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NEW QUESTION: 1
Click the Exhibit button.
Customer A is complaining that CE1 and CE2 cannot form an OSPF adjacency across your LDP Layer 2 circuit. The physical topology of the network is CE1-PE1-P-PE2-CE2. PE1's loopback is 192.168.5.1, P's loopback is 192.168.6.1, and PE2's loopback is 192.168.7.1.
Referring to the output in the exhibit, what is the problem?
A. mismatched interface encapsulations
B. extended LDP neighbor not established
C. incorrect PE-CE interface configuration
D. mismatched virtual circuit ID values
Answer: A
NEW QUESTION: 2
You have a server named Server1 that runs Windows Server 2012. Server1 has the Hyper-V server role installed.
You have fixed-size VHD named Files.vhd.
You need to make the contents in Files.vhd available to several virtual machines. The solution must meet the following requirements:
Ensure that if the contents are changed on any virtual machine, the changes are not reflected on the other virtual machines.
Minimize the amount of disk space used.
What should you do?
A. Create a dynamically expanding VHDX. Transfer the information from Files.vhd to the new VHDX file.
B. Create a fixed-size VHDX. Transfer the information from Files.vhd to the new VHDX file.
C. Convert Files.vhd to a dynamically expanding VHD.
D. Create differencing VHDs that use Files.vhd as the parent disk.
Answer: D
Explanation:
A. A conversion would be needed from VHD to VHDX. Not available to multiple VM's
B. Single VHD not available to multiple VM's. Changes wouldn't be reflected
C. A conversion would be needed from VHD to VHDX. Not available to multiple VM's
D. Child disk for multiple VM's with Files.vhd as parent
A Differencing VHD is a so-called child disk based on a linked parent disk. Creating a child disk by specifying the parent disk establishes the parent-child relationship. Since then a child disk stores those changed/modified data of the parent disk, i.e. the write operations to the parent disk.
A differencing disk is associated with another virtual hard disk that you select when you create the differencing disk. This means that the disk to which you want to associate the differencing disk must exist first. This virtual hard disk is called the "parent" disk and the differencing disk is the "child" disk. The parent disk can be any type of virtual hard disk. The differencing disk stores all changes that would otherwise be made to the parent disk if the differencing disk was not being used. The differencing disk provides an ongoing way to save changes without altering the parent disk. You can use the differencing disk to store changes indefinitely, as long as there is enough space on the physical disk where the differencing disk is stored. The differencing disk expands dynamically as data is written to it and can grow as large as the maximum size allocated for the parent disk when the parent disk was created.
http://technet.microsoft.com/en-us/library/cc720381(v=ws.10).aspx http://blogs.technet.com/b/yungchou/archive/2013/01/23/hyper-v-virtual-hard-disk-vhd-operationsexplained.aspx http://blogs.technet.com/b/ranjanajain/archive/2010/03/23/virtual-hard-disk-vhd-architecture-explained.aspx
A differencing VHD is a file representing the current state of the virtual hard disk as a set of modified blocks
in comparison to a parent virtual hard disk.
Differencing VHDs can be associated with either a fixed sized or dynamically expanding VHD.
Differencing VHDs can also be associated with another differencing VHD but they cannot be associated
with a physical disk.
Differencing VHDs are used to prevent changes from being made in their parent VHD to which they are
applied and are used to implement a number of additional features.
In Hyper-V, differencing VHDs are also created automatically whenever snapshots are taken of a virtual
machine.
Note differencing VHDs used for snapshot purpose are named with an AVHD file extension to help users
easily distinguish them from regular differencing VHDs.
Differencing VHDs may also be used to deploy a "golden" or "master" image, because you can
associate multiple differencing VHDs to one parent VHD.
Some disadvantages of differencing VHDs are increased caching needs and the inability to grow or shrink
the VHD size. You can however compact differencing VHDs to reclaim physical space usage.
There are several important limitations for VHDs:
VHDs can be mounted only on NTFS volumes (although you can still save a VHD file on FAT/FAT32 assuming the maximum file size limit is not violated).
For example, if you have a differencing VHD chain, then every VHD along the chain must sit on an NTFS volume to make VHD attaching work.
VHDs cannot be mounted within a compressed folder in Windows Server 2008 R2. This was possible in Hyper-V role in Windows Server 2008, but this capability was explicitly blocked in the Hyper-V role in Windows Server 2008 R2 since the compressed file size limit is relatively small. A
dynamically expandable VHD can easily outgrow that limit and get corrupted.
In addition to the maximum file size of NTFS, dynamic or difference VHDs cannot exceed 2040GB. The reason for the 2040G limit is the length of each Block Allocation Table entry is set to 4 Bytes and the maximum valid value is 0xFFFFFFFE (0xFFFFFFFF means an unused entry). If you multiply that value by 512B sector size and then subtract the overhead of on disk meta-data structures, 2040G will be the maximum size of dynamically or differencing VHDs.
NEW QUESTION: 3
When an external call is placed from Ajax, they would like the ANI that is sent to the PSTN to be the main number, not the extension. For domestic calls, they would like 10 digits sent; for international calls, they would like to send the country code 1 and the 10 digits. How can this be accomplished?
A. Use a calling party transform mask for each route group in the corresponding route list configuration. Set the explicit 10-digit main number for domestic calls and 1 followed by the main number for the international route patterns.
B. In the external call route patterns, set the external phone number mask to the main number.
Use 10 digits in the domestic route pattern and 1 followed by the main number digits in the international route patterns.
C. Add a translation pattern to the dial peers in the gateway that adds the appropriate digits to the outgoing ANI.
D. In the directory number configurations, set the prefix digits field to the country code and the 10 digits of the main number. This will be truncated to the 10-digit number for domestic calls and sent out in its entirety for international calls.
Answer: A
Explanation:
calling party transformation mask value is Valid entries for the NANP include the digits 0 through
9; the wildcard characters X, asterisk (*), and octothorpe (#); and the international escape character +.
NEW QUESTION: 4
Stakeholder stehen bei der Priorisierung von Anforderungen häufig vor folgenden Herausforderungen:
A. Projektzeitbeschränkungen.
B. Unfähigkeit, mit anderen zu arbeiten.
C. unterschiedliche wahrgenommene Werte.
D. Mangel an Wissen.
Answer: C