Pass the VMware VCAP-CMA Deploy 2024 3V0-31.22 Questions and answers with ExamsMirror

To update the Atlas App cloud template to meet the specified requirements, you would perform the following steps in vRealize Automation:

Access the vRealize Automation console and navigate toDesign>Cloud Templates.

Open the existing cloud template named “Atlas App”.

Modify the template to include:

2 Web Server Instances: Define two instances of the web server component.

1 Database Server Instance: Define a single instance of the database server component.

Build Order: Ensure the database server is set to be built before the web servers by adjusting thedependsOnproperty.

2 NSX Networks:

External Network(NAT): Create a network resource with the nameexternaland configure it to use NAT.

Internal Network(Existing): Create a network resource with the nameinternaland link it to the existingnsx-atlas-existingnetwork.

Restrict Networks: Apply constraints to ensure that only networks associated with the Atlas project are used.

In the cloud template, add an NSX load balancer resource with the namelbWeb.

Configure the load balancer to distribute traffic to the web servers on port443using the HTTPS protocol.

Define a security group resource with the namesgWeb.

Assign this security group to the web server instances.

Use constraint tags with the keysgand valueatlaswebto ensure the security group is applied correctly.

Task 1: Edit the Cloud Template for Multi-tier ApplicationTask 2: Add NSX Load BalancerTask 3: Assign Security Group to Web ServersHere is a simplified example of what the YAML configuration might look like:

resources:

dbServer:

type: Cloud.Machine

properties:

webServer1:

type: Cloud.Machine

properties:

dependsOn: dbServer

webServer2:

type: Cloud.Machine

properties:

dependsOn: dbServer

external:

type: Cloud.Network

properties:

networkType: nat

internal:

type: Cloud.Network

properties:

networkType: existing

constraints:

- tag: 'nsx-atlas-existing'

lbWeb:

type: Cloud.LoadBalancer

properties:

port: 443

protocol: HTTPS

sgWeb:

type: Cloud.SecurityGroup

properties:

instances: [webServer1, webServer2]

constraints:

- tag: 'sg:atlasweb'

Make sure to adjust the properties and configurations as needed to fit the specific details of your environment and the Atlas project. After updating the cloud template, validate the changes and ensure that the template meets all the requirements before saving.

To update the existing Neptune VMware Cloud Template with the requirements for the Neptune Project, you would follow these steps:

Install the vRealize Automation SaltStack Config Minion During Deployment:

Open the existing Neptune Ubuntu Cloud Template in the vRealize Automation Cloud Assembly.

Add the SaltStack Config resource to the cloud template by dragging it to the canvas and attaching it to the machine resource1.

In the code pane, add the following properties to the SaltStack Config resource:

Cloud_SaltStack_1:

type: Cloud.SaltStack

properties:

masterId: saltstack_enterprise_installer

hosts:

- '${resource.Cloud_VM_1.id}'

saltEnvironment: sse

stateFiles:

- /neptune/base/init.sls

Dynamically Assign the Minion ID Using the Machine Name:

By default, the machine’s name is passed in as the minion ID in SaltStack Config. Ensure that the machine names are appropriately set to be used as minion IDs.

Use a Secret for the Remote Access Password:

In the Cloud Assembly, go to Infrastructure > Administration > Secrets, and create a new secret with the name salt-password and the value of the remote access password2.

Refer to the secret directly in your Cloud Assembly cloud template by using the prefix secret. and the name of your property:

inputs:

resources:

Cloud_Machine_1:

type: Cloud.Machine

properties:

remoteAccess:

authentication: usernamePassword

username: salt-user

password: '${secret.salt-password}'

By incorporating these changes, the Neptune VMware Cloud Template will install the SaltStack Config minion during deployment, run the base configuration state file, and use a secret to secure the remote access password.

To complete Task 6 for the Saturn Project, follow these steps:

Log in to the vRealize Automation console at https://vr-automation.corp.local  using the provided credentials.

Navigate to Extensibility > Actions.

Click on New Action.

Enter the Action Name as “Saturn-Python-Script”.

Select the Scripting Language as Python and the FaaS Provider as On-Prem.

Use the Import Package option to upload the content of the Python script from “C:\Exam Files\Question 6\Satum Python Script.txt”.

Save the action.

Go to Extensibility > Subscriptions.

Click on New Subscription.

Enter the Subscription Name as “Execute-Python-Script”.

Set the Event Topic to trigger after the compute resource gets provisioned, which is typically the “Compute Provision” event.

Define the Conditions for the subscription:

The Cloud Template is “Saturn Ubuntu 18” only.

The action should trigger only for the current project.

Save the subscription.

Step 1: Create an ABX ActionStep 2: Create a SubscriptionEnsure that the conditions for the subscription match the exact criteria needed for the Saturn Project. The action will now be triggered automatically under the specified conditions after the compute resource is provisioned.