Refer to the exhibit.

The VM appSAP01dev is a SAP development environment application and it is common to have memory constrained alerts on this VM, but the administrator wants to avoid adding memory to development VMs like this one, since this is normally done for only production VMs.
Which two actions should the administrator take to avoid adding memory to the development VMs? (Choose two.)

• A.Assign the category Environment:Production to the production VMs
• B.Modify the Alert by adding the correct category
• C.Disable the Alert in Prism Central
• D.Assign the category Environment:Development to development VMs

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When creating a blueprint, which Pre-create and Post-delete tasks are valid?

• A.Create, Start, Stop, Delete
• B.Execute, Set variable, HTTP, Delay
• C.Create, Start, Stop, Soft Delete
• D.Execute, Set variable, API, Delay

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An administrator on a routine basis has been manually growing vDisks on multiple classes of VMs that consists of the below:
* Four MS SQL will AAG configuration
* Ten application servers
* Each server is mapped to a category
There is a direct correlation between the database sellers and application severs to when the vDsks need to be grown. The administrator has started to explore ways to automate these manna steps and has decided to implement Nutanix Playbooks.
Requirements:
* Never needs to modify the playbook as the number of servers change.
* Has to be able to specify the playbook to trigger based on when the servers (each 85% or above threshed.
* Needs to be able to receive an email prior to work starting
In which order should the administrator execute these actions when creating a playbook in order to grow the VM vDisk?

Correct Answer:

Explanation:

To automate the task of growing vDisks on multiple classes of VMs using Nutanix Playbooks, the administrator should follow these steps:
* Create a custom Alert Policy:
* Create an alert policy that triggers when the server's disk usage reaches 85% or above. This ensures the playbook is triggered based on the specified threshold.
* Select Alert as the trigger:
* Set the alert created in step 1 as the trigger for the playbook. This ties the alert condition to the execution of the playbook.
* Select Email Action with custom message:
* Add an action to send an email notification. This email should be sent prior to any work being started, to inform relevant stakeholders about the impending vDisk growth operation.
* Add Action to Grow vDisks:
* Add the action to grow the vDisks on the VMs. This step should include the necessary script or task that performs the vDisk growth operation on the specified VMs.
Based on the requirements and steps, the playbook should be structured as follows:
Step 1: Create a custom Alert Policy
* Define the alert policy with the condition that disk usage on the VMs reaches 85% or higher.
Step 2: Select Alert as the trigger
* Use the alert policy created in Step 1 as the trigger for the playbook.
Step 3: Select Email Action with custom message
* Add an email action to notify relevant stakeholders before the vDisk growth task is initiated.
Step 4: Add Action to Grow vDisks
* Include the necessary action to grow the vDisks on the VMs as required.
This structure ensures that the playbook is dynamically responsive to changes in server usage, sends notifications prior to execution, and performs the required vDisk growth operation automatically.

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An administrator has performed a self-Service (formerly Calm) upgrade from version 3.3 to 3.6. After performing the upgrade, the administrator has noticed all the Policy Engine scheduled jobs are failing and this alert is being presented in PC.

What should the administrator do to resolve the alert?

• A.Upgrade Policy Engine using LCM.
• B.Upgrade Engine using YUM Update.
• C.Upgrade Policy Engine using APT update.
• D.Reboot policy Engine VM.

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How often does Self-Service (formerly Calm) automatically clean up the database?

• A.Every 3 weeks
• B.Every 6 weeks
• C.Every 3 months
• D.Every 6 months

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