Question # 1
If a DevOps team adopts AWS CloudFormation as their standardized method for
provisioning public cloud resoruces, which of the following scenarios poses a challenge for
this team? |
A. The team is asked to manage a new application stack built on AWS-native services | B. The organization decides to expand into Azure wishes to deploy new infrastructure | C. The team is asked to build a reusable code based that can deploy resources into any
AWS region | D. The DevOps team is tasked with automating a manual, web console-based provisioning. |
B. The organization decides to expand into Azure wishes to deploy new infrastructure
Explanation:
This is the scenario that poses a challenge for this team, if they adopt AWS
CloudFormation as their standardized method for provisioning public cloud resources, as
CloudFormation only supports AWS services and resources, and cannot be used to
provision infrastructure on other cloud platforms such as Azure.
Question # 2
If a module declares a variable with a default, that variable must also be defined within the
module. |
A. True | B. False |
B. False
Explanation:
A module can declare a variable with a default value without requiring the caller to define it.
This allows the module to provide a sensible default behavior that can be customized by
the caller if needed. References = [Module Variables]
Question # 3
Which of these actions will prevent two Terraform runs from changing the same state file at
the same time? |
A. Refresh the state after running Terraform | B. Delete the state before running Terraform | C. Configure state locking for your state backend | D. Run Terraform with parallelism set to 1 |
B. Delete the state before running Terraform
Explanation:
To prevent two Terraform runs from changing the same state file simultaneously, state
locking is used. State locking ensures that when one Terraform operation is running, others
will be blocked from making changes to the same state, thus preventing conflicts and data
corruption. This is achieved by configuring the state backend to support locking, which will
lock the state for all operations that could write to the state.References = This information
is supported by Terraform's official documentation, which explains the importance of state
locking and how it can be configured for different backends to prevent concurrent state modifications .
Question # 4
When using Terraform to deploy resources into Azure, which scenarios are true regarding
state files? (Choose two.) |
A. When you change a Terraform-managed resource via the Azure Cloud Console,
Terraform updates the state file to reflect the change during the next plan or apply | B. Changing resources via the Azure Cloud Console records the change in the current
state file | C. When you change a resource via the Azure Cloud Console, Terraform records the
changes in a new state file | D. Changing resources via the Azure Cloud Console does not update current state file |
A. When you change a Terraform-managed resource via the Azure Cloud Console,
Terraform updates the state file to reflect the change during the next plan or apply
D. Changing resources via the Azure Cloud Console does not update current state file
Explanation:
Terraform state is a representation of the infrastructure that Terraform manages. Terraform
uses state to track the current status of the resources it creates and to plan future changes.
However, Terraform state is not aware of any changes made to the resources outside of
Terraform, such as through the Azure Cloud Console, the Azure CLI, or the Azure API.
Therefore, changing resources via the Azure Cloud Console does not update the current state file, and it may cause inconsistencies or conflicts with Terraform’s desired
configuration. To avoid this, it is recommended to manage resources exclusively through
Terraform or to use the terraform import command to bring existing resources under
Terraform’s control.
When you change a Terraform-managed resource via the Azure Cloud Console, Terraform
does not immediately update the state file to reflect the change. However, the next time
you run terraform plan or terraform apply, Terraform will compare the state file with the
actual state of the resources in Azure and detect any drifts or differences. Terraform will
then update the state file to match the current state of the resources and show you the
proposed changes in the execution plan. Depending on the configuration and the change,
Terraform may try to undo the change, modify the resource further, or recreate the
resource entirely. To avoid unexpected or destructive changes, it is recommended to
review the execution plan carefully before applying it or to use the terraform
refresh command to update the state file without applying any changes.
References = Purpose of Terraform State, Terraform State, Managing State, Importing
Infrastructure, [Command: plan], [Command: apply], [Command: refresh]
Question # 5
You must use different Terraform commands depending on the cloud provider you use. |
A. True | B. False |
B. False
Explanation:
You do not need to use different Terraform commands depending on the cloud provider
you use. Terraform commands are consistent across different providers, as they operate
on the Terraform configuration files and state files, not on the provider APIs directly.
Question # 6
Which of these ate features of Terraform Cloud? Choose two correct answers. |
A. Automated infrastructure deployment visualization | B. Automatic backups | C. A web-based user interface (Ul) | D. Remote state storage |
C. A web-based user interface (Ul)
D. Remote state storage
Explanation:
These are features of Terraform Cloud, which is a hosted service that provides a webbased
UI, remote state storage, remote operations, collaboration features, and more for
managing your Terraform infrastructure.
Question # 7
Which of the following is not a valid siring function in Terraform? |
A. choaf | B. join | C. Split | D. slice |
A. choaf
Explanation:
This is not a valid string function in Terraform. The other options are valid string functions
that can manipulate strings in various ways2.
Question # 8
What is terraform refresh-only intended to detect? |
A. Terraform configuration code changes | B. Corrupt state files | C. State file drift | D. Empty state files |
C. State file drift
Explanation:
The terraform refresh-only command is intended to detect state file drift. This command
synchronizes the state file with the actual infrastructure, updating the state to reflect any
changes that have occurred outside of Terraform.
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Questions People Ask About Terraform-Associate-003 Exam
HashiCorp Terraform-Associate-003 is a certification exam that validates the skills and knowledge required to use Terraform for infrastructure as code (IaC) and manage cloud infrastructure.
Terraform-Associate-003 exam covers several topics, including Infrastructure as Code (IaC) concepts, Terraform basics, Terraform CLI, Terraform configuration, Terraform state, Terraform modules, and Terraform Cloud and Enterprise capabilities.
The Terraform-Associate-003 exam replaces the earlier versions, focusing on the latest Terraform updates and cloud automation practices. Key differences are coverage of new Terraform CLI features, updated best practices and security recommendations, more emphasis on Terraform Cloud & Terraform Enterprise and removal of outdated commands and features.
To prepare, you should study the HashiCorp Terraform documentation, complete Terraform hands-on labs and exercises, practice with Terraform CLI and Terraform Cloud and take our Terraform-Associate-003 practice test.
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