HashiCorp Certified: Terraform Associate -50 Practical Demos

Course Name : HashiCorp Certified: Terraform Associate -50 Practical Demos
Students : 15,444
Duration : 22 hrs
Avg Rating : 4.7 (1,585 ratings)
Original Price : $119.99
Discount Price : $14
Instructor / Provider : Kalyan Reddy Daida, Udemy
Course Type : Self Paced Online Course. Lifetime Access
Coupon : Click on ENROLL NOW to apply discount code

What You’ll Learn in This Course

• Master Terraform with Hands-On Practice: Gain practical expertise through 50 demos and 50 concepts, following a clear step-by-step approach.
• Comprehensive Terraform Knowledge: Understand every Terraform concept, from basic to advanced levels.
• Resource Behavior & Meta-Arguments: Learn to write and manage Terraform resource behaviors, including depends_on, count, for_each, and lifecycle meta-arguments.
• Master Input Variables: Discover 10 different methods to implement Terraform input variables, including tfvars files, environment variables, and validation rules.
• In-Depth Terraform State: Dive deep into Terraform State management, including remote backends, Terraform Cloud backends, and essential state commands.
• Workspaces and Provisioners: Learn to create and manage CLI-based workspaces and implement all Terraform provisioners, such as file, local-exec, and remote-exec.
• Modules and Reusability: Build, use, and manage Terraform modules, including public modules, local modules, and private registry modules in Terraform Cloud.
• Terraform Cloud Use Cases: Implement key workflows like VCS-driven and CLI-driven Terraform Cloud use cases.
• Sentinel Policies: Understand and apply Terraform Sentinel policies, including basic policies, cost control policies, and CIS compliance policies.
• Advanced Features: Learn dynamic features like expressions, blocks, and Terraform functions to optimize your IaC solutions.

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Course Modules Overview

• Infrastructure as Code (IaC): Understand the fundamentals of IaC with Terraform.
• Tool Installation: Set up Terraform on macOS, Linux, and Windows.
• Command Basics: Master essential Terraform CLI commands.
• Language Syntax: Learn Terraform’s configuration language in depth.
• Settings Block: Configure essential project settings.
• Providers Block: Work with providers and manage dependencies.
• Multiple Providers: Learn to use multiple providers in a single configuration.
• Dependency Lock File: Understand the importance of the .lock.hcl file.
• Resource Syntax: Write and manage resources efficiently.
• Meta-Arguments (depends_on): Explore resource dependencies.
• Meta-Arguments (count): Dynamically control resource creation.
• Meta-Arguments (for_each): Manage resources with complex configurations.
• Meta-Arguments (lifecycle): Define resource lifecycle rules like create_before_destroy.
  Input Variables: Learn variable implementation methods, including sensitive variables, lists, maps, and tfvars.
• File Function: Use files dynamically in configurations.
• Output Values: Define and retrieve output data from your configurations.
• Local Values: Create reusable local expressions.
• Datasources: Access external data and use it in your Terraform configurations.
• Backends: Manage remote state storage and collaborate effectively.
• State Commands: Learn critical commands for state management.
  CLI Workspaces: Create local and remote workspaces for multi-environment deployments.
  Provisioners: Automate resource setup with file, local-exec, and remote-exec provisioners.
• Null Resources: Manage actions unrelated to physical resources.
  Modules: Work with public, local, and private modules to create reusable code.
  Terraform Cloud: Implement VCS-driven workflows, CLI-driven workflows, and private module sharing.
  Sentinel Policies: Enforce compliance with basic, cost control, and CIS policies.
• State Import: Migrate existing infrastructure into Terraform.
• Graph: Visualize your Terraform configurations and dependencies.
• Functions: Use built-in Terraform functions to manipulate data.
• Dynamic Expressions: Implement advanced logic with dynamic expressions.
• Dynamic Blocks: Create flexible configurations using dynamic blocks.

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