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| Section | Objectives |
|---|---|
| Networking and high availability | - High availability and disaster recovery
|
| Compute, storage, and virtualization | - Storage and file services
|
| Hybrid infrastructure management | - Monitoring and update management
|
| Secure and manage Windows Server environments | - Security and compliance
|
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NEW QUESTION # 330
You have two servers that run Windows Server as shown in the following table: Server1 (on-premises, domain-joined), Server2 (Azure virtual machine, workgroup). You need to copy the contents of volume E from Server1 to Server2. The solution must meet the following requirements: -- Ensure that files in-use are copied. -- Minimize administrative effort. What should you use?
Server configuration table
Answer: D
Explanation:
Storage Migration Service inventories a source server, then transfers its files, shares, and security settings to a destination, and it is specifically engineered to copy files that are open or in use at the time of the transfer by using a Volume Shadow Copy Service-based capture, all orchestrated through a wizard-driven interface that requires minimal hands-on effort to configure and run. It also works across domain and workgroup boundaries, which fits this scenario exactly, since Server1 is domain-joined on-premises while Server2 is a workgroup-joined Azure virtual machine. Azure File Sync is designed for ongoing cloud tiering and multi-site synchronization of file shares rather than a one-time bulk volume copy, Azure Backup captures point-in-time recovery points for restore scenarios rather than performing a live file transfer between two servers, and Storage Replica performs continuous block-level replication for high availability or disaster recovery rather than a guided one-time migration. None of those three alternatives is designed to guarantee in-use files are captured with this little administrative overhead, making Storage Migration Service the correct choice.
NEW QUESTION # 331
Your network contains an Active Directory Domain Services (AD DS) domain named contoso.com. The domain contains two servers named Server1 and Server2. Server1 contains a disk named Disk2. Disk2 contains a folder named UserData. UserData is shared to the Domain Users group. Disk2 is configured for deduplication. Server1 is protected by using Azure Backup. Server1 fails. You connect Disk2 to Server2. You need to ensure that you can access all the files on Disk2 as quickly as possible. What should you do?
Answer: D
Explanation:
When a volume has Data Deduplication enabled, the files it contains are not stored as ordinary contiguous data; unique data chunks are stored once in a chunk store and files are represented as reparse points that reference those chunks, with a filter driver reconstructing the original file content on the fly whenever it is opened. That reconstruction only works on a server where the Data Deduplication feature (and its filter driver) is installed; without it, the operating system cannot correctly interpret the deduplicated reparse points, and files can appear zero-byte, corrupted, or simply inaccessible even though the underlying chunk data is intact on the disk. Because Disk2 was deduplicated on Server1 and has now been physically connected to Server2, the fastest path to full, correct access to every file on Disk2 is to install the Data Deduplication server role
/feature on Server2, after which Windows recognizes and properly serves the deduplicated volume exactly as it did on Server1 - no data movement or restore is required, since the data itself already arrived with the disk. Creating a storage pool is unrelated to reading an existing, already-provisioned basic or dynamic disk ' s deduplicated content. Restoring files from Azure Backup would work eventually but is far slower than simply reading the disk that is already physically attached and intact. Installing the File Server Resource Manager role manages quotas and file classification and has no bearing on the ability to read deduplicated data.
NEW QUESTION # 332
Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Your network contains an Active Directory Domain Services (AD DS) forest. The forest contains three Active Directory sites named Site1, Site2, and Site3. Each site contains two domain controllers. The sites are connected by using DEFAULTIPSITELINK.
You open a new branch office that contains only client computers. You need to ensure that the client computers in the new office are primarily authenticated by the domain controllers in Site1. Solution: You configure the Try Next Closest Site Group Policy Object (GPO) setting in a GPO that is linked to Site1. Does this meet the goal?
Answer: B
Explanation:
Linking a GPO to Site1 causes that GPO ' s settings to apply to computers that are members of Site1, not to the client computers in the new branch office, which are not part of Site1 at all. GPO scope (whether a GPO is linked to a site, domain, or OU) only controls which already-existing site or directory container ' s computers receive the policy; it cannot make a computer become a member of that site. Site membership continues to be computed solely from the client ' s IP address against the subnet-to-site mappings defined in Active Directory Sites and Services. The Try Next Closest Site setting itself only affects what a client does when no domain controller exists in its own site - it tells the client to prefer the closest site by site-link cost rather than picking an arbitrary reachable site - but it never overrides or replaces the initial site-lookup step. Because the branch office clients are not members of Site1, and this solution does nothing to change that, applying the policy to Site1 has no effect on the branch clients whatsoever. The goal requires making the branch subnet a member of Site1 (or otherwise altering how the branch clients resolve their site), which this solution does not do, so it fails to meet the stated goal.
NEW QUESTION # 333
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains two users named User! and User2.
You use the following tools to manage Active Directory:
* Active Directory Users and Computers
* Active Directory Administrative Center
* Ntdsutil
* Ldp
You perform the actions shown in the following table.
What can you use to undelete each user? To answer, select the appropriate options in the answer area.
Exhibit
Answer:
Explanation:
Explanation:
User1 was deleted at 10:05, which was before the Active Directory Recycle Bin was enabled at 10:10, so User1 ' s deleted object became a conventional tombstoned object with most of its non-critical attributes stripped away rather than a fully preserved Recycle Bin-protected object. A tombstoned object like this can still be reanimated within the tombstone lifetime by connecting to the directory with Ldp.exe, enabling the Return Deleted Objects control, and then clearing the object ' s isDeleted attribute while correcting its distinguishedName back to a valid location, which is a documented low-level reanimation technique that has worked since Windows Server 2003, long before the Recycle Bin feature existed, so Ldp is the only tool listed that can undelete User1. User2 was deleted at 10:15, after the Recycle Bin had already been enabled at 10:10, so User2 ' s object retains essentially all of its original attributes intact in the Deleted Objects container, and it can be restored either through Active Directory Administrative Center ' s built-in, user-friendly Restore action for Recycle Bin objects, or through the same lower-level Ldp.exe reanimation technique used for User1.
Active Directory Users and Computers provides no restore or undelete function for a deleted object in either case, since its role is limited to ordinary account management tasks rather than object recovery, and Ntdsutil ' s authoritative restore feature applies to recovering objects from an offline system state backup rather than to undeleting a currently tombstoned or recycled live object, so neither of those two tools factors into the correct answer for either user.
NEW QUESTION # 334
You have an Azure subscription that contains the virtual networks shown in the following table: VNet1 (Subnet11, Subnet12, West US), VNet2 (Subnet21, West US), VNet3 (Subnet31, Central US). You deploy a virtual machine named VM1 that runs Windows Server. VM1 is connected to Subnet11. You plan to add an additional network interface named NIC1 to VM1. To which subnets can NIC1 be attached?
Virtual network/subnet/region table
Answer: E
Explanation:
All network interfaces attached to a single Azure VM must belong to the same virtual network as each other -- Azure does not permit a multi-NIC VM to have its NICs spread across different virtual networks, even if those networks are peered or located in the same region. NICs on the same VM can, however, be placed in different subnets within that one shared virtual network. Since VM1 ' s existing NIC is connected to Subnet11, which is part of VNet1, any additional NIC (NIC1) added to VM1 must also be created within VNet1 -- meaning it can be placed in either Subnet11 or Subnet12, both of which belong to VNet1. VNet2 ' s Subnet21, despite being in the same West US region as VNet1, is a separate virtual network and therefore not a valid target for a second NIC on VM1 (VNet peering enables routed connectivity between VNets, but it does not let a VM ' s NIC be provisioned inside a peered VNet ' s subnet). VNet3 ' s Subnet31 is both a different virtual network and a different region (Central US), making it even less eligible. Therefore, NIC1 can only be attached to Subnet11 or Subnet12, both within VM1 ' s existing virtual network, VNet1.
NEW QUESTION # 335
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