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[email protected]HashiCorp Certified: Terraform Associate
The Terraform Associate certification is for Cloud Engineers specializing in operations, IT, or development who know the basic concepts and skills associated with open source HashiCorp Terraform. Candidates will be best prepared for this exam if they have professional experience using Terraform in production, but performing the exam objectives in a personal demo environment may also be sufficient. This person understands which enterprise features exist and what can and cannot be done using the open source offering.
Exam Details
Assessment Type: Multiple choice
Format: Online proctored
Duration: 1 hour
Price: $70.5 USD
Language: English
Expiration: 2 years
Exam Objectives
1 Understand infrastructure as code (IaC) concepts
1a Explain what IaC is
1b Describe advantages of IaC patterns
2 Understand Terraform's purpose (vs other IaC)
2a Explain multi-cloud and provider-agnostic benefits
2b Explain the benefits of state
3 Understand Terraform basics
3a Handle Terraform and provider installation and versioning
3b Describe plugin based architecture
3c Demonstrate using multiple providers
3d Describe how Terraform finds and fetches providers
3e Explain when to use and not use provisioners and when to use local-exec or remote-exec
4 Use the Terraform CLI (outside of core workflow)
4a Given a scenario: choose when to use terraform fmt to format code
4b Given a scenario: choose when to use terraform taint to taint Terraform resources
4c Given a scenario: choose when to use terraform import to import existing infrastructure into your Terraform state
4d Given a scenario: choose when to use terraform workspace to create workspaces
4e Given a scenario: choose when to use terraform state to view Terraform state
4f Given a scenario: choose when to enable verbose logging and what the outcome/value is
5 Interact with Terraform modules
5a Contrast module source options
5b Interact with module inputs and outputs
5c Describe variable scope within modules/child modules
5d Discover modules from the public Terraform Module Registry
5e Defining module version
6 Navigate Terraform workflow
6a Describe Terraform workflow ( Write -> Plan -> Create )
6b Initialize a Terraform working directory (terraform init)
6c Validate a Terraform configuration (terraform validate)
6d Generate and review an execution plan for Terraform (terraform plan)
6e Execute changes to infrastructure with Terraform (terraform apply)
6f Destroy Terraform managed infrastructure (terraform destroy)
7 Implement and maintain state
7a Describe default local backend
7b Outline state locking
7c Handle backend authentication methods
7d Describe remote state storage mechanisms and supported standard backends
7e Describe effect of Terraform refresh on state
7f Describe backend block in configuration and best practices for partial configurations
7g Understand secret management in state files
8 Read, generate, and modify configuration
8a Demonstrate use of variables and outputs
8b Describe secure secret injection best practice
8c Understand the use of collection and structural types
8d Create and differentiate resource and data configuration
8e Use resource addressing and resource parameters to connect resources together
8f Use Terraform built-in functions to write configuration
8g Configure resource using a dynamic block
8h Describe built-in dependency management (order of execution based)
9 Understand Terraform Cloud and Enterprise capabilities
9a Describe the benefits of Sentinel, registry, and workspaces
9b Differentiate OSS and TFE workspaces
9c Summarize features of Terraform Cloud
Share HashiCorp Certified: Terraform Associate TA-002-P Sample Questions
1.Which of the following challenges would Terraform be a candidate for solving? (Select THREE)
A. Enable self-service infrastructure to allocate resources on your proprietary private cloud.
B. Reduce the number of workflows needed for managing infrastructure across each of the companies
public and private clouds.
C. Utilize a single tool for all of the infrastructure and configuration management needs.
D. Have a single interoperable tool to manage the variety of services including GitHub repositories,
MySQL database, and Kubernetes clusters.
Answer: A,B,D
2. Which flag would be used within a Terraform configuration block to identify the specific version of a
provider required?
A. required-provider
B. required-version
C. required_providers
D. required_versions
Answer: C
3. You have been given requirements to create a security group for a new application. Since your
organization standardizes on Terraform, you want to add this new security group with the fewest number
of lines of code.
What feature could you use to iterate over a list of required tcp ports to add to the new security group?
A. dynamic backend
B. splat expression
C. terraform import
D. dynamic block
Answer: D
4. You have provisioned some aws resources in your test environment through Terraform for a POC
work. After the POC, now you want to destroy the resources but before destroying them you want to
check what resources will be getting destroyed through terraform.
What are the options of doing that? (Select TWO)
A. Use terraform destroy command
B. This is not possible
C. Use terraform plan command
D. Use terraform plan -destroy command.
Answer: A,D
5. In regards to Terraform state file, select all the statements below which are correct?
A. When using local state, the state file is stored in plain-text.
B. The state file is always encrypted at rest.
C. Storing state remotely can provide better security.
D. Using the mask feature, you can instruct Terraform to mask sensitive data in the state file.
E. The Terraform state can contain sensitive data, therefore the state file should be protected from
unauthorized access.
F. Terraform Cloud always encrypts state at rest.
Answer: A,C,E,F
