VMware 2V0-31.24 VMware Aria Automation 8.10 Professional V2 Exam Practice Test

Answer : A

In VMware Aria Automation SaaS, Pricing Cards are used to define and manage the cost estimation for deployments across various cloud services. One specific use case that can be implemented using Pricing Cards is providing a monthly price overview for AWS EC2 deployments. This overview helps organizations understand and manage their cloud costs by providing detailed information on the expenses associated with their AWS EC2 instances on a monthly basis. This functionality is crucial for budgeting, cost optimization, and financial planning within cloud environments.

Reference

VMware Aria Automation Pricing Cards Documentation

Answer : D

When synchronizing a new VMware Aria Automation template from a GitHub repository to a project in VMware Aria Automation, it's essential that the template includes specific metadata within its YAML code. The necessary metadata includes:

Name: This identifies the template uniquely within the system.

Without this metadata, the system cannot correctly identify and import the template, which results in the synchronization process failing to recognize the new template. By ensuring the YAML code of the template includes both the name and version, the administrator can successfully synchronize the template into the App-Dev project.

Reference

VMware Aria Automation Template Synchronization Documentation

Answer : C, E

For a VMware Aria Automation standard deployment, there are specific network prerequisites that must be met to ensure proper functionality and connectivity. Two critical components are:

DNS Server (C): DNS servers are essential for resolving the hostnames of the different components involved in the VMware Aria Automation environment. This resolution is crucial for communication between services and ensuring that the various components can locate each other correctly.

IPv4 Addresses (E): IPv4 addresses are required for assigning unique network addresses to the different devices and services within the infrastructure. This addressing is necessary for network communication and ensuring that each component can be reached over the network.

These elements are foundational for setting up the network environment that VMware Aria Automation relies on, ensuring that all services can communicate effectively and that the deployment is properly configured.

Reference

VMware Aria Automation Documentation

Answer : A, E

To create an on-demand network that can be connected externally in a VMware Aria Automation template, the administrator should consider using the following network types:

Public: This network type allows the creation of networks that have direct access to the internet, making them suitable for externally accessible applications.

Routed: This network type provides the ability to create networks that can route traffic between different subnets and external networks, enabling external connectivity.

Both network types facilitate external access, making them ideal for the App-Dev team's requirements.

Reference

VMware Aria Automation Network Profiles

VMware Aria Automation Network Configuration

Answer : A, B, F

Within a VMware Aria Automation solution, the VMware Aria Automation Orchestrator Service is composed of several containers. The key containers that make up the Orchestrator service are:

vro-server-app: This container handles the core Orchestrator server functions.

vco-polyglot-runner: This container is responsible for running the workflows and scripts that are defined in multiple programming languages.

vco-controlcenter-app: This container manages the Orchestrator Control Center, which is used for administrative and configuration tasks.

These containers work together to ensure that the Orchestrator service operates smoothly and efficiently.

Reference

VMware Aria Automation Orchestrator Service

Answer : A, B, E, F

Within VMware Aria Automation Pipelines, Stages and Tasks are fundamental components that define the workflow. Here's how they function:

A Task can run either in parallel or sequentially to other Tasks within the same Stage (A): This flexibility allows for efficient resource usage and optimization of deployment processes.

A Stage can run either in parallel or sequentially to other Stages within the same Pipeline (B): This enables complex workflows to be broken down into manageable segments, which can be executed based on dependencies or simultaneously if there are no interdependencies.

A Stage can have more than one Task (E): Each Stage can encapsulate multiple Tasks, allowing for intricate workflows within a single Stage.

A Pipeline can have more than one Stage (F): A pipeline is typically composed of multiple stages, each representing a different phase of the deployment process, such as development, testing, and production.

These configurations provide significant flexibility and control over the deployment processes within VMware Aria Automation Pipelines, facilitating sophisticated CI/CD workflows.

Reference

Using VMware Aria Automation Pipelines

VMware Aria Automation Pipelines User Guide

Answer : D

VMware Technical Support routinely requests diagnostic information when you submit a support request. This diagnostic information contains product-specific logs and configuration files from the host on which the product runs.

Automation Orchestrator Appliancelogs are stored in the/data/vco/usr/lib/vco/app-server/logs/directory. You export the logs of yourAutomation Orchestrator Appliancedeployment by logging in to the appliance command line and running thevracli log-bundlecommand. The generated log bundle is saved on the root folder of yourAutomation Orchestrator Appliance.

https://docs.vmware.com/en/VMware-Aria-Automation/8.17/Installing-Configuring-Automation-Orchestrator/GUID-0BA1B08B-7A94-45AD-ADFF-3440529E5F59.html#:~:text=Automation%20Orchestrator%20Appliance%20logs%20are,%2Dserver%2Flogs%2F%20directory.