HashiCorp Terraform-Associate-003 Practice Exam – 256 Unique Questions [Q53-Q73]

Terraform-Associate-003 HashiCorp

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HashiCorp Terraform-Associate-003 Practice Exam – 256 Unique Questions [Q53-Q73]

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HashiCorp Terraform-Associate-003 Practice Exam – 256 Unique Questions

Latest Questions Terraform-Associate-003 Guide to Prepare Free Practice Tests

HashiCorp Terraform-Associate-003 Exam Syllabus Topics:

Topic	Details
Topic 1	Collaborate on infrastructure as code using HCP Terraform: In this section, the topics covered include analyzing the HCP Terraform run workflow, the role of HCP Terraform workspaces and their configuration options, and the management of provider credentials in HCP Terraform.
Topic 2	Develop and troubleshoot dynamic configuration: This section deals with topics such as using language features to validate configuration query providers using data sources, computing and interpolating data using HCL functions, and using meta-arguments in configuration.
Topic 3	Develop collaborative Terraform workflows: In this section, candidates are tested for their skills related to managing the Terraform binary, providers, and modules using version constraints and setting up remote states. It also covers the utilization of the Terraform workflow in automation.

Q53. terraform validate confirms that your infrastructure matches the Terraform state file.

True

False

terraform validate does not confirm that your infrastructure matches the Terraform state file. It only checks whether the configuration files in a directory are syntactically valid and internally consistent3. To confirm that your infrastructure matches the Terraform state file, you need to use terraform plan or terraform apply with the
-refresh-only option.

Q54. When you initialize Terraform, where does it cache modules from the public Terraform Registry?

In the /tmp directory.

In the .terraform sub-directory.

In memory.

They are not cached.

* Terraformdownloads modules and providersinto the .terraform directory inside the working directory.
* A (/tmp/)- Incorrect; modules arenot stored temporarily.
* C (In memory)- Incorrect; modules persist on disk.
* D (Not cached)- Incorrect; Terraformdoes cache modulesfor efficiency.
Official Terraform Documentation Reference:
Terraform Module Caching

Q55. terraform destroy is the only way to remove infrastructure.

True

False

While terraform destroy is a common way to remove infrastructure, it isnot the only way.
* You can also remove resources bydeleting them from the configuration and running terraform apply.
* Manually deleting resources in the cloud provider can also remove infrastructure (but Terraform won’t be aware unless the state is updated).
Official Terraform Documentation Reference:
terraform destroy – HashiCorp Documentation

Q56. Your security team scanned some Terraform workspaces and found secrets stored in plaintext in state files.
How can you protect that data?

Edit your state file to scrub out the sensitive data

Always store your secrets in a secrets.tfvars file

Delete the state file every time you run Terraform

Store the state in an encrypted backend

Explanation
This is a secure way to protect sensitive data in the state file, as it will be encrypted at rest and in transit2. The other options are not recommended, as they could lead to data loss, errors, or security breaches.

Q57. Which are forbidden actions when the terraform state file is locked? Choose three correct answers.

Terraform state list

Terraform destroy

Terraform validate

Terraform for

Terraform apply

The terraform state file is locked when a Terraform operation that could write state is in progress. This prevents concurrent state operations that could corrupt the state. The forbidden actions when the state file is locked are those that could write state, such as terraform apply, terraform destroy, terraform refresh, terraform taint, terraform untaint, terraform import, and terraform state *. The terraform validate command is also forbidden, because it requires an initialized working directory with the state file. The allowed actions when the state file is locked are those that only read state, such as terraform plan, terraform show, terraform output, and terraform console. References = [State Locking] and [Command: validate]

Q58. Which of the following should you put into the required_providers block?

version >= 3.1

version = “>= 3.1”

version ~> 3.1

The required_providers block is used to specify the provider versions that the configuration can work with. The version argument accepts a version constraint string, which must be enclosed in double quotes. The version constraint string can use operators such as >=, ~>, =, etc. to specify the minimum, maximum, or exact version of the provider. For example, version = “>= 3.1” means that the configuration can work with any provider version that is 3.1 or higher. Reference = [Provider Requirements] and [Version Constraints]

Q59. Which of the following is not true of Terraform providers?

An individual person can write a Terraform Provider

A community of users can maintain a provider

HashiCorp maintains some providers

Cloud providers and infrastructure vendors can write, maintain, or collaborate on Terraform

providers

None of the above

All of the statements are true of Terraform providers. Terraform providers are plugins that enable Terraform to interact with various APIs and services1. Anyone can write a Terraform provider, either as an individual or as part of a community2. HashiCorp maintains some providers, such as the AWS, Azure, and Google Cloud providers3. Cloud providers and infrastructure vendors can also write, maintain, or collaborate on Terraform providers, such as the VMware, Oracle, and Alibaba Cloud providers.
References =
* 1: Providers – Configuration Language | Terraform | HashiCorp Developer
* 2: Plugin Development – How Terraform Works With Plugins | Terraform | HashiCorp Developer
* 3: Terraform Registry
* : Terraform Registry

Q60. You’re writing a Terraform configuration that needs to read input from a local file called id_rsa.pub. Which built-in Terraform function can you use to import the file’s contents as a string?

fileset(“id_rsa.pub”)

file(“id_rsa.pub”)

filebase64(“id_rsa.pub”)

templatefile(“id_rsa.pub”)

Detailed Explanation:
* Rationale for Correct Answer (B):The file() function reads a file from disk and returns its content as a string. This is commonly used for public keys (.pub files).
* Analysis of Incorrect Options:
* A. fileset(): Returns a set of filenames matching a pattern, not file contents.
* C. filebase64(): Reads file and returns Base64 encoded string – unnecessary for .pub.
* D. templatefile(): Used for rendering templates with variables, not raw file contents.
* Key Concept:Terraform’s file() function is used for injecting file content directly.
Reference:Terraform Exam Objective – Read, Generate, and Modify Configurations.

Q61. Select the command that doesn’t cause Terraform to refresh its state.

Terraform destroy

Terraform apply

Terraform plan

Terraform state list

Explanation
This is the command that does not cause Terraform to refresh its state, as it only lists the resources that are currently managed by Terraform in the state file. The other commands will refresh the state file before performing their operations, unless you use the -refresh=false flag.

Q62. In Terraform HCL, an object type of object({name=string, age-number}) would match this value.

Q63. Module version is required to reference a module on the Terraform Module Registry.

True

False

Module version is optional to reference a module on the Terraform Module Registry. If you omit the version constraint, Terraform will automatically use the latest available version of the module

Q64. How would you reference the “name” value of the second instance of this resource?

aws_instance.web(2),name

element(aws_instance.web, 2)

aws_instance-web(1)

aws_instance_web(1),name

Aws_instance,web,* , name

In Terraform, when you use the count meta-argument, you can reference individual instances using an index. The indexing starts at 0, so to reference the “name” value of the second instance, you would use aws_instance.web[1].name. This syntax allows you to access the properties of specific instances in a list generated by the count argument.
References:
Terraform documentation on count and accessing resource instances: Terraform Count

Q65. How could you reference an attribute from the vsphere_datacenter data source for use with the datacenter_id argument within the vsphere_folder resource in the following configuration?

Data.vsphere_datacenter.DC.id

Vsphere_datacenter.dc.id

Data,dc,id

Data.vsphere_datacenter,dc

The correct way to reference an attribute from the vsphere_datacenter data source for use with the datacenter_id argument within the vsphere_folder resource in the following configuration is data.
vsphere_datacenter.dc.id. This follows the syntax for accessing data source attributes, which is data.TYPE.
NAME.ATTRIBUTE. In this case, the data source type is vsphere_datacenter, the data source name is dc, and the attribute we want to access is id. The other options are incorrect becausethey either use the wrong syntax, the wrong punctuation, or the wrong case. References = [Data Source: vsphere_datacenter], [Data Source:
vsphere_folder], [Expressions: Data Source References]

Q66. When does Terraform create the .terraform.lock.hc1 file?

After your first terraform plan

After your first terraform apply

After your first terraform init

When you enable state locking

Terraform creates the .terraform.lock.hcl file after the first terraform init command. This lock file ensures that the dependencies for your project are consistent across different runs by locking the versions of the providers and modules used.

Q67. When you use a remote backend that needs authentication, HashiCorp recommends that you:

Write the authentication credentials in the Terraform configuration files

Keep the Terraform configuration files in a secret store

Push your Terraform configuration to an encrypted git repository

Use partial configuration to load the authentication credentials outside of the Terraform code

This is the recommended way to use a remote backend that needs authentication, as it allows you to provide the credentials via environment variables, command-line arguments, or interactive prompts, without storing them in the Terraform configuration files.

Q68. A senior admin accidentally deleted some of your cloud instances. What will Terraform do when you run terraform apply?

Tear down the entire workspace’s infrastructure and rebuild it.

Build a completely brand new set of infrastructure.

Rebuild only the instances that were deleted.

Stop and generate an error message about the missing instances.

Terraform detects infrastructure drift by comparing thestate filewith the actual infrastructure.
* When an instance ismanually deleted, Terraformsees it as missingand marks it for recreation.
* Running terraform apply willonly recreate the missing instanceswhile leaving the rest of the infrastructure unchanged.
Explanation of incorrect answers:
* A (Tear down everything and rebuild)- Incorrect. Terraform does not destroy existing infrastructure unless explicitly told to.
* B (Build a completely new set of infrastructure)- Incorrect. Terraform does not create duplicates unless configuration changes.
* D (Stop and error out)- Incorrect. Terraform does not fail; itrebuilds missing resourcesautomatically.
Official Terraform Documentation Reference:
Handling Infrastructure Drift

Q69. You want to know from which paths Terraform is loading providers referenced in your Terraform configuration (* files). You need to enable additional logging messages to find this out. Which of the following would achieve this?

Set verbose for each provider in your Terraform configuration

Set the environment variable TF_LOG_TRACE

Set the environment variable TF_LOG_PATH

Set the environment variable TF_log_TRACE

Explanation
This will enable additional logging messages to find out from which paths Terraform is loading providers referenced in your Terraform configuration files, as it will set the log level to TRACE, which is the most verbose and detailed level.

Q70. Which method for sharing Terraform configurations fulfills the following criteria:
1. Keeps the configurations confidential within your organization
2. Support Terraform’s semantic version constrains
3. Provides a browsable directory

Subfolder within a workspace

Generic git repository

Terraform Cloud private registry

Public Terraform module registry

This is the method for sharing Terraform configurations that fulfills the following criteria:
Keeps the configurations confidential within your organization
Supports Terraform’s semantic version constraints
Provides a browsable directory
The Terraform Cloud private registry is a feature of Terraform Cloud that allows you to host and manage your own modules within your organization, and use them in your Terraform configurations with versioning and access control.

Q71. 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 Git repository containing your modules.

Public Terraform module registry.

A subfolder within your workspace.

HCP Terraform/Terraform Cloud private registry.

Confidentiality: Using HCP Terraform/Terraform Cloud’s private registry keeps the module configurations within your organization, ensuring privacy and access control.
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 HashiCorp’s design for private registry support in Terraform, meeting all listed requirements for secure, version-controlled, and searchable module storage.

Q72. When using Terraform to deploy resources into Azure, which scenarios are true regarding state files? (Choose two.)

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

Changing resources via the Azure Cloud Console records the change in the current state file

When you change a resource via the Azure Cloud Console, Terraform records the changes in a new state file

Changing resources via the Azure Cloud Console does not update current state file

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.
Reference = Purpose of Terraform State, Terraform State, Managing State, Importing Infrastructure, [Command: plan], [Command: apply], [Command: refresh]

Q73. What does this code do?

Requires any version of the AWS provider > = 3.0 and <4.0

Requires any version of the AWS provider >= 3.0

Requires any version of the AWS provider > = 3.0 major release. like 4.1

Requires any version of the AWS provider > 3.0

This is what this code does, by using the pessimistic constraint operator (~>), which specifies an acceptable range of versions for a provider or module.

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HashiCorp Terraform-Associate-003 Practice Exam – 256 Unique Questions [Q53-Q73]

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