Administering Windows Serverが提供するAZ-802準備トレントは、時間と労力を節約します。確認と準備に必要な時間は比較的わずかです。結局のところ、オフィスワーカーでも学生でも、AZ-802試験の準備をする多くの人々は忙しいです。しかし、当社が提供するAZ-802テスト準備は精巧にコンパイルされており、高品質のAZ-802学習教材を学習して提供するための時間とエネルギーが少なくて済み、AZ-802試験に集中できます。これにより、最も多くの情報を習得でき、時間とエネルギーを最小限に抑えることができます。
| Section | Objectives |
|---|---|
| Manage hybrid compute and virtualization | - Containers
|
| Secure Windows Server hybrid infrastructures | - Security configuration
|
| Networking and storage infrastructure | - Storage management
|
| Implement and manage high availability | - Failover clustering
|
| Monitoring and troubleshooting | - Diagnostics
|
| Disaster recovery and migration | - Backup and restore
|
AZ-802認定はこの分野で大きな効果があり、将来的にもあなたのキャリアに影響を与える可能性があります。 AZ-802実際の質問ファイルはプロフェッショナルで高い合格率であるため、ユーザーは最初の試行で試験に合格できます。高品質と合格率により、私たちは有名になり、より速く成長しています。多くの受験者は、AZ-802学習ガイド資料が資格試験に最適なアシスタントであり、学習するために他のトレーニングコースや書籍を購入する必要がなく、試験の前にAZ-802 Microsoft Certified: Windows Server Hybrid Administrator Associate試験ブレーンダンプを実践する、彼らは簡単に短時間で試験に合格することができます。
質問 # 464
You have an Azure subscription. The subscription contains two virtual machines named VM1 and VM2 that run Windows Server. You need to use Azure Network Watcher to meet the following requirements;
* Identify security rules that prevent network traffic from reaching VM1.
* Identify the source region of packets sent to VM2.
What should you use for each requirement? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
正解：
解説：
Explanation:
Identify security rules that prevent network traffic from reaching VM1: IP flow verify. Identify the source region of packets sent to VM2: Traffic Analytics.
IP flow verify, a diagnostic capability within Azure Network Watcher, tests a specific traffic flow described by its source, destination, port, and protocol against the effective network security group rules applied to a virtual machine ' s network interface, and it reports back exactly which security rule allows or denies that packet. This makes it the correct tool for pinpointing why network traffic is being prevented from reaching VM1, since it identifies the specific rule responsible for the block rather than just confirming that a block exists. Traffic Analytics, a Network Watcher capability built on top of NSG flow logs, aggregates and visualizes network traffic patterns over time, including geographic and topology information about where traffic is coming from, which makes it the appropriate tool for identifying the source region of packets sent to VM2. Neither capability can substitute for the other: IP flow verify does not report traffic geography, and Traffic Analytics does not perform a rule-by-rule evaluation of a specific flow, so each requirement maps to exactly one of these two Network Watcher tools.
質問 # 465
You have an Active Directory Domain Services (AD DS) domain that contains the domain controllers shown in the following table: DC1 (Schema master), DC2 (Infrastructure master), DC3 (Domain naming master), DC4 (PDC emulator, RID master). The domain contains an app named App1 that uses a custom application partition to store configuration data. You decommission App1. When you attempt to remove the custom application partition, the process fails. Which domain controller is unavailable?
Domain controller FSMO role table
正解：B
解説：
Adding or removing an application directory partition in AD DS -- including custom partitions such as the one App1 used to store its configuration data -- is an operation that must be performed against, and requires the availability of, the domain controller holding the Domain Naming Master FSMO role for the forest. This is the single operations master responsible for maintaining the list of domains and application partitions in the forest and for coordinating additions or removals of directory partitions; if that role holder is offline or unreachable, attempts to add or remove an application partition will fail, even though normal object read/write operations against other partitions (users, groups, and so on) may continue to function against any available domain controller. According to the exhibit ' s role assignments, DC3 holds the Domain Naming Master role.
The Schema master (DC1) governs schema extensions, the Infrastructure master (DC2) governs cross-domain object reference updates, and the PDC emulator/RID master (DC4) govern time synchronization, password
/authentication emulation, and relative ID pool allocation respectively -- none of these roles are involved in application partition add/remove operations. Because the removal of the custom application partition specifically failed, the unavailable domain controller must be the Domain Naming Master role holder, DC3.
質問 # 466
You have on-premises servers that run Windows Server as shown in the following table.
You have an Azure file share named share1 that stores two files named File2.docx and File3.docx.
You create an Azure File Sync sync group that includes the following endpoints:
share
D:\Folder1 on Server1
D:\Datal on Server2
For each of the following statements, select Yes if the statement is true. Otherwise, select No.
NOTE: Each correct selection is worth one point.
正解：
解説：
Explanation:
Once a server endpoint is added to a sync group, Azure File Sync establishes the full namespace of the cloud endpoint on that server endpoint (as full files or as tiered placeholders, depending on the cloud tiering policy), and ordinary file operations such as creating or saving a file continue to work exactly like any local file operation - the sync engine reconciles the result afterward rather than blocking the write. Saving a file named File2.docx in D:\Folder1 on Server1 is therefore a normal, permitted operation even though a file of that name already exists in the cloud endpoint ' s namespace; the local write simply becomes the current version of that file, and Azure File Sync will sync the change (potentially generating a conflict copy only if the same file were edited concurrently from another endpoint at the same time). Creating File1.docx in D:
\Data1 on Server2 is likewise a completely ordinary create operation on a name that does not already exist anywhere in this sync group ' s namespace, and nothing in Azure File Sync restricts creating new files locally in a synced folder. Finally, because Server1 ' s D:\Folder1 is a server endpoint of the same sync group as the share1 cloud endpoint, every file present in share1 - including File3.docx - is projected into Server1 ' s namespace as part of normal sync group membership, whether as a fully cached file or, if it falls outside the cloud tiering policy ' s recency window, as a placeholder; either way, it will sync to and appear on Server1.
質問 # 467
You have an Azure subscription.
The subscription contains a virtual machine named Server1 that runs Windows Server 2019 Standard and has the following configuration:
Size: Standard_D2_v3
vCPUs: 2
RAM: 8 GB
Temporary storage: 50 GB
Maximum data disks: 4
You need to resize Server1 to use a virtual machine that has the following configuration:
Size: Standard_D4_v5
vCPUs: 4
RAM: 16 GB
Temporary storage: None
Maximum data disks: 16
What should you do first?
正解：C
解説：
Azure virtual machine sizes differ in their support for local temporary storage. The Standard_D2_v3 size provides a temporary resource disk, whereas Standard_D4_v5 does not include a local temporary disk.
Windows Azure virtual machines traditionally place Pagefile.sys on the temporary drive. Before migrating from a VM size that includes temporary storage to one without it, the paging file must be relocated to persistent storage.
Moving Pagefile.sys to the operating system disk, typically drive C, removes this dependency. Microsoft documents this as an initial step in a migration procedure that subsequently requires creating a snapshot and deploying a compatible diskless VM.
Reformatting disks, changing partition styles, or upgrading the operating system does not resolve the paging- file dependency.
Therefore, option D is correct.
質問 # 468
Your network contains an on-premises Active Directory Domain Services (AD DS) domain.
The domain contains the servers shown in the following table.
Server1 has the connection security rule as shown in the Server1 exhibit. (Click the Server1 tab.) Server2 has the connection security rule as shown in the Server2 exhibit. (Click the Server2 tab.) Server1 has the inbound firewall rules as shown in the Server1 inbound rules exhibit. (Click the Server1 inbound rules tab.) For each of the following statements, select Yes if the statement is true. Otherwise, select No.
Exhibit
Exhibit
Exhibit
Exhibit
Exhibit
正解：
解説：
Explanation:
Server2 can ping Server1 successfully: Yes. Server2 can connect to a file share on Server1: Yes. Server3 can connect to a file share on Server1: No.
Server1 ' s connection security rule, Rule1, requires authentication for both inbound and outbound connections on the Domain profile using the Computer (Kerberos V5) method, and Server1 ' s inbound firewall rules for File and Printer Sharing, including the ICMPv4 and ICMPv6 Echo Request rules and the SMB-In rule, are all enabled and set to Allow. Server2 has an identical connection security rule configured, also using Computer (Kerberos V5) authentication on the Domain profile, so Server1 and Server2 can successfully negotiate the mandatory IPsec security association that Rule1 requires; because the underlying firewall rules for ICMP and SMB traffic already allow the traffic through, Server2 can both successfully ping Server1 and connect to a file share on Server1 once that IPsec authentication succeeds. Server3, however, has no connection security rule configured in this scenario that matches Server1 ' s requirement, so it cannot complete the mandatory IPsec authentication that Rule1 demands for all inbound and outbound traffic on Server1; even though the SMB-In firewall rule would otherwise permit the traffic, the connection security requirement blocks Server3 from establishing the necessary secured session, so Server3 cannot connect to a file share on Server1.
質問 # 469
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AZ-802資格認定: https://www.it-passports.com/AZ-802.html