A、 Delete App-LibTemplete(3) from the SA-Templates folder.
B、 In the SA-template folder, rename App-Libtemplate (2) to App-LibTemplate
C、 Check out AppLibTemplate (3) and delete the template from the SA-Templates folder.
D、 Revert to APP-LibTemplate (2) and delete App-LibTemplate (3).
答案:D
解析:解析: Option D is correct because it allows the administrator to delete only the latest version of the template by reverting to the previous version and then deleting the current version. Option A is incorrect because it deletes the entire template and not just the latest version. Option B is incorrect because it renames the previous version to the current version and does not delete anything. Option C is incorrect because it checks out the latest version and deletes it from the folder, but not from the library.选项D是正确的,因为它允许管理员通过恢复到先前版本然后删除当前版本来仅删除模板的最新版本。选项A不正确,因为它删除了整个模板,而不仅仅是最新版本。选项B不正确,因为它将以前的版本重命名为当前版本,并且不删除任何内容。选项C不正确,因为它会检出最新版本并将其从文件夹中删除,而不是从库中删除。
A、 Delete App-LibTemplete(3) from the SA-Templates folder.
B、 In the SA-template folder, rename App-Libtemplate (2) to App-LibTemplate
C、 Check out AppLibTemplate (3) and delete the template from the SA-Templates folder.
D、 Revert to APP-LibTemplate (2) and delete App-LibTemplate (3).
答案:D
解析:解析: Option D is correct because it allows the administrator to delete only the latest version of the template by reverting to the previous version and then deleting the current version. Option A is incorrect because it deletes the entire template and not just the latest version. Option B is incorrect because it renames the previous version to the current version and does not delete anything. Option C is incorrect because it checks out the latest version and deletes it from the folder, but not from the library.选项D是正确的,因为它允许管理员通过恢复到先前版本然后删除当前版本来仅删除模板的最新版本。选项A不正确,因为它删除了整个模板,而不仅仅是最新版本。选项B不正确,因为它将以前的版本重命名为当前版本,并且不删除任何内容。选项C不正确,因为它会检出最新版本并将其从文件夹中删除,而不是从库中删除。
A. Direct Console User Interface (DCUI)
B. vCenter Management Interface (VAMI)
C. vSphere Client
D. vCenter GUI Installer
解析:解析:You can use the vCenter Server appliance GUI installer to restore a vCenter Server to an ESXi host or a vCenter Server instance. The restore procedure has two stages. The first stage deploys a new vCenter Server appliance. The second stage populates the newly deployed vCenter Server appliance with the data stored in the file-based backup.您可以使用vCenter Server appliance GUI安装程序将vCenter Server恢复到ESXi主机或vCenter Server实例。还原过程有两个阶段。第一阶段部署新的vCenter Server设备。第二阶段用基于文件的备份中存储的数据填充新部署的vCenter Server应用装置。
A. vCenter Identity Provider Federation with Active Directory Federation Services as the identity provider
B. vCenter Single Sign-On with Active Directory over LDAP as the identity source
C. vCenter Single Sign-On with Active Directory (Windows Integrated Authentication) as the identity source
D. vCenter Identity Provider Federation with Active Directory over LDAP as the identity provider
E.
F.
G.
H.
I.
J.
解析:解析: „ In vCenter Server Identity Provider Federation, vCenter Server uses the OpenID Connect (OIDC) protocol to receive an identity token that authenticates the user with vCenter Server.“ Integrated Windows Authentication is deprecated since vSphere 7.0在vCenter Server身份提供商联盟中,vCenter Server使用OpenID连接(OIDC)协议接收身份令牌,该令牌通过vCenter Server对用户进行身份验证。“从vSphere 7.0开始,集成Windows身份验证已被弃用
A. Inflate the base disk to make space for future snapshots.
B. Revert to the latest snapshot.
C. Consolidate all of the snapshots into the base VM.
D. Identify and delete the largest delta .vmdk file.
E.
F.
G.
H.
I.
J.
解析:
A. Import the Trusted Host information to the Trust Authority Cluster
B. Import the Trusted Cluster information to the Trusted Hosts
C. Create the Key Provider on the Trusted Cluster
D. Import the Trusted Host information to the Trusted Cluster
A. Remove PROD01 and create a new VMkernel port and set the TCP/IP stack to vSphere vMotion.
B. Remove PROD01 and create a new VMkernel port with the TCP/IP stack set to provisioning
C. Create a new VMkernel port and set the TCP/IP stack to provisioning.
D. Modify PROD01 by changing the TCP/IP stack to vSphere vMotion.
E.
F.
G.
H.
I.
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解析:解析: Select a TCP/IP stack from the list. Once you set a TCP/IP stack for the VMkernel adapter, you cannot change it later. If you select the vMotion or the Provisioning TCP/IP stack, you will be able to use only these stacks to handle vMotion or Provisioning traffic on the host. All VMkernel adapters for vMotion on the default TCP/IP stack are disabled for future vMotion sessions. If you set the Provisioning TCP/IP stack, VMkernel adapterson the default TCP/IP stack are disabled for operations that include Provisioning traffic, such as virtual machine cold migration, cloning, and snapshot migration.从列表中选择一个TCP/IP堆栈。一旦为VMkernel适配器设置了TCP/IP堆栈,以后就不能再更改了。如果您选择vMotion或配置TCP/IP堆栈,您将只能使用这些堆栈来处理主机上的vMotion或配置流量。默认TCP/IP堆栈上用于vMotion的所有VMkernel适配器对于将来的vMotion会话都是禁用的。如果您设置了配置TCP/IP堆栈,默认TCP/IP堆栈上的VMkernel适配器将对包括配置流量的操作(如虚拟机冷迁移、克隆和快照迁移)禁用。
A. vSphere vMotion
B. PCI passthrough
C. vSphere High Availability (HA)
D. vSphere Fault Tolerance
E. vSphere Distributed Resources Scheduler (DRS)
F. Hot Add of CPU or memory
G.
H.
I.
J.
解析:解析: Option A, C and E are correct because they indicate that vSphere features such as vMotion, High Availability (HA) and Distributed Resource Scheduler (DRS) are still supported for Windows-based virtual machines when enabling vSphere’s virtualization-based security feature, which provides enhanced protection for guest operating systems and applications against various attacks. Option B is incorrect because PCI passthrough is not supported for Windows-based virtual machines when enabling vSphere’s virtualization-based security feature, as this feature requires direct access to physical devices that cannot be shared or protected by hypervisor mechanisms. Option D is incorrect because Fault Tolerance is not supported for Windows-based virtual machines when enabling vSphere’s virtualization-based security feature, as this feature requires identical execution states for primary and secondary virtual machines that cannot be guaranteed by hypervisor mechanisms. Option F is incorrect because Hot Add of CPU or memory is not supported for Windows-based virtual machines when enabling vSphere’s virtualization-based security feature, as this feature requires dynamic changes to virtual hardware configuration that cannot be handled by hypervisor mechanisms.解释选项A、C和E是正确的,因为它们表明,在启用vSphere基于虚拟化的安全功能时,基于Windows的虚拟机仍然支持vMotion、高可用性(HA)和分布式资源调度器(DRS)等vSphere功能,该功能为来宾操作系统和应用程序提供了增强的保护,可抵御各种攻击。选项B不正确,因为在启用vSphere基于虚拟化的安全功能时,基于Windows的虚拟机不支持PCI直通,因为该功能需要直接访问无法由虚拟机管理程序机制共享或保护的物理设备。选项D不正确,因为在启用vSphere基于虚拟化的安全功能时,基于Windows的虚拟机不支持容错,因为该功能要求主虚拟机和辅助虚拟机具有相同的执行状态,而虚拟机管理程序机制无法保证这一点。选项F不正确,因为在启用vSphere基于虚拟化的安全功能时,基于Windows的虚拟机不支持热添加CPU或内存,因为该功能需要对虚拟硬件配置进行动态更改,而虚拟机管理程序机制无法处理这些更改。
A. 1. Use the Remediate option In vSphore Lifecycle Manager to remediate all of the ESXI hosts in the cluster In parallel. 2. Allow vSphere Lifecycle Manager to automatically control maintenance mode on the ESXI hosts.
B. 1. Place each of the ESXI hosts into maintenance mode manually. 2. Use the Stage option In vSphere Lifecycle Manager to stage the required software on all ESXi hosts one at a time.
C. 1. Leave all ESXI hosts In the cluster operational. 2. Use the Stage All option In vSphere Lifecycle Manager to stage the required software onto all ESXI hosts one at a time.
D. 1. Leave all ESXI hosts In the cluster operational 2. Use the Stage All option In vSphere Lifecycle Manager to stage the required software onto all ESXI hosts In the cluster In parallel.
E. 1.Use the Remediate Option In vSphere Lifecycle Manager to remediate all of the ESXI hosts In the cluster In sequence. 2. Allow vSphere Lifecycle Manager to automatically control maintenance mode on the ESXI hoy
F.
G.
H.
I.
J.
解析:解析: Option A and D are correct because they allow vSphere Lifecycle Manager to automatically control maintenance mode on the ESXi hosts and remediate them in parallel or in sequence. Option B and C are incorrect because they require manual intervention to place the hosts into maintenance mode or to stage the software on each host, which is not efficient or minimal downtime.选项A和D是正确的,因为它们允许vSphere Lifecycle Manager自动控制ESXi主机上的维护模式,并并行或按顺序修复它们。选项B和C是不正确的,因为它们需要手动干预来将主机置于维护模式或在每台主机上存放软件,这是低效的或最少的停机时间。
A. VSphere Distributed Services Engine
B. Data Processing Units (DPUs)
C. vSphere Network I/O Control
D. Universal Passthrough version 2
解析:解析: The solution that would help achieve better performance and near-zero CPU utilization from the ESXi hosts for networking functions and processing is Data Processing Units (DPUs), which are specialized processors that offload network services from the CPU and provide hardware acceleration.数据处理单元(dpu)是一种专门的处理器,可以从ESXi主机上获得更好的性能,并使网络功能和处理的CPU利用率接近于零,这种处理器可以从CPU上卸载网络服务,并提供硬件加速。
A. Use the Stage and Install option to resume the staging.
B. Use the Resume option to resume the staging.
C. Use the Unstage option to restart the staging.
D. Use the Stage Only option to restart the staging.
A. Advanced Performance Charts
B. esxcli
C. resxtop
D. Overview Performance Charts
E. Esxtop
F.
G.
H.
I.
J.
解析:解析:Advanced Performance Charts and esxtop are both vSphere reporting tools that can be used to observe near real-time statistics for all VMs. Advanced Performance Charts provides a graphical view of performance data, while esxtop is a command-line tool that provides more detailed information.高级性能图表和esxtop都是vSphere报告工具,可用于观察所有虚拟机的近实时统计数据。高级性能图表提供了性能数据的图形视图,而esxtop是一个命令行工具,可提供更详细的信息。