shims. For example:
The ForceAdminAccess shim tries to trick the application into believing that the current user is a member of the local Administrator group, even if he is not. (Many applications outright fail if you are not a local administrator, though you may be able to use other tricks, such as UAC File and Registry Virtualization, to resolve the issues that caused the check in the first place.) How it implements this check can be fairly straightforward. For example, this shim intercepts the API IsUserAnAdmin from shell32.dll. The complete source code of the shimmed function (which has wonderful performance characteristics compared to the actual API) is simply return TRUE.
The WrpMitigation shim tricks application installers into believing they can write to files that are protected by Windows Resource Protection (WRP). If you try to write to a file that's protected, the shim first creates a new temporary file, marks it to be deleted once the handle is closed, and then returns the handle to the temporary file as if it were the actual protected file. The application installs the crusty old version of kernel32.dll or shell32.dll (or whichever other file it picked up while it was being packaged) into a temp file, but then that temp file goes away and the matching, patched, up-to-date version of the protected file remains on the file system. So, WRP can still ensure that you don't end up with an ancient copy of shell32.dll from Windows 95 on your computer, but the installer won't fail with ACCESS_DENIED when you use this shim.
The CorrectFilePaths shim can redirect files from one location to another. So, if you have an application that is trying to write to c:\myprogramdir (which isn't automatically fixed using UAC File and Registry Virtualization), you can redirect the files that are modified at runtime to a per-user location. This allows you to run as a standard user without having to loosen access control lists (ACLs), because you know your security folks hate it when you loosen ACLs.
NOTE: As shims run as user-mode code inside a user-mode application process, you cannot use a shim to fix kernel-mode code. For example, you cannot use shims to resolve compatibility issues with device drivers or with other kernel-mode code. (For example, some antivirus, firewall, and antispyware code runs in kernel mode.)
When can we use a Shim:
You acquired the application from a vendor that is no longer in business. Several applications are from vendors that have since gone out of business; so clearly, support is no longer a concern. However, because the source code is not available, shimming is the only option for compatibility mitigation.
You developed the application internally. While most customers would prefer to fix all their applications to be natively compatible, there are some scenarios in which the timing does not allow for this. The team may not be able to fix all of them prior to the planned deployment of new version of Windows, so they may choose to shim the applications that can be shimmed and modify the code on the ones where shims are insufficient to resolve the compatibility issue.
You acquired the application from a vendor that will eventually be releasing a compatible version, but support is not critical. When an off-the-shelf application is neither business critical nor important, some customers use shims as a stopgap solution.
Users could theoretically wait until a compatible version is available, and its absence would not block the deployment, but being able to provide users with a shimmed and functional version can bridge that gap until a compatible version is available.
Creating an Application Compatibility Shim
If you are trying to run an application that was created for 2000 or XP and had problems running in Windows 7, you could always turn on compatibility mode for the executable on your machine. However if you are trying to create a shim that could be used on other machines as well, you could use the following instructions to create the shim and send it. It is a very small size and once executed, will always be associated with that executable on that machine.
ACT is the Application Compatibility Toolkit. Download it from here:
http://www.microsoft.com/downloads/details.aspx?familyid=24da89e9-b581-47b0-b45e-
492dd6da2971&displaylang=en
Once we launch the Compatibility Administrator Tool, from Start Menu - Microsoft Application Compatibility Toolkit:

Right-click on New Database:

Choose Application Fix here. In this below dialog, give the application details and the executable you would want to fix:
Type the name of the program to fix

Type the vendor name

Browse to location of executable


When you press the next button, you will get to see the list of the compatibility modes listed by default. If you have an issue with just version in compatibility then choose the version in which the application was working earlier.
At this point I have already determined that Windows 2000 compatibility mode will work for this program.
In the list box, scroll down and select "Windows 2000".

In the next window (when you have combination of shims to be chosen). As shown below, you have lots of shims to choose from. Select all the shims which would fix your application.


Click on Finish. This will give you the complete summary of the application and the fixes applied.
Now you need to save this shim database file (A small database including the shim information is created), and install it. You can either install it by right-clicking on the shim and pressing the install button, or by using a command-line option, sdbinst.exe <database.
sdb>.
NOTE: "sdbinst.exe" is already located by default in c:\windows\system32

Once the Application Compatibility Database is installed, we can run the program from the location specified earlier (in the first window). Now the program should be running in the Compatibility mode that you specified during the process.

NEW QUESTION: 3
Which Cisco IOS IPS risk rating component uses a low value of 75, a medium value of 100, a high value of
150, and a mission-critical value of 200?
A. Watch List Rating
B. Signature Fidelity Rating
C. Target Value Rating
D. Attack Relevancy Rating
E. Attack Severity Rating
F. Promiscuous Delta
Answer: C

NEW QUESTION: 4
A potential customer requires 800 TB of usable capacity to store medical images for their network of health clinics. The IT department has limited staff and currently manages four storage arrays from other vendors. During a meeting with the Director of IT you learn that the company is considering a solution from a competitor of EMC using two of the existing arrays and two new arrays.
Which Isilon capabilities would show a better ROI for the customer?
A. Isilon has 15%-20% less overhead than traditional clustered filesystems.
According to an IDC study, Isilon utilization is nearly 50% higher than traditional competitors.
Isilon QOS headroom and multiple node pools ensures consistent performance up to 80%
utilization.
B. Forward Error Correction overhead is 7% lower than traditional RAID.
Isilon has 6%-12% less filesystem overhead than traditional clustered filesystem solutions.
According to an IDC study, Isilon improves IT productivity by nearly 50% compared to traditional
competitors.
C. Isilon has 6%-12% less filesystem overhead than traditional clustered filesystem solutions.
With a single filesystem and virtual capacity for drive and node failures, Isilon utilization is typically
80% or higher.
Isilon utilization is typically 80% or higher due to use of a single filesystem and virtual capacity for
drive and node failures.
D. With a single filesystem and virtual capacity for drive and node failures, Isilon utilization is
typically 80% or higher.
OneFS compression results in higher effective capacity within the cluster.
Traditional clustered filesystems require 4%-10% internal overhead compared to Isilon virtual
capacity.
Answer: C