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Which of the following is not a way to trigger terraform destroy?
A. Using the destroy command with auto-approve. B. Passing --destroy at the end of a plan request. C. Running terraform destroy from the correct directory and then typing yes when prompted in the CLI.
Answer: B
Explanation:
Destroy Command Options: The terraform destroy command is the correct method to destroy
resources, and it requires either manual approval or the -auto-approve flag.
Unsupported Triggering Method: The --destroy flag is not a recognized option for plan or apply
commands, making B the correct answer as it is not a valid way to initiate resource destruction.
For more on destroying resources, refer to the terraform destroy command documentation in the
Terraform CLI reference.
Question # 2
Which of these are features of HCP Terraform/Terraform Cloud? Pick the 2 correct responses below.
A. Automated infrastructure deployment visualization. B. A web-based user interface (UI). C. Automatic backups of configuration and state.. D. Remote state storage.
Answer: A, D
Explanation:
Automated Visualization: HCP Terraform provides visualization tools that map infrastructure
Remote State Storage: Terraform Cloud offers remote state management, essential for teams
working collaboratively on shared infrastructure, ensuring consistency and avoiding state conflicts.
For more information, consult Terraform Cloud and HCP Terraform features in the official documentation
Question # 3
Which command(s) adds existing resources in a public cloud into Terraform state?
A. terraform init B. terraform plan C. terraform refresh D. terraform import E. All of these
Answer: D
Explanation:
Importing Existing Resources: The terraform import command brings resources already deployed in a
cloud environment into Terraforms state file, allowing Terraform to manage them.
Workflow Usage: Importing is vital when managing resources created outside of Terraform or those
in place before Terraform adoption.
Refer to Terraforms import command documentation
Question # 4
In a HCP Terraform/Terraform Cloud workspace linked to a version control repository, speculativeplan runs start automatically when you merge or commit changes to version control.
A. True B. False
Answer: A
Explanation:
Speculative Plans: Terraform Clouds speculative plan feature runs automatically when changes are
detected in a linked VCS repository, enabling users to review potential infrastructure changes
without committing them.
Automatic Integration: This feature automates the planning process by triggering when changes are
committed, aiding teams in previewing infrastructure changes seamlessly.
For further understanding, see the Terraform Cloud VCS Integration documentation.
Question # 5
What is the Terraform style convention for indenting a nesting level compared to the one above it?
A. With two spaces. B. With four spaces. C. With three spaces. D. With a tab.
Answer: A
Explanation:
Terraforms Indentation Standards: Terraforms style convention uses two spaces per nesting level for
readability, helping to maintain uniform code across teams.
Configuration Files: Consistent indentation is crucial for Terraforms HCL syntax, as it improves
readability and avoids parsing issues.
More details are available in the Terraform configuration style guide.
Question # 6
A module block is shown in the Exhibit space of this page. When you use a module block to referencea module from the Terraform Registry such as the one in the example, how do you specify version1.0.0 of the module?
A. Append ?ref=v1.0.0 argument to the source path. B. You cannot. Modules stored on the public Terraform Registry do not support versioning. C. Add a version = "1.0.0" attribute to the module block. D. Nothing. Modules stored on the public Terraform module Registry always default to version 1.0.0.
Answer: C
Explanation:
Module Versioning: To specify a version in a module block for modules in the Terraform Registry, you
add the version attribute, e.g., version = "1.0.0".
Terraform Registry Support: The public registry supports versioning by enabling semantic constraints,
allowing users to define specific versions compatible with their infrastructure requirements.
Refer to the module versioning documentation in Terraforms official registry guide.
Question # 7
When do you need to explicitly execute Terraform in refresh-only mode?
A. Before every terraform plan.. B. Before every terraform apply. C. Before every terraform import. D. None of the above.
Answer: C
Explanation:
Purpose of Refresh-Only Mode: Running Terraform in refresh-only mode updates Terraform's state
file with the current state of resources in your infrastructure without making changes to the
resources themselves.
Context of Terraform Import: When using terraform import, youre adding existing resources to the
state file, and running Terraform in refresh-only mode before this operation can ensure that any
initial configuration syncs precisely with the actual state.
For more on refresh-only mode in relation to terraform import, refer to Terraform's import
documentation
Question # 8
Which method for sharing Terraform modules fulfills the following criteria:Keeps the module configurations confidential within your organization.Supports Terraform's semantic version constraints.Provides a browsable directory of your modules.
A. A Git repository containing your modules. B. Public Terraform module registry. C. A subfolder within your workspace. D. HCP Terraform/Terraform Cloud private registry.
Answer: D
Explanation:
Confidentiality: Using HCP Terraform/Terraform Clouds private registry keeps the module
configurations within your organization, ensuring privacy and access control.
Version Constraints: The private registry supports semantic versioning, allowing you to manage
versions of your modules as Terraform does natively.
Browsable Directory: The private registry offers a user interface to browse modules, making it easy
for users within the organization to locate and manage modules.
This setup aligns with HashiCorps design for private registry support in Terraform, meeting all listed
requirements for secure, version-controlled, and searchable module storage.
Question # 9
What is the provider for the resource shown in the Exhibit?resource "aws_vpc" "main" {name = "test"}
A. VPC B. test C. main D. aws
Answer: D
Explanation:
The provider for the aws_vpc resource is aws, as the resource type begins with aws_, which denotes
that it is managed by the AWS provider.
References:
Terraform Providers
Question # 10
Your root module contains a variable named num_servers. Which is the correct way to pass its valueto a child module with an input named servers?
A. servers = num_servers B. servers = var(num_servers) C. servers = var.num_servers D. servers = ${var.num_servers}
Answer: C
Explanation:
The correct syntax to pass a variable from the root module to a child module is servers =
var.num_servers. Terraform uses dot notation to reference variables.
References:
Terraform Variables
Question # 11
When you include a module block in your configuration that references a module from the TerraformRegistry, the "version" attribute is required.
A. True B. False
Answer: B
Explanation:
The "version" attribute is optional when referencing a module from the Terraform Registry. If not
specified, the latest version will be used, but it is often recommended to specify a version to ensure
consistency across environments.
References:
Terraform Module Versioning
Question # 12
You want to use API tokens and other secrets within your team's Terraform workspaces. Where doesHashiCorp recommend you store these sensitive values? (Pick the 3 correct responses)
A. In an HCP Terraform/Terraform Cloud variable, with the sensitive option checked. B. In HashiCorp Vault. C. In a terraform.tfvars file, securely managed and shared with your team. D. In a terraform.tfvars file, checked into your version control system. E. In a plaintext document on a shared drive.
Answer: A, B, C
Explanation:
Sensitive values such as API tokens should be stored in a secure way, either in Terraform Cloud
variables marked as sensitive or in HashiCorp Vault. Storing secrets in version control systems or
plaintext files is not recommended.
References:
Terraform Cloud Environment Variables
Question # 13
Terraform configuration can only call modules from the public registry.
A. True B. False
Answer: B
Explanation:
Terraform can call modules from various sources including the public Terraform Registry, private
registries, local file paths, or version control systems like GitHub.
References:
Terraform Modules
Question # 14
You used Terraform to create an ephemeral development environment in the cloud and are nowready to destroy all the infrastructure described by your Terraform configuration. To be safe, youwould like to first see all the infrastructure that Terraform will delete.Which command should you use to show all the resources that will be deleted? (Pick the 2 correctresponses)
A. Run terraform destroy. This will output all the resources that will be deleted before prompting forapproval. B. Run terraform show -destroy. C. Run terraform state rm *.
Answer: A, B
Explanation:
Running terraform destroy will show all resources that will be deleted before prompting for approval.
You can also run terraform plan -destroy to simulate the destruction without actually applying it,
which is useful for reviewing the planned changes.
References:
Terraform Destroy
Question # 15
Which of these are benefits of using Sentinel with HCP Terraform/Terraform Cloud? (Pick the 3correct responses)
A. You can enforce a list of approved AWS AMIs. B. Sentinel Policies can be written in HashiCorp Configuration Language (HCL). C. You can check out and check in cloud access keys. D. Policy-as-code can enforce security best practices.
Answer: A, C, D
Explanation:
Sentinel is a policy-as-code framework that integrates with Terraform Cloud to enforce security,
compliance, and governance rules. You can enforce rules such as approved AMIs and ensure security
best practices. Policies are written in the Sentinel language, not HCL.
References:
Sentinel Policies
Question # 16
Which of these statements about HCP Terraform/Terraform Cloud workspaces is false?
A. They can securely store cloud credentials. B. They have role-based access controls. C. Plans and applies can be triggered via version control system integrations. D. You must use the CLI to switch between workspaces.
Answer: D
Explanation:
In Terraform Cloud, you can switch between workspaces using both the web UI and CLI. The
statement that you "must use the CLI" is false. Workspaces can securely store cloud credentials, offer
role-based access control, and integrate with VCS to trigger plan and apply operations.
References:
Terraform Cloud Workspaces
Question # 17
Which of these actions are forbidden when the Terraform state file is locked? (Pick the 3 correctresponses)
A. terraform apply B. terraform state list C. terraform destroy D. terraform fmt
Answer: A, B, C
Explanation:
When the state file is locked, operations that modify or depend on the state (like terraform apply,
terraform destroy, and terraform state list) are blocked. terraform fmt only formats the configuration
files and does not interact with the state, so it is allowed.
References:
Terraform State Locking
Question # 18
Which of these are features of HCP Terraform/Terraform Cloud? (Pick the 2 correct responses)
A. Automatic backups of configuration and state. B. Remote state storage. C. Automated infrastructure deployment visualization. D. A web-based user interface (UI).
Answer: B, D
Explanation:
Terraform Cloud provides features like remote state storage and a web-based user interface for
managing your Terraform runs. While it offers robust infrastructure as code capabilities, automatic
backups of configuration and state are not directly provided by Terraform Cloud; instead, the state is
stored remotely and secured.
References:
Terraform Cloud Features
Question # 19
Terraform encrypts sensitive values stored in your state file.
A. True B. False
Answer: B
Explanation:
Terraform state files are not automatically encrypted by default. Sensitive values are stored in
plaintext within the state file. However, you can protect the state file by using remote backends that
support encryption, such as AWS S3 with server-side encryption enabled or Terraform Cloud, which
offers encrypted state storage.
References:
Terraform State
Question # 20
All modules published on the official Terraform Module Registry have been verified by HasihCorp.
A. True B. False
Answer: B
Explanation:
Not all modules published on the official Terraform Module Registry have been verified by
HashiCorp. While HashiCorp verifies some modules, there are many community-contributed
modules that are not verified. Verified modules have a "Verified" badge indicating that HashiCorp
has reviewed them for security and best practices, but the registry also includes unverified modules.
Multiple team members are collaborating on infrastructure using Terraform and want to format the*Terraform code following standard Terraform-style convention.How should they ensure the code satisfies conventions?
A. Terraform automatically formats configuration on terraform apply B. Run terraform validate prior to executing terraform plan or terraform apply C. Use terraform fmt D. Replace all tabs with spaces
Answer: C
Explanation:
The terraform fmt command is used to format Terraform configuration files to a canonical format and
style. This ensures that all team members are using a consistent style, making the code easier to read
and maintain. It automatically applies Terraform's standard formatting conventions to your
configuration files, helping maintain consistency across the team's codebase.
References:
Terraform documentation on terraform fmt: Terraform Fmt
Question # 22
How can terraform plan aid in the development process?
A. Initializes your working directory containing your Terraform configuration files B. Validates your expectations against the execution plan without permanently modifying state C. Formats your Terraform configuration files D. Reconciles Terraform's state against deployed resources and permanently modifies state using thecurrent status of deployed resources
Answer: B
Explanation:
The terraform plan command is used to create an execution plan. It allows you to see what actions
Terraform will take to reach the desired state defined in your configuration files. It evaluates the
current state and configuration, showing a detailed outline of the resources that will be created,
updated, or destroyed. This is a critical step in the development process as it helps you verify that the
changes you are about to apply will perform as expected, without actually modifying any state or
infrastructure.
References:
Terraform documentation on terraform plan: Terraform Plan
Question # 23
All standard backend types support state locking, and remote operations like plan, apply, anddestroy.
A. True B. False
Answer: B
Explanation:
Not all standard backend types support state locking and remote operations like plan, apply, and
destroy. For example, the local backend does not support remote operations and state locking. State
locking is a feature that ensures that no two users can make changes to the state file at the same
time, which is crucial for preventing race conditions. Remote operations allow running Terraform
commands on a remote server, which is supported by some backends like remote or consul, but not
all.
References:
Terraform documentation on backends: Terraform Backends
Detailed backend support: Terraform Backend Types
You can access state stored with the local backend by using terraform_remote_state data source.
A. True
B. False
Answer: B
Explanation:
You cannot access state stored with the local backend by using the terraform_remote_state data
source. The terraform_remote_state data source is used to retrieve the root module output values
from some other Terraform configuration using the latest state snapshot from the remote backend. It
requires a backend that supports remote state storage, such as S3, Consul, AzureRM, or GCS. The
local backend stores the state file locally on the filesystem, which terraform_remote_state cannot
access.
References:
Terraform documentation on terraform_remote_state data source: Terraform Remote State Data
Source
Example usage of remote state: Example Usage (remote Backend)
Question # 24
All standard backend types support state locking, and remote operations like plan, apply, anddestroy.
A. True B. False
Answer: B
Explanation:
Not all standard backend types support state locking and remote operations like plan, apply, and
destroy. For example, the local backend does not support remote operations and state locking. State
locking is a feature that ensures that no two users can make changes to the state file at the same
time, which is crucial for preventing race conditions. Remote operations allow running Terraform
commands on a remote server, which is supported by some backends like remote or consul, but not
all.
References:
Terraform documentation on backends: Terraform Backends
Detailed backend support: Terraform Backend Types
Question # 25
A Terraform output that sets the "sensitive" argument to true will not store that value in the statefile.
A. True B. False
Answer: A
Explanation:
A Terraform output that sets the "sensitive" argument to true will store that value in the state file.
The purpose of setting sensitive = true is to prevent the value from being displayed in the CLI output
during terraform plan and terraform apply, and to mask it in the Terraform UI. However, it does not
affect the storage of the value in the state file. Sensitive outputs are still written to the state file to
ensure that Terraform can manage resources correctly during subsequent operations.
References:
Terraform documentation on sensitive outputs: Terraform Output Values
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