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| Section | Objectives |
|---|---|
| Topic 1: Hybrid infrastructure management | - Monitoring and update management
|
| Topic 2: Networking and high availability | - High availability and disaster recovery
|
| Topic 3: Compute, storage, and virtualization | - Virtual machines and containers
|
| Topic 4: Secure and manage Windows Server environments | - Security and compliance
|
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NEW QUESTION # 172
Your on-premises network contains an Active Directory domain named contoso.com and 500 servers that run Windows Server. All the servers are Azure Arc-enabled and joined to contoso.com. You need to implement PowerShell Desired State Configuration (DSC) on all the servers. The solution must minimize administrative effort. Where should you store the DSC scripts, and what should you use to apply DSC to the servers? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Store in: An Azure Policy definition; Use: Guest configuration in Azure Policy For a large fleet of Azure Arc-enabled, on-premises, domain-joined servers, the lowest-administrative-effort way to deliver and enforce PowerShell DSC configurations at scale is Azure Policy guest configuration (the successor to Azure Automation State Configuration, which Microsoft has scheduled for retirement and recommends migrating away from). With guest configuration, you package the DSC content and reference it directly from a guest configuration (Azure Policy) definition -- the content does not need to be published to, or managed inside, an Azure Automation account at all. Microsoft ' s own migration guidance for machine configuration confirms that DSC content is developed and published to any HTTPS-reachable location and then attached to machines purely through Azure Policy assignments, with no compilation or hosting step inside Automation. Once the guest configuration policy is assigned to the Arc-enabled machines (scoped by subscription, resource group, or individual machine), the Guest Configuration extension on each Arc agent pulls, applies, and continuously audits/remediates the configuration -- all centrally managed through Azure Policy, with no pull server, Automation account, or manual per-server DSC push required. This gives uniform rollout and governance across all 500 servers with minimal ongoing administration. Therefore, the DSC content should be referenced from an Azure Policy (guest configuration) definition, and Guest configuration in Azure Policy is the mechanism used to apply and enforce it across the Arc-enabled fleet.
NEW QUESTION # 173
You have a server named Server1 that runs Windows Server 2022 and is part of a three-node failover cluster.
You need to upgrade Server1 to Windows Server 2025. The solution must minimize downtime for the cluster.
What should you do first?
Answer: A
Explanation:
The documented approach for minimizing cluster downtime while performing an operating system upgrade on a single cluster node is to first pause that node and drain its currently running clustered roles, which causes those roles, including any highly available virtual machines or other clustered workloads, to live-migrate over to the remaining, still-active cluster members before any disruptive action is taken directly against Server1 itself. Only once Server1 has been paused and fully drained of its workloads is it safe to proceed with the actual operating system upgrade to Windows Server 2025 on that node, since the workloads it was hosting are now running elsewhere in the cluster and will not experience downtime while Server1 is being upgraded.
Evicting Server1 from the cluster entirely, or taking the whole three-node cluster offline, are both far more disruptive first steps than necessary and would cause unnecessary downtime well beyond what pausing and draining a single node requires, since eviction removes the node from cluster membership altogether and taking the whole cluster offline would stop every clustered role on every node rather than only the one node being upgraded. Updating the functional level of the cluster is a step performed only after every node in the cluster has already been upgraded to the new operating system version, not before the rolling upgrade process even begins, so pausing Server1 and draining its workloads is the correct first action to take.
NEW QUESTION # 174
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) domain. The domain contains servers that run Windows Server and store BitLocker recovery keys in AD DS. A server named Server1 starts in BitLocker recovery mode. You need to identify the BitLocker recovery key for Server1. Solution: You use ADSI Edit and view the properties of the Server1 computer object. Does this meet the goal?
Answer: A
Explanation:
When BitLocker recovery information is configured to be backed up to AD DS, each protected volume ' s recovery data is stored as one or more msFVE-RecoveryInformation objects, which AD DS creates as child objects underneath the corresponding computer object, here Server1 ' s own computer object; each such child object carries the ms-FVE-RecoveryPassword attribute holding the 48-digit numerical recovery password along with an ms-FVE-RecoveryGuid used to match it to the correct BitLocker key protector. ADSI Edit is a low-level LDAP editor capable of navigating directly to any object in the directory, including drilling down into a computer object ' s child objects, so using ADSI Edit to view Server1 ' s computer object and its msFVE-RecoveryInformation children is one of the two methods Microsoft documents for retrieving an AD DS-stored BitLocker recovery password when the more convenient BitLocker Recovery Password Viewer for Active Directory Users and Computers snap-in is not installed or not preferred; the recovery password read from that child object ' s attribute is entered at the BitLocker recovery screen to unlock Server1. Because this approach correctly reaches the actual location where the recovery password is stored in AD DS and retrieves the exact value needed, it does meet the stated goal of identifying Server1 ' s BitLocker recovery key.
NEW QUESTION # 175
You have an Azure subscription that contains the storage accounts shown in the following table. In the West US Azure region, you create a storage sync service named SyncA. You plan to create a sync group named GroupA. What is the maximum number of cloud endpoints you can use with GroupA?
Storage accounts table
Answer: C
Explanation:
In Azure File Sync, a sync group defines the synchronization topology between exactly one cloud endpoint (an Azure file share) and one or more server endpoints (on-premises or IaaS VM paths). Microsoft ' s documented Azure File Sync limits state explicitly that a sync group can contain, at most, a single cloud endpoint -- there is no supported configuration in which a sync group is associated with two or more Azure file shares simultaneously. This 1:1 relationship between a sync group and its cloud endpoint is a hard architectural limit, not a configurable quota, and it holds true regardless of how many storage accounts exist in the subscription or which Azure region the Storage Sync Service (SyncA) was created in. The number of available storage accounts shown in the exhibit ' s table, and the fact that they might reside in the same or different regions, does not change this per-sync-group limit; each additional cloud endpoint would require creating an entirely separate sync group rather than adding it to GroupA. By contrast, a sync group can contain multiple server endpoints, registering as many on-premises servers/shares as needed to sync against that single cloud endpoint. Therefore, the maximum number of cloud endpoints that can be used with GroupA is 1.
NEW QUESTION # 176
You have an Azure subscription that contains the storage accounts shown in the following table. storage1:
East US, StorageV2, container cont1, file share share1 storage2: East US, BlockBlobStorage, container cont2, no file share storage3: East US, FileStorage, no container, file share share3 storage4: Central US, StorageV2, container cont4, file share share4 In the East US Azure region, you create a storage sync service named SyncA. You need to create a sync group in SyncA. Which storage accounts can you use, and what can you specify as the cloud endpoints? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Storage accounts: storage1 and storage3 only; Cloud endpoints: share1 and share3 only A sync group ' s cloud endpoint in Azure File Sync must be an Azure file share, and the storage account hosting that file share must reside in the same Azure region as the Storage Sync Service (here, East US). This immediately disqualifies storage4, which -- despite being a StorageV2 account with a valid file share (share4)
-- is located in Central US, a different region from SyncA. It also disqualifies storage2: although it is in the correct region, its BlockBlobStorage account kind supports only block blob containers and does not support Azure file shares at all, so it has no file share to use as a cloud endpoint (its container, cont2, is a blob container, not a file share, and containers cannot serve as Azure File Sync cloud endpoints regardless of account kind). storage1 (general-purpose StorageV2, East US, with file share share1) and storage3 (FileStorage kind, East US, with file share share3, a premium-only account kind dedicated to Azure Files) both qualify: they are in the correct region and both already have a valid Azure file share. Therefore, the usable storage accounts are storage1 and storage3, and the cloud endpoints that can be specified are their respective file shares, share1 and share3 -- not the blob containers (cont1, cont2, cont4), which are never valid Azure File Sync cloud endpoints.
NEW QUESTION # 177
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