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NEW QUESTION: 1
In an STP domain, which two ntatementn are true for a nonroot nwitch, when it receiven a configuration BPDU from
the root bridge with the TC bit net? (Choone two.)
A. It recalculaten the STP topology upon receiving topology change notification from the root nwitch.
B. It netn the MAC table aging time to max_age + forward_delay time.
C. It netn the MAC table aging time to forward_delay time.
D. It receiven the topology change BPDU on both forwarding and blocking portn.
Answer: C,D
Explanation:
When the TC bit in received, every bridge in then notified and reducen the aging time to forward_delay (15 necondn by
default) for a certain period of time (max_age + forward_delay). It in more beneficial to reduce the aging time inntead
of clearing the table becaune currently active hontn, that effectively trannmit traffic, are not cleared from the table.
Once the root in aware that there han been a topology change event in the network, it ntartn to nend out itn
configuration BPDUn with the topology change (TC) bit net. Thene BPDUn are relayed by every bridge in the network
with thin bit net. An a renult all bridgen become aware of the topology change nituation and it can reduce itn aging time
to forward_delay. Bridgen receive topology change BPDUn on both forwarding and blocking portn.
An important point to connider here in that a TCN doen not ntart a STP recalculation. Thin fear comen from the fact that
TCNn are often annociated with unntable STP environmentn; TCNn are a connequence of thin, not a caune. The TCN only
han an impact on the aging time. It doen not change the topology nor create a loop.
Reference: http://www.cinco.com/c/en/un/nupport/docn/lan-nwitching/npanning-tree-protocol/12013-17.html#topic1

NEW QUESTION: 2

A. Option D
B. Option B
C. Option A
D. Option C
Answer: A
Explanation:
Cache Data Protection Cache is volatile memory, so a power failure or any kind of cache failure will cause loss of the data that is not yet committed to the disk. This risk of losing uncommitted data held in cache can be mitigated using cache mirroring and cache vaulting:
Cache mirroring: Each write to cache is held in two different memory locations on two independent memory cards. If a cache failure occurs, the write data will still be safe in the mirrored location and can be committed to the disk. Reads are staged from the disk to the cache; therefore, if a cache failure occurs, the data can still be accessed from the disk. Because only writes are mirrored, this method results in better utilization of the available cache. In cache mirroring approaches, the problem of maintaining cache coherency is introduced. Cache coherency means that data in two different cache locations must be identical at all times. It is the responsibility of the array operating environment to ensure coherency.
Cache vaulting: The risk of data loss due to power failure can be addressed in various ways: powering the memory with a battery until the AC power is restored or using battery power to write the cache content to the disk. If an extended power failure occurs, using batteries is not a viable option. This is because in intelligent storage systems, large amounts of data might need to be committed to numerous disks, and batteries might not provide power for sufficient time to write each piece of data to its intended disk. Therefore, storage vendors use a set of physical disks to dump the contents of cache during power failure. This is called cache vaulting and the disks are called vault drives. When power is restored, data from these disks is written back to write cache and then written to the intended disks.
EMC E10-001 Student Resource Guide. Module 4: Intelligent Storage System

NEW QUESTION: 3
You create a virtual machine (VM) named Server1. You export the VM to the C:\VM folder.
You need to import the VM from the correct folder.
Which folder should you choose?
A. C:\VM\Server1\Virtual Machines
B. C:\VM\Server1\Virtual Hard Disks
C. C:\VM
D. C:\VM\Server1
Answer: D
Explanation:
Explanation/Reference:
Top Tips for Importing & Exporting your VM with Hyper-V
As you accumulate virtual machines, then sooner or later you are probably going to run into a situation in which you want to move one or more virtual machines to a new host server. Microsoft makes this possible through the Hyper-V Manager's Import and Export functions. If you look at Figure A, you can see that when you select a virtual machine, Hyper-V displays an Export link in the lower right corner of the console. There is also an Import Virtual Machine link at near the top of the Actions pane.

Figure A
The Import and Export functions are accessible through the Hyper-V Manager. On the surface, it appears that you can simply select a virtual machine, export it, take the exported image to another server that's running Hyper-V, and import it. On some levels this really is the way that the import and export processes work. There are some gotchas that you need to be aware of though, and the only way that you can avoid those gotchas is to understand what's really going on when you export and import a virtual machine.
Virtual Machine Identification
The first thing that you need to understand about the import and the export process is that Hyper-V has two different ways of identifying virtual machines. The most obvious way of identifying a virtual machine is by the name that you have assigned to it. For example, if you look back at Figure A, the Actions pane will show you that I have selected a virtual machine named Posey-IM. Virtual machines retain their name throughout the import and export process. Although it is certainly advisable to avoid having multiple virtual machines with the same name, it is not an absolute requirement. The reason why virtual machine names do not absolutely have to be unique is because there is a second factor that identifies a virtual machine. This second identification factor is the virtual machine's Globally Unique Identifier, or GUID, which is automatically assigned to a virtual machine by Windows, and does have to be unique.
The Virtual Machine Export Process
The virtual machine export process itself is actually really simple to perform. Simply select a virtual machine from the Hyper-V Manager, and then click the Export link. After doing so, Windows will display the Export Virtual Machine dialog box that is shown in Figure B.
All you have to do now is to enter the path that you want to export the virtual machine to, and then click the Export button.

Figure B
The process of exporting a virtual machine is really simple. So what's so tricky about the export process? Well, not a lot really, but there are still some things that you need to know about it. For starters, Windows will place the virtual machine within a sub folder that bears the virtual machine's name within the path that you have specified. For example, I decided to export a virtual machine named R2. Not wanting to lose the files among other clutter, I created a folder named C:\R2 and specified that as the export path. What I ended up with was the exported files residing in a folder named C: \R2\R2\. One of the big questions that I had about the export process before I began was whether or not it left the original virtual machine instance intact, and in its original location. I'm happy to report that the files making up the virtual machine are untouched during the export process. This does however, mean that you will have to manually remove those files once you have moved the virtual server to its new location.
The other thing that you need to know is that depending on the size of the virtual machine, the export process can take a really long time to complete. Unfortunately, I can't tell you exactly how long, because the amount of time depends on the size of the .VHD files that are being used, and on your machine's hardware capabilities. As you can see, exporting a virtual machine is really simple. Now let's take a look at the anatomy of the exported information, and how the import process works.
The Anatomy of a Virtual Machine
When you export a virtual machine, one of the things that Hyper-V asks you for is the export path. Whatever path you enter, Hyper-V will create a folder in that path that bears the name of the virtual machine that you are exporting. For instance, when I exported my virtual machine, I used C:\R2 as the path, and Hyper-V created a new folder named R2. Now my virtual machine resides in a folder named C:\R2\R2, as shown in Figure C.

Figure C
Hyper-V creates a folder in the destination path that bears the name of the virtual server that you are
exporting.
If you look at the figure, you will notice that within the folder that Hyper-V creates are three sub folders.
There is also an XML file named Config.xml.
The Snapshots Folder
The Snapshots folder is used as a repository for snapshots of the virtual machine. This folder contains three elements. First, there is a subfolder that bears the virtual machine's GUID. If no snapshots exist, the folder will still be present, but it will be empty. If snapshots do exist, then this folder will contain the diffing data for the virtual hard disks. The snapshots folder may also contain a subfolder for each snapshot. This folder bears the name of the individual snapshot ID. In addition, there will be an export file (a .EXP file) for each individual snapshot.
The Virtual Hard Disks Folder
As the name implies, the Virtual Hard Disks folder stores the .VHD files (virtual hard drive files) used by the
virtual machine. You can see an example of this in Figure D.

Figure D
The Virtual Hard Disks folder contains the .VHD files for the virtual server.
The Virtual Machines Folder
At a minimum, the Virtual Machines folder will contain a file named after the virtual machine's GUID, but with an .EXP extension. This file is the virtual machine export file. It retains the virtual machine's settings during the export process. If the virtual machine was in a saved state during the export process, then the Virtual Machines folder will contain a sub folder, which will store two saved state files. If the machine was not in a saved state at the time of the export, then the sub folder may exist, but it will be empty.
Importing a Virtual Machine
The import and export process is used primarily as a means for moving virtual machines from one host server to another. Therefore, the first step in the import process is to copy the export folder and all of its sub folders to the desired host server. After doing so, open the Hyper-V Manager and click the Import Virtual Machine link. You should now be prompted to enter the virtual machine's path.
Although this seems simple enough, there are two very important There are two important things that you need to know about the import process. First, it is up to you to copy the virtual machine files to the location from which you want to use them. When you import the virtual machine, it's physical location on the host server becomes permanent, and moving the virtual machine is no longer an option. It is therefore important to place the virtual machine files on the desired volume before you import it. The other thing that you need to know is that when you import the virtual machine, the .EXP file and the CONFIG.XML files will be deleted. These files are replaced with a new CONFIG.XML file. What this means to you is that because the .EXP file is gone, the virtual machine cannot be imported again (unless you export it again). If you want to use the virtual machine as a template or as an image that you can quickly restore, then it is important to work only from a copy of your exported files so that the original remains untouched.
Conclusion
The process of importing and exporting virtual machines isn't all that difficult, but by following these tips, hopefully you'll save yourself from a few of the most common pitfalls related to duplicate virtual machines or the imported machine's location.

NEW QUESTION: 4



A. Option D
B. Option B
C. Option C
D. Option A
Answer: D