Free Administering Windows Server Practice Questions

Azure Monitor Agent collects Windows event log data based on a Data Collection Rule, which is the modern replacement for the legacy Log Analytics custom log and VM insights configuration methods and is required to route Application-log events into a Log Analytics workspace. Within the DCR ' s Windows event log data source, you scope exactly which events are collected — down to a single event ID such as 1035 — by supplying an XPath query, which lets you filter at the source instead of ingesting the entire Application log; this directly minimizes the total volume of event data stored in Azure while still making event 1035 available for analysis. A KQL or WQL query would only be usable after the full log had already been ingested, which would not reduce the stored volume, so filtering must happen at the DCR ' s XPath stage rather than after the fact. An XPath expression such as Application!*[System[(EventID=1035)]] applied to all 100 VMs ' DCR association ensures only matching events are shipped, keeping ingestion (and its associated cost) proportional to how often event 1035 actually occurs.

When a Storage Spaces Direct pool contains three distinct drive tiers, in this case SSD, NVMe, and HDD as shown in the exhibit, Storage Spaces Direct automatically designates only the single fastest media type present, NVMe, as the cache devices for the pool, leaving both the SSD and HDD drives entirely to provide usable pool capacity rather than splitting cache duty across more than one tier. The default cache behavior that Storage Spaces Direct applies then differs depending on which capacity tier is being cached: cached HDD capacity drives receive full read-and-write caching, because HDDs benefit the most from having both random read and random write operations absorbed and accelerated by the much faster flash-based cache tier sitting in front of them. Cached SSD capacity drives, on the other hand, receive write-only caching, since SSD read latency is already low enough on its own that adding read caching in front of it would provide little additional performance benefit while still consuming cache capacity and adding unnecessary wear to the cache devices. Combining these two distinct behaviors together, the documented default outcome for this specific three-tier deployment is NVMe-only caching devices with a combined cache behavior of read/write for the HDD capacity tier and write-only for the SSD capacity tier.

Disk1: NTFS only. Disk2: NTFS only.

Disk-level (NTFS) quotas are an NTFS-specific feature with no ReFS or exFAT equivalent, so a volume that must support disk quotas has to be formatted NTFS -- there is no alternative file system choice for Disk1. Data Deduplication has historically been an NTFS-only feature, and while Microsoft did extend Data Deduplication support to ReFS starting with Windows Server 2019, that ReFS Dedup capability is specifically documented and supported in the context of Storage Spaces Direct clustered volumes (mirror or parity resiliency) -- it is not a general capability available on an arbitrary standalone server ' s locally attached disk the way it is described here (a plain server with two newly added hard drives, no clustering or Storage Spaces Direct mentioned). For a standalone server like Server1 formatting a local data disk for Data Deduplication, NTFS remains the applicable and supported choice; ReFS Dedup would only become relevant if these disks were part of a Storage Spaces Direct deployment. exFAT supports neither quotas nor Data Deduplication, and plain ReFS without the Storage Spaces Direct context does not support Data Deduplication either. Therefore, both Disk1 and Disk2 should be formatted NTFS to meet their respective requirements in this standalone-server scenario.

Delimiting the allocation of volumes in Storage Spaces Direct is a manual configuration option that lets an administrator restrict which specific subset of servers in a larger cluster backs a given volume, so that the volume ' s copies are deliberately confined to fewer than the full set of cluster members, which allows the volume to survive more concurrent failures within that subset than an evenly distributed allocation across the whole cluster would otherwise guarantee. Microsoft ' s documented guidance is that this delimited allocation option should only be considered on clusters that have six or more servers, since smaller clusters do not have enough spare capacity and fault-domain flexibility for delimiting to provide a meaningful benefit over normal allocation. The same documentation states that delimited allocation is applicable specifically to volumes using three-way mirror resiliency, and it explicitly should not be used with parity resiliency or with mirror-accelerated parity resiliency, because delimited allocation is not supported for either of those two resiliency types. Combining both documented constraints together, a minimum of six servers and three-way mirror resiliency only are the two correct answers for a Storage Spaces Direct cluster that must support delimiting the allocation of volumes.

Rule Type: Isolation. Requirements: Require authentication for inbound and outbound connections. Authentication Method: Computer (Kerberos V5).

Restricting a set of servers so that they only accept inbound connections from, and only initiate outbound connections to, other domain-joined computers describes the classic domain or server isolation scenario in Windows Defender Firewall with Advanced Security, so the rule type must be Isolation rather than Tunnel, which is used to secure gateway-to-gateway traffic, or Authentication exemption, which excludes specific hosts from having to authenticate at all. Because both stated requirements use the word only, with no allowance for a fallback to unauthenticated traffic in either direction, the Requirements setting must be set to Require authentication for inbound and outbound connections rather than the softer default of requiring authentication only for inbound connections while merely requesting it for outbound connections. Since every server in OU1 and every legitimate client that needs to reach them is already joined to the contoso.com domain, Computer (Kerberos V5) is the appropriate authentication method, because it uses the existing Active Directory infrastructure for authentication and avoids the certificate enrollment and public key infrastructure overhead that would only be necessary if non-domain-joined devices needed to be included in the trust boundary.