HashiCorp Certified: Terraform Associate -50 Practical Demos

Unlock the power of Infrastructure as Code (IaC) with this comprehensive Terraform Associate course! Featuring 50 practical demos, you'll gain hands-on experience mastering Terraform, a leading tool for automating infrastructure provisioning.

This course covers everything you need to become proficient in Terraform, from the fundamentals to advanced techniques. You'll learn to define and manage infrastructure using code, ensuring consistency, repeatability, and version control.

Here's a detailed look at the modules:

• Infrastructure as Code (IaC): Understand the core principles and benefits of IaC.
• Tool Installation: Learn to install Terraform on macOS, Linux, and Windows operating systems.
• Command Basics: Master essential Terraform commands for managing your infrastructure.
• Language Syntax: Dive into the Terraform language syntax and structure.
• Settings Block: Configure your Terraform project settings.
• Providers Block: Utilize Terraform providers to interact with various cloud platforms and services.
• Multiple Providers: Effectively use multiple providers within a single Terraform configuration.
• Dependency Lock File: Understand the importance of terraform.tfvars for managing input variables.
• Resources Syntax & Behavior: Learn how to define and manage infrastructure resources.
• depends_on Meta-Argument: Manage resource dependencies for proper provisioning order.
• count Meta-Argument: Create multiple instances of a resource.
• for_each Meta-Argument: Dynamically create resources based on a map or set.
• lifecycle Meta-Argument: Control resource lifecycle management (create, update, destroy).
• Input Variables (Basics): Define and use basic input variables.
• Input Variables (Prompted): Handle input variables when prompted during execution.
• Input Variables (CLI Override): Override default values with command-line arguments.
• Input Variables (Environment Variables): Override with environment variables.
• Input Variables (terraform.tfvars): Assign values using the terraform.tfvars file.
• Input Variables (tfvars var-file argument): Assign values using the tfvars var-file argument.
• Input Variables (Auto tfvars): Leverage auto-generated tfvars files.
• Input Variables (Lists): Work with list-based input variables.
• Input Variables (Maps): Manage map-based input variables.
• Input Variables (Validation Rules): Enforce data validation on input variables.
• Input Variables (Sensitive Input): Securely handle sensitive input data.
• File Function: Utilize the file function for managing files.
• Output Values: Define and retrieve output values from your Terraform configurations.
• Local Values: Manage local variables within your Terraform code.
• Data Sources: Fetch data from external sources to configure your infrastructure.
• Backends (Remote State): Implement remote state storage for collaborative environments.
• State Commands: Manage Terraform state using CLI commands.
• CLI Workspaces (Local & Remote Backend): Utilize CLI workspaces for managing multiple infrastructure configurations.
• File Provisioner: Execute commands to modify files on managed resources.
• local-exec Provisioner: Run local commands during infrastructure provisioning.
• remote-exec Provisioner: Execute commands on remote servers.
• Null Resource: Create placeholder resources for configuration purposes.
• Modules (Public & Local): Leverage Terraform modules from the public registry and build your own.
• Terraform Cloud (VCS & CLI Workflows): Integrate with Terraform Cloud for VCS-driven and CLI-driven workflows.
• Private Module Registry: Share modules securely within your organization using Terraform Cloud.
• State Migration: Migrate existing Terraform state to Terraform Cloud.
• Sentinel Policies (Basic, Cost, CIS): Implement Sentinel policies for security and cost control.
• State Import: Import existing infrastructure into Terraform.
• Graph: Visualize your infrastructure configuration graph.
• Functions: Use built-in and custom functions to extend Terraform's capabilities.
• Dynamic Expressions: Create dynamic expressions for flexible configuration.
• Dynamic Blocks: Generate infrastructure blocks dynamically based on data.

Each course includes hands-on, step-by-step learning experiences, real-world implementation examples, and friendly support in the Q&A section.

**30-Day Money