Azure - HashiCorp Certified: Terraform Associate -70 Demos from Udemy

Course Overview

Welcome to this Amazing course on HashiCorp Certified: Terraform Associate on Azure - 70 Demos. Below is the list of modules covered in this course.

Course Modules

01. Infrastructure as Code (IaC)

02. Install Tools on macOS, Linux and windows

03. Command Basics

04. Language Syntax

05. Settings Block

06. Providers Block

07. Multiple Providers usage

08. Dependency Lock File Importance

09. Resources Syntax and Behavior

10. Resources Meta-Argument - depends_on

11. Resources Meta-Argument - count

12. Resources Meta-Argument - for_each

13. Resources Meta-Argument - for_each Maps

14. Resources Meta-Argument - for_each ToSet

15. Resources Meta-Argument - for_each Chaining

16. Azure Linux Virtual Machine with Terraform

17. Resources Meta-Argument - lifecycle create_before_destroy

18. Resources Meta-Argument - lifecycle prevent_destroy

19. Resources Meta-Argument - lifecycle ignore_changes

20. Input Variables - Basics

21. Input Variables - Assign When Prompted

22. Input Variables - Override default with CLI var

23. Input Variables - Override with environment variables

24. Input Variables - Assign with terraform.tfvars

25. Input Variables - Assign with tfvars var-file argument

26. Input Variables - Assign with auto tfvars

27. Input Variables - Lists

28. Input Variables - Maps

29. Input Variables - Validation Rules

30. Input Variables - Sensitive Input Variables

31. Input Variables - Structural Type Object

32. Input Variables - Structural Type tuple

33. Input Variables - Structural Type sets

34. Output Values - Basics

35. Output Values - With Count and Splat Expression

36. Output Values - With for_each and for loops

37. Local Values

38. Conditional Expressions

39. Datasources

40. Backends - Remote State Storage

41. Remote State Datasource

42. State Commands

43. Terraform Apply -refresh-only Command

44. CLI Workspaces with local backend

45. CLI Workspaces with a remote backend

46. File Provisioner

47. local-exec Provisioner

48. remote-exec Provisioner

49. Null Resource

50. State Import

51. Modules from Public Registry

52. Terraform Azure Static Website

53. Build Local Module

54. Publish Modules to Terraform Public Registry

55. Module Sources

56. Terraform Cloud - VCS-Driven Workflow

57. Terraform Cloud - CLI-Driven Workflow

58. Terraform Cloud - Share modules in private module registry

59. Migrate State to Terraform Cloud

60. Basic Sentinel & Cost Control Policies

61. Foundational Sentinel Policies

62. Dynamic Blocks

63. Terraform Debug

64. Override Files

65. External Provider Basic Demo

66. External Provider Integrated Demo

67. CLI Config File on macOS and Linux

68. CLI Config File on WindowsOS

69. Manage Providers

70. Terraform Functions

Terraform Functions used

1. element function

2. file function

3. filebase64 function

4. toset function

5. length function

6. lookup function

7. substr function

8. contains function

9. lower function

10. upper function

11. regex function

12. can function

13. keys function

14. values function

15. sum function

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What's inside

Syllabus

Introduction

Course GitHub Repository Links

Infrastructure as Code

Step-01: Introduction to IAC and Terraform

Terraform - Install CLI Tools

Step-01: MacOS: Install Terraform

Connect With Me !!!

Step-02: Install VSCode Editor and Configure Course Git Repo

Step-03: Install Azure CLI and Git Client

Step-04: Install Terraform Tools on Windows OS

Step-05: Install Terraform Tools on Linux OS

Terraform Command Basics

Step-01: Introduction to Terraform Workflow using Terraform Commands

Step-02: Review Terraform manifests

Step-03: Execute Terraform core commands

Terraform Language Basics

Step-01: Terraform Configuration Syntax

Step-02: Terraform Arguments, Meta-Arguments and Attributes

Step-03: Understand about Terraform Top Level Blocks

Terraform Settings & Providers Block

Step-01: Terraform Settings Block Introduction

Step-02: Understand required_version in Terraform Block

Step-03: Terraform Provider Introduction

Step-04: Understand required_providers in Terraform Block and Provider Block

Step-05: Terraform Apply and Destroy Commands Auto Approve Option

Terraform Multiple Providers

Step-01: Terraform Multiple Providers Introduction

Step-02: Implement Terraform Multiple Providers & Clean-Up

Terraform Dependency Lock File

Step-01: Terraform Dependency Lock File Introduction

Step-02: Review c1-versions.tf, Create RG and Random String Resource

Step-03: Create Terraform Storage Account Resource

Step-04: Dependency Lock File Demo and CleanUp

Terraform Resource Syntax, Behaviour and State

Step-01: Terraform Resource Syntax Introduction

Step-02: Create TF Config for Virtual Network

Step-03: Create TF Config for Subnet, Public IP and Network Interface

Step-04: Terraform Resource Behavior Introduction

Step-05: Resource Behavior: Create Resource Demo

Step-06: Understand Terraform State in detail

Step-07: Resource Behavior: Update-In-Place, Destroy-Recreate and Destroy Demo's

Step-08: Understand Terraform Desired and Current States and CleanUp

Terraform Meta-Argument depends_on

Step-00: All Meta-Arguments Introduction

Step-01: Introduction to Meta-Argument depends_on

Step-02: Execute TF Commands without depends_on and understand Terraform Behavio

Step-03: Execute TF Commands with depends_on and understand Terraform Behavior

Provision Azure Linux VM using Terraform, file and filebase64 functions

Step-01: Introduction to Azure Linux VM using Terraform

Step-02: Create TF Config for Azure Linux VM

Step-03: Review CloudInit file for custom_data and filebase64 function

Step-04: Execute TF Commands, Verify and Clean-Up Azure All resources

Terraform Meta-Argument count with Element Function and Splat Expression

Step-01: Introduction to Meta-Argument count

Step-02: Meta-Argument Count - Azure Resource Group Demo

Step-03: Introduction to Meta-Argument count for Azure Linux VM

Step-04: Learn Terraform Element, Length Functions and Splat Expressions

Step-05: Apply Element Function, Splat Expression to VMNIC and Linux VM

Step-06: Execute Terraform Commands, Verify 2 Linux VMs and CleanUp

Terraform Meta-Argument for_each with Maps, Set of Strings and Chaining

Step-01: Introduction to Meta-Argument for_each

Step-02: Meta-Argument for_each with Maps Demo

Step-03: for_each - Set of Strings Introduction and Terraform Console Command wi

Step-04: Implement for_each with set of strings

Step-05: for_each chaining Introduction and Review TF Configs

Step-06: Implement for_each chaining

Meta-Argument lifecycle create_before_destroy, prevent_destroy and ignore_change

Step-01: Lifecycle Meta-Argument Introduction

Step-02: Explore default resource behavior - Delete and Recreate Resource

Step-03: Lifecycle Meta-Argument create_before_destroy demo

Step-04: Lifecycle Meta-Argument prevent_destroy demo

Step-05: Without Lifecycle Meta-Argument ignore_changes understand Terraform beh

Step-06: Lifecycle Meta-Argument ignore_changes demo

Terraform Input Variables - 14 Demos

Step-00: Terraform Input Variables Overall Introduction

Step-01: Define Terraform Input Variable

Step-02: Terraform Input Variable Basics Demo

Step-03: Terraform Input Variables - Assign When Prompted demo

Step-04: Terraform Input Variables - CLI Argument -var

Step-05: Terraform Input Variables - CLI Argument -var by generating a TF Plan f

Step-06: Terraform Input Variables - Override with Environment Variables

Step-07: Terraform Input Variables - Override with terraform.tfvars

Step-08: Terraform Input Variables - anyfilename.tfvars with -var-file argument

Step-09: Terraform Input Variables - understand .auto.tfvars

Step-10: Terraform Input Variables - Review TF Configs for List Item

Step-11: Terraform Input Variables - Create List Variable, Verify and CleanUp

Step-12: Terraform Input Variables - Review TF Configs for Maps Item

Step-13: Terraform Input Variables - lookup function

Step-14: Terraform Input Variables - Create Map Variables, Verify and CleanUp

Step-15: Terraform Functions: Length, Substring, Lower, Upper and Contains

Step-16: Terraform Input Variables - Validation Rules with OR and contains funct

Step-17: Terraform Input Variables - Validation Rules with regex and can functio

Step-18: Terraform Input Variables - Sensitive Introduction

Step-19: Terraform Input Variables - Define Sensitive, bool and Number Variables

Step-20: Terraform Input Variables - Create Azure MySQL Server Resources

Step-21: Terraform Input Variables - Create Azure MySQL DB, Test and CleanUp

Step-22: Terraform Input Variables - Structural Type Object Introduction

Step-23: Terraform Input Variables - Create TF Configs of ST Object

Step-24: Terraform Input Variables - Execute TF Commands, Verify and CleanUp ST

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Azure - HashiCorp Certified: Terraform Associate -70 Demos with these activities:

Review Cloud Computing Fundamentals

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Solidify your understanding of cloud computing concepts to better grasp Terraform's role in managing cloud infrastructure.

Browse courses on Cloud Computing

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Review the different cloud service models (IaaS, PaaS, SaaS).
Understand the core concepts of cloud computing like virtualization and scalability.
Familiarize yourself with the basics of Azure services.

Read 'Infrastructure as Code'

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Gain a broader understanding of Infrastructure as Code principles and how Terraform fits into the DevOps ecosystem.

View Infrastructure as Code: Designing and... on Amazon

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Read the book cover to cover.
Take notes on key concepts.
Reflect on how the concepts apply to Terraform.

Read 'Terraform: Up & Running'

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Expand your Terraform knowledge with a comprehensive guide covering basic to advanced concepts.

View Putting Knowledge to Work on Amazon

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Read the book cover to cover.
Try out the examples in the book.
Take notes on key concepts.

Four other activities

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Terraform CLI Command Practice

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Reinforce your understanding of Terraform CLI commands through repetitive practice.

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Practice using `terraform init`, `terraform plan`, and `terraform apply` with simple configurations.
Experiment with `terraform destroy` to remove resources.
Use `terraform show` and `terraform state` commands to inspect the state file.

Automate Azure Resource Group Deployment

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Apply your Terraform knowledge by automating the deployment of an Azure Resource Group.

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Write a Terraform configuration to create an Azure Resource Group.
Define input variables for resource group name and location.
Apply the configuration and verify the resource group creation in Azure portal.
Destroy the resource group using Terraform.

Document Terraform Configuration Best Practices

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Solidify your understanding of Terraform best practices by creating a document outlining them.

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Research and compile a list of Terraform configuration best practices.
Organize the best practices into categories such as code structure, variable usage, and state management.
Write a clear and concise explanation for each best practice.

Contribute to a Terraform Module

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Deepen your Terraform expertise by contributing to an open-source Terraform module.

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Find an open-source Terraform module project on GitHub.
Identify an issue or feature request to work on.
Fork the repository, implement the changes, and submit a pull request.

Career center

Learners who complete Azure - HashiCorp Certified: Terraform Associate -70 Demos will develop knowledge and skills that may be useful to these careers:

Infrastructure Automation Engineer

An Infrastructure Automation Engineer specializes in automating the provisioning, configuration, and management of IT infrastructure. This role requires expertise in IaC tools and a deep understanding of cloud platforms. This course is perfectly aligned with the responsibilities of an Infrastructure Automation Engineer, as it focuses on using Terraform to automate infrastructure deployments on Azure. This course covers essential concepts, such as resource syntax, meta-arguments, and input variables, which are crucial for automating infrastructure tasks. Moreover, the course includes practical demos and hands-on exercises that enable Infrastructure Automation Engineers to gain real-world experience with Terraform. The Infrastructure Automation Engineer will find the various demonstrations of meta-arguments particularly useful.

See salaries and explore the career path for Infrastructure Automation Engineer

DevOps Engineer

A DevOps Engineer automates and streamlines software development and deployment processes. They work with tools and technologies to enable continuous integration and continuous delivery. This course is highly beneficial for DevOps Engineers looking to enhance their skills in IaC. This course provides a detailed understanding of Terraform's capabilities on Azure, including language syntax, resource management, and state management. The hands-on demos allow a DevOps Engineer to gain practical experience in automating infrastructure tasks. The course also covers advanced topics like Terraform Cloud and Sentinel policies, which are essential for managing and governing cloud deployments in a DevOps environment. A DevOps Engineer will find the section on Terraform functions particularly useful.

See salaries and explore the career path for DevOps Engineer

Cloud Engineer

A Cloud Engineer manages and maintains cloud infrastructure, ensuring its reliability, security, and scalability. This role involves automating infrastructure deployment and management, often using Infrastructure as Code (IaC) tools. This course directly supports the responsibilities of a Cloud Engineer by providing hands-on experience with Terraform on Azure. The course covers essential topics such as IaC, command basics, language syntax, and provider configurations, which are fundamental for effectively managing cloud resources with Terraform. Furthermore, the course enhances a Cloud Engineer's ability to automate complex deployments and manage infrastructure efficiently. A Cloud Engineer would also benefit from the modules on Terraform Cloud.

See salaries and explore the career path for Cloud Engineer

Automation Engineer

An Automation Engineer designs, develops, and implements automated solutions to improve efficiency and reduce manual effort. This course is ideal for Automation Engineers looking to expand their skills in IaC with Terraform on Azure. The course provides a deep dive into Terraform concepts and features, including language syntax, resource management, and module creation. The hands-on demos and practical exercises allow Automation Engineers to gain real-world experience in automating infrastructure tasks. An Automation Engineer should pay close attention to the Terraform functions.

See salaries and explore the career path for Automation Engineer

Cloud Architect

Cloud Architects are responsible for designing and implementing cloud computing strategies for organizations. They need a strong understanding of cloud platforms and IaC. This course equips Cloud Architects with the practical skills to define and deploy infrastructure using Terraform on Azure. The course's comprehensive coverage of Terraform concepts, from language syntax to advanced features like Terraform Cloud and Sentinel policies, enables Cloud Architects to design and implement robust and scalable cloud solutions. The hands-on demos provide valuable experience in translating architectural designs into tangible infrastructure deployments. A Cloud Architect will find the section on modules particularly useful.

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Cloud Consultant

Cloud Consultants advise organizations on how to best leverage cloud technologies to achieve their business goals. They assess existing infrastructure, recommend cloud solutions, and help with migration and implementation. This course enhances a Cloud Consultant's ability to design and implement cloud solutions on Azure using Terraform. The course provides a comprehensive understanding of Terraform concepts and features, including IaC, resource management, and module creation, allowing consultants to provide expert guidance on cloud adoption. The Cloud Consultant should pay close attention to the modules.

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Solutions Architect

Solutions Architects design and implement IT solutions that meet specific business needs. They need a broad understanding of technology and the ability to translate business requirements into technical specifications. This course enhances a Solutions Architect's ability to design and deploy infrastructure solutions on Azure using Terraform. The course provides a comprehensive overview of Terraform concepts and features, including language syntax, resource management, and module creation. By completing this course, a Solutions Architect can gain the skills to design and implement automated infrastructure solutions that are scalable, reliable, and cost-effective. A Solutions Architect should take particular note of modules.

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Technical Lead

A Technical Lead guides and mentors a team of engineers, providing technical direction and ensuring the successful delivery of projects. This course is valuable for Technical Leads who are responsible for overseeing cloud infrastructure deployments on Azure. This course provides a comprehensive understanding of Terraform and its capabilities, enabling Technical Leads to guide their teams in adopting IaC practices. The course covers essential topics, such as language syntax, resource management, and state management, which are crucial for ensuring consistent and reliable infrastructure deployments. By completing this course, a Technical Lead can gain the expertise to lead their team in implementing automated infrastructure solutions. The Technical Lead will find familiarity with the command line interface especially helpful.

See salaries and explore the career path for Technical Lead

Site Reliability Engineer

A Site Reliability Engineer (SRE) focuses on ensuring the reliability, availability, and performance of IT systems and services. They utilize automation and monitoring tools to proactively identify and resolve issues. This course may be useful for SREs seeking to automate infrastructure management and improve system reliability with Terraform on Azure. The course covers essential topics, such as resource syntax, meta-arguments, and state management, which are crucial for automating infrastructure tasks and ensuring consistent system configurations. The hands-on demos and practical exercises allow SREs to gain real-world experience with Terraform and apply it to improve system reliability. A Site Reliability Engineer will find the section on state management helpful.

See salaries and explore the career path for Site Reliability Engineer

Infrastructure Manager

An Infrastructure Manager oversees the planning, implementation, and maintenance of an organization's IT infrastructure. This course may be useful for Infrastructure Managers who are looking to modernize their infrastructure management practices by adopting IaC with Terraform on Azure. The course provides a comprehensive introduction to Terraform and its capabilities, covering essential topics such as command basics, language syntax, and provider configurations. By completing this course, an Infrastructure Manager can gain the knowledge and skills to lead their team in implementing automated infrastructure solutions. The Infrastructure Manager may find the sections on Terraform Cloud to be useful.

See salaries and explore the career path for Infrastructure Manager

Release Engineer

Release Engineers are responsible for managing and automating the software release process. They work closely with development and operations teams to ensure smooth and efficient deployments. This course may be useful for Release Engineers looking to automate infrastructure provisioning as part of the release pipeline. The course's focus on Terraform and Azure provides the skills to define and deploy infrastructure programmatically. Understanding Terraform commands and configuration syntax allows Release Engineers to create repeatable and reliable deployment processes. The section on Terraform Cloud may be especially useful. A Release Engineer will be well-served to become familiar with the command line interface.

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Systems Engineer

A Systems Engineer designs, implements, and manages an organization's IT systems and infrastructure. They are responsible for ensuring the reliability, performance, and security of these systems. This course may be helpful to Systems Engineers who want to modernize their infrastructure management practices by adopting IaC. This course provides a comprehensive introduction to Terraform and its capabilities on Azure. The course covers essential topics, such as command basics, language syntax, and provider configurations, which are fundamental for managing infrastructure with Terraform. By completing this course, a Systems Engineer can learn to automate infrastructure deployments, improve efficiency, and reduce manual errors. This course will enable a Systems Engineer to better manage systems and infrastructure.

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Network Engineer

Network Engineers design, implement, and manage an organization's network infrastructure. This course may be useful for Network Engineers looking to automate network infrastructure deployments using Terraform on Azure. The course covers essential topics, such as resource syntax, meta-arguments, and input variables, which are crucial for automating network configurations and deployments. The hands-on demos and practical exercises allow Network Engineers to gain real-world experience with Terraform. Network Engineers will find the demonstrations of meta-arguments particularly helpful.

See salaries and explore the career path for Network Engineer

Build Engineer

Build Engineers are responsible for creating and maintaining the build and deployment pipelines for software projects. They work to automate the build process, ensuring that code is compiled, tested, and packaged efficiently. This course may be useful for Build Engineers who want to incorporate infrastructure provisioning into their automated build processes. The course provides the knowledge and skills to define and manage infrastructure as code using Terraform, so that Build Engineers can automate the creation of environments for testing and deployment. The Build Engineer may find the section on Terraform functions to be particularly useful.

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Data Center Manager

A Data Center Manager oversees the operations and maintenance of a data center, ensuring its availability, security, and efficiency. This course may be useful for Data Center Managers who are transitioning to cloud-based infrastructure management with Terraform on Azure. This course provides a comprehensive introduction to Terraform and its capabilities, covering essential topics such as command basics, language syntax, and provider configurations. By completing this course, a Data Center Manager can gain the knowledge and skills to manage cloud infrastructure using IaC. Data Center Managers will find the module on Terraform Cloud particularly useful.

See salaries and explore the career path for Data Center Manager

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Azure - HashiCorp Certified: Terraform Associate -70 Demos.

Putting Knowledge to Work

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Provides a comprehensive guide to Terraform, covering everything from basic concepts to advanced techniques. It is particularly useful for understanding Terraform's workflow, state management, and module creation. The book offers practical examples and real-world scenarios, making it an excellent resource for both beginners and experienced users. It serves as a valuable reference for solidifying your understanding of Terraform concepts covered in the course.

Putting Knowledge to Work

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Putting Knowledge to Work

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Infrastructure As Code

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Provides a broad overview of Infrastructure as Code (IaC) principles and practices. It helps you understand the underlying concepts behind tools like Terraform and how they fit into a larger DevOps ecosystem. The book explores various IaC patterns, strategies, and best practices for managing infrastructure in a scalable and automated way. It is particularly helpful for gaining a deeper understanding of the 'why' behind Terraform and its role in modern infrastructure management.

Infrastructure as Code: Designing and Delivering...

Paperback

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Azure - HashiCorp Certified

Terraform Associate -70 Demos

What's inside

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Activities

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