HashiCorp Certified: Terraform Authoring and Operations Advanced Practise Exam

Who it is for

• Cloud Engineers preparing for HashiCorp Certified: Terraform Authoring and Operations Advanced.
• Practitioners with advanced production-level Terraform expertise in configuration authoring, modules, dynamic HCL, and collaborative workflows.

What this exam covers

• Manage resource lifecycle
• Develop and troubleshoot dynamic configuration
• Develop collaborative Terraform workflows
• Create, maintain, and use Terraform modules
• Configure and use Terraform providers
• Collaborate on infrastructure as code using HCP Terraform

What you will practice

• Initialize, plan, apply, and destroy Terraform configuration, and manage resource state including import and drift reconciliation.
• Validate configuration, query data sources, use HCL functions and meta-arguments, configure variables and outputs, and manage sensitive data.
• Apply version constraints, configure remote state, automate the Terraform workflow, and share data across configurations and workspaces.
• Create, use, refactor, and version Terraform modules, including refactoring an existing configuration into modules.
• Configure Terraform providers with aliasing, versioning, sourcing, and upgrades, manage authentication, and troubleshoot provider errors.
• Analyze HCP Terraform run workflows, workspaces and access, provider credentials, and policy as code and governance.

About this practice exam

The HashiCorp Certified: Terraform Authoring and Operations Advanced exam tests a Cloud Engineer’s advanced, production-level Terraform expertise in configuration authoring and Terraform workflows, including implementing and authoring Terraform modules, developing dynamic HCL configuration, and establishing scalable, collaborative workflows. This practice exam prepares you for HashiCorp Certified: Terraform Authoring and Operations Advanced across managing resource lifecycle, developing and troubleshooting dynamic configuration, collaborative Terraform workflows, Terraform modules, Terraform providers, and collaborating on infrastructure as code using HCP Terraform.

The exam emphasizes production authoring and operations: initializing a configuration with terraform init; generating an execution plan with terraform plan; applying changes with terraform apply; destroying resources with terraform destroy; managing resource state, including importing resources and reconciling resource drift; validating configuration, querying providers with data sources, computing and interpolating data with HCL functions, and using meta-arguments; configuring input variables and outputs, including complex types; managing sensitive data such as using Vault for secrets management; version constraints for the Terraform binary, providers, and modules; remote state; the Terraform workflow in automation; sharing data across configurations and workspaces; creating, using, refactoring, and versioning modules; Terraform’s plugin-based architecture, provider aliasing, versioning, sourcing, upgrades, authentication, and troubleshooting; and HCP Terraform run workflows, workspaces and access management, provider credentials, and policy as code and governance. It does not primarily assess Terraform Associate (004) foundational knowledge as the main objective, writing custom Terraform provider plugins, or operations of other HashiCorp products such as Vault, Nomad, or Consul.

The official HashiCorp Certified: Terraform Authoring and Operations Advanced exam is 240 minutes. This independent practice exam is not the official test and is not affiliated with HashiCorp; the bank covers the official Terraform Authoring and Operations Advanced domains.

The certification validates understanding of:

• Manage resource lifecycle: initialize a configuration using terraform init and its options; generate an execution plan using terraform plan and its options; apply configuration changes using terraform apply and its options; destroy resources using terraform destroy and its options; and manage resource state, including importing resources and reconciling resource drift.
• Develop and troubleshoot dynamic configuration: use language features to validate configuration; query providers using data sources; compute and interpolate data using HCL functions; use meta-arguments in configuration; configure input variables and outputs, including complex types; and analyze best practices for managing sensitive data, such as using Vault for secrets management.
• Develop collaborative Terraform workflows: manage the Terraform binary, providers, and modules using version constraints; configure remote state; use the Terraform workflow in automation; and share data across configurations and workspaces.
• Create, maintain, and use Terraform modules: create a module; use a module in configuration; refactor a module and use module versioning; and refactor an existing configuration into modules.
• Configure and use Terraform providers: understand Terraform’s plugin-based architecture; configure providers, including aliasing, versioning, sourcing, and managing upgrades; manage provider authentication; and troubleshoot provider errors.
• Collaborate on infrastructure as code using HCP Terraform: analyze the HCP Terraform run workflow; understand HCP Terraform workspaces and their configuration options, including access management; manage provider credentials in HCP Terraform; and analyze policy as code and governance features.