一番優秀Nutanix NCP-MCA｜高品質なNCP-MCA受験料試験｜試験の準備方法Nutanix Certified Professional - Multicloud Automation (NCP-MCA 6.10)基礎問題集Pass4Testは受験生の皆様により良くて、より便利なサービスを提供するために、一生懸命に頑張ります。長年の努力を通じて、Pass4TestのNutanixのNCP-MCA認定試験の合格率が１００パーセントになっていました。あなたはPass4TestのNutanixのNCP-MCA問題集を購入した後、私たちは一年間で無料更新サービスを提供することができます。さあ、Pass4TestのNutanixのNCP-MCA問題集を買いに行きましょう。
NCP-MCA 資格認定のメリットは多岐にわたります。まず、Nutanix プラットフォームを使用したマルチクラウド自動化に関する候補者のスキルと知識を検証し、IT業界の雇用者から高く評価されます。次に、専門的な成長やクラウドコンピューティングの最新動向や技術について常に学び続ける候補者のコミットメントを示します。最後に、認定された専門家のコミュニティにアクセスすることができ、知識を共有し、プロジェクトで協力することができます。 Nutanix Certified Professional - Multicloud Automation (NCP-MCA 6.10) 認定 NCP-MCA 試験問題 (Q49-Q54):質問 # 49
Which method will result in unique names per VM when scaling out a Service in a Calm Blueprint?
A. Guest OS customization using sysprep contains <ComputerName>@@{name}@@</ComputerName>.
B. Service VM Name field contains the macro variable @@{calm_array_index}@@.
C. Set the VM Name field to allow user edits at launch so the user can enter a custom value at launch.
D. Call an external Python eScript that uses an IPAM API to register the VM name in DNS.
正解：B
解説：
The correct method to result in unique names per VM when scaling out a Service in a Calm Blueprint is to use the macro variable @@{calm_array_index}@@ in the Service VM Name field (Option B). This variable will append a unique index number to each VM name based on the scale-out count. For example, if the Service VM Name is MyAppVM-@@{calm_array_index}@@ and the scale-out count is 3, the resulting VM names will be MyAppVM-0, MyAppVM-1, and MyAppVM-2. Option A is incorrect because the <ComputerName> tag in the sysprep file will only affect the hostname of the guest OS, not the VM name in the cloud provider.
Option C is incorrect because calling an external Python eScript to register the VM name in DNS will not change the VM name in the cloudprovider either. Option D is incorrect because setting the VM Name field to allow user edits at launch will require manual input from the user for each VM, which is not scalable or automated.
References: The information can be verified from Nutanix official training and certification documents available at Nutanix Training & Certification. You can also check out the Nutanix Certified Professional - Multicloud Automation (NCP-MCA) 6.5 Exam guide for more details on the exam objectives and format.
Additionally, you can watch the Nutanix Calm - Multicloud Automation playlist on YouTube for some video tutorials on Nutanix Calm features and functionalities.
質問 # 50
Refer to the exhibit.
Saving the Calm Blueprint gives the validation error for VMware Blueprints shown in the exhibit.
What could be the cause of the error?
A. Number of Template NICs components should be equal to the number of Network Settings configured.
B. Number of Template VMXNET3 components should be equal to the number of Virtual e1000 adapters configured.
C. Number of Template devices components should be equal to the number of Devices configured.
D. Number of Template vCPU components should be equal to the number of pCPU configured.
正解：A
質問 # 51
A company has started a new project team and has asked an administrator to build the first blueprint for a new public cloud environment that was defined last week. This will be the first deployment to AWS.
The administrator has been given the following information:
VM Name: web01-@@{unique}@@
IP Address: Provider-assigned
OS version: Windows Server 2016
Deployment location: AWS
Region: us-west-1
Project: Default
What should the administrator do first when building the first blueprint?
A. Create a new provider
B. Create a new service
C. Create a new blueprint
D. Create a new project
正解：A
解説：
A provider is a configuration that allows Nutanix Calm to interact with a public cloud platform, such as AWS, Azure, or GCP. A provider contains the credentials, settings, and policies required to deploy and manage VMs on the public cloud. Before creating a blueprint for a new public cloud environment, the administrator should create a new provider for AWS and specify the region, access key, secret key, and other parameters. This will enable the administrator to select the AWS provider as the deployment location for the blueprint and configure the VM attributes accordingly. References: Nutanix Multicloud Automation Administration (NMCAA), page
15; Nutanix Certified Professional - Multicloud Automation (NCP-MCA), section 2.
質問 # 52
After deploying a blueprint in Self-Service, an administrator notices that the invoked Playbook did not execute as expected. The blueprint deploys the VMs correctly, but no categories are applied and no notifications are sent.
What is the most likely cause of this issue?
A. The Playbook was not published to the Marketplace.
B. The Playbook was not properly called by the blueprint's Create task.
C. The blueprint was not assigned to a Self-Service Project.
D. The VMs were deployed in Prism Element instead of in Prism Central.
正解：B
解説：
When a Blueprint is designed to trigger external automation (like a Playbook via Webhook or API) or perform post-deployment actions (like applying categories via script), these actions must be explicitly defined asTaskswithin the Blueprint's lifecycle.
* The Symptom:The VM provisioning (Substrate) succeeded, but the subsequent logic (Categories
/Notifications) failed to happen.
* The Cause:In Self-Service, simply creating a Blueprint does not automatically link it to an Intelligent Operations Playbook. The developer must add a specific task (e.g., an HTTP Request task targeting the Playbook trigger, or a specific "Execute Playbook" action) to theService Profile(specifically the Post- Create or Create phase).
* If this task is missing, disabled, or misconfigured (e.g., wrong URL or payload), the VM will deploy, but the call to the Playbook will never occur, resulting in missing categories and notifications.
* Option A is incorrect because deployment would not start at all without a Project. Option D is incorrect because Playbooks are not published to the Marketplace (Blueprints are).
質問 # 53
There is a category called Protection and it has five values:
* snap_1_hr
* snap_6_hr
* snap_24_hr
* sync_remote_repl
* async_1hr_repl
An administrator would like to be sure that within the Engineering Project all development VMs have daily snapshots and all production VMs have asynchronous remote replication (every 1 hour).
How can this task be accomplished?
A. Create a Playbook to assign the category Protection: snap_1_hr to production VMs and Protection:
snap_24_hr to development VMs, the trigger should be Created VM.
B. Create a Playbook to assign the category Protection: async_1hr_repl to production VMs and Protection:
snap_24_hr to development VMs, the trigger should be Created VM.
C. Create an environment for development and another one for production in the project, then assign the category Protection: async_1hr_repl for production and Protection: snap_24_hr for development.
D. Create an environment for development and another one for production in the project, and assign the category Protection: sync_remote_repl for production and Protection: snap_1_hr for development.
正解：C
解説：
To enforce different configurations for different types of workloads within the same Project, Nutanix Self- Service usesEnvironments.
* Environments:These are logical configurations within a Project that map to specific infrastructure settings. An administrator can define multiple environments (e.g., "Development" and "Production") within the "Engineering" project.
* Category Assignment:Within each Environment configuration, the administrator can define specific VM Categoriesthat will be automatically applied to any VM provisioned into that environment.
* Mapping:
* Production Environment:Assign the category Protection: async_1hr_repl (Matches requirement: Asynchronous remote replication every 1 hour).
* Development Environment:Assign the category Protection: snap_24_hr (Matches requirement:
Daily snapshots).
* Execution:When a user launches a blueprint, they select the target Environment (Dev or Prod). The system automatically tags the VMs with the categories defined in that environment, which in turn engages the Protection Policies associated with those tags.
Option B uses the wrong category values (sync_remote_repl instead of async). Options C and D suggest using Playbooks, but the native and most efficient method for applying deployment-time governance in Self-Service is via theProject Environmentsettings.
