IT & Software > Operating Systems & Servers
31 h
£49.99 Free
Terraform & Ansible Bootcamp: Master Infrastructure Automation
What you will learn:
- Master Terraform for Infrastructure as Code (IaC)
- Automate infrastructure deployment and management
- Gain hands-on experience with Terraform and Ansible
- Deploy applications and manage cloud resources efficiently
- Learn Ansible for configuration management and orchestration
- Explore advanced Terraform concepts like modules and remote state
- Use Ansible with AWS, Google Cloud, and Digital Ocean
- Build Ansible playbooks, roles, and collections for reusable automation
- Integrate Terraform and Ansible for streamlined workflows
- Prepare for the HashiCorp Certified: Terraform Associate certification
Description
Dive deep into the world of Infrastructure as Code (IaC) with our comprehensive Terraform and Ansible Bootcamp. This course is designed to equip you with the skills and knowledge to automate your infrastructure deployment and management, using the industry-leading tools Terraform and Ansible.
From fundamental concepts to advanced techniques, you'll gain a solid understanding of Terraform's capabilities for creating, managing, and provisioning cloud resources. You'll master Ansible's automation power, deploying applications, configuring systems, and orchestrating complex deployments with ease.
This hands-on bootcamp is packed with practical labs and real-world scenarios. We'll cover topics like Terraform best practices, Ansible playbooks, roles, and collections. Prepare to confidently implement Terraform and Ansible in your projects, enhancing efficiency and scalability.
Curriculum
Course Introduction
This introductory section sets the stage for the course. It includes an overview of the course content, learning objectives, and the importance of infrastructure automation in today's technology landscape. You'll gain insights into the role of IaC in modern DevOps practices and how it benefits organizations.
Understanding Infrastructure As Code
Explore the fundamentals of Infrastructure as Code (IaC), delving into its benefits and the principles behind it. Learn why IaC is essential for modern infrastructure management, and discover how Terraform and Ansible empower you to manage your infrastructure effectively. Understand the advantages of using IaC for scalability, reproducibility, and consistency. This section also features interactive Q&A sessions with experienced instructors and your fellow learners, fostering a collaborative learning environment.
IaC with Terraform
Dive into the core of Terraform, starting with its workflow. You'll explore essential concepts such as initialization, plan, apply, and destroy commands. We'll guide you through setting up a free-tier AWS account (optional) and creating a cloud machine specifically for Terraform execution. Discover the power of Terraform by installing it on your macOS or Windows system, and get hands-on with real-world examples. Engage in interactive discussions and Q&A sessions to solidify your understanding of Terraform's key features and functionalities.
Start With Terraform Basics
Build a solid foundation in Terraform basics, exploring concepts like providers, initialization, and creating cloud resources. Learn how to configure Terraform to interact with AWS services, provision virtual machines, and manage credentials securely. This section includes a hands-on lab where you'll create your first Terraform project, gaining practical experience with the fundamentals of infrastructure automation.
Terraform Variables Detailed Explanation
Uncover the power of variables in Terraform. You'll learn how to effectively use variables for parameterization, customization, and code reusability. Explore different ways to define and manage variables, including configuration files and environment variables. Through hands-on labs, you'll gain practical experience applying variables to real-world Terraform projects, enhancing the flexibility and maintainability of your code.
Terraform Concepts - Building Blocks
Delve deeper into Terraform's core concepts. Explore topics such as data sources for fetching information about existing resources, output attributes for retrieving values from your infrastructure, and the concept of remote state for managing Terraform state files securely. Through various hands-on labs, you'll solidify your understanding of these building blocks, learning how to utilize them effectively in your Terraform deployments.
Terraform for AWS Cloud
Gain expertise in using Terraform to manage your AWS cloud infrastructure. This section provides an in-depth exploration of AWS Virtual Private Cloud (VPC) concepts and their implementation using Terraform. Learn how to create VPCs, configure security groups, launch EC2 instances, and manage storage with Elastic Block Store (EBS). You'll practice these concepts in hands-on labs, building and configuring a robust and secure AWS infrastructure.
Terraform for AWS Cloud Part II
Continue your journey into AWS infrastructure management with Terraform. This section focuses on advanced topics like AWS Relational Database Service (RDS), managing access and identity management with IAM, creating autoscaling groups for EC2 instances, and implementing load balancing. Hands-on labs provide practical experience in building and configuring these essential AWS services using Terraform.
Terraform Modules | Code Re-Useability
Discover the power of Terraform modules, allowing you to modularize your code and promote reusability. Learn how to create, use, and manage Terraform modules effectively. Explore the concepts of source modules from GitHub and local path modules, and practice creating your own modules to encapsulate common infrastructure components. Through hands-on labs, you'll gain practical experience building and utilizing modules in your Terraform projects, accelerating your development workflow.
Conditions , Loops in Terraform
Master the art of conditional statements and loops in Terraform, enhancing the flexibility and logic of your infrastructure code. You'll learn how to use conditions to control resource creation based on specific criteria and leverage loops for managing repetitive tasks. Hands-on labs allow you to practice implementing these advanced features in your Terraform projects, enabling you to write more robust and adaptable infrastructure code.
Packer and Terraform
Explore the integration of Packer and Terraform, two powerful tools for infrastructure automation. Learn how Packer helps you build custom machine images for your deployments, while Terraform provisions and manages these images in your infrastructure. Hands-on labs guide you through creating custom AMIs (Amazon Machine Images) using Packer and deploying them using Terraform, illustrating the seamless integration of these tools for streamlined infrastructure management.
Job Scenario 1 : End to End Web-Application Deployment
Put your Terraform knowledge to the test by deploying a complete web application in AWS. You'll follow a practical scenario, creating a virtual private cloud (VPC) network, deploying a relational database using RDS, setting up a web server, and orchestrating the complete application deployment. This hands-on project will demonstrate the real-world power of Terraform for building and managing complex infrastructure environments.
Job Scenario 2 : Terraform Docker and Kubernetes (EKS)
Delve into the world of containerized applications with Terraform, Docker, and Kubernetes. This section explores the use of Terraform to manage and deploy Kubernetes clusters on AWS Elastic Kubernetes Service (EKS). Learn how to set up EKS clusters, deploy Docker containers, and manage your containerized applications with Terraform. Through hands-on labs, you'll experience the benefits of using Terraform for Kubernetes infrastructure, enabling you to efficiently manage and scale your containerized applications.
Job Scenario 3 : Terraform & AWS ELK
Learn how to use Terraform to deploy and manage the ELK stack (Elasticsearch, Logstash, Kibana) for centralized logging and analysis on AWS. This section provides practical experience in setting up the ELK stack, configuring log collection, and visualizing log data using Kibana. You'll gain valuable skills in using Terraform to build and manage a robust logging infrastructure for your applications.
Terraform GCP : Introduction
Expand your knowledge of Terraform by exploring its integration with Google Cloud Platform (GCP). This section provides an introduction to using Terraform for GCP infrastructure management, comparing it with Google Deployment Manager. Learn how to set up GCP projects for Terraform deployments, enable necessary APIs, and configure remote state files for secure state management.
Terraform Hashicorp Certification Guide
Prepare for the HashiCorp Certified: Terraform Associate certification. This section provides comprehensive coverage of the exam objectives, helping you solidify your understanding of Terraform concepts and best practices. You'll gain insights into infrastructure as code principles, Terraform's core features, working with the Terraform CLI, managing state, and interacting with modules. This preparation will equip you with the knowledge and skills to confidently pursue the certification.
Ansible Introduction
Begin your Ansible journey by exploring its core principles and capabilities. Understand how Ansible works as a powerful automation tool, and discover its role in managing and orchestrating infrastructure. Learn about Ansible's architecture, explore the advantages of using Ansible, and gain insights into its wide range of applications.
Ansible Environment Preparation & Installation
Set up your Ansible environment for success. This section guides you through the installation process, covering both pip and Python virtual environments. Learn how to create a cloud machine for running Ansible, configure the Ansible engine, and prepare your infrastructure for automation. This section ensures you have a fully functional Ansible environment ready for tackling infrastructure automation tasks.
Configure Ansible Engine and Ansible Clients
Master the configuration of Ansible engines and clients. Learn how to manage nodes in various cloud environments, including AWS, Google Cloud, and Digital Ocean. Discover how to establish secure connections between Ansible engines and your remote clients. This section focuses on best practices for configuring Ansible's inventory files, groups, and security settings, ensuring a seamless and secure automation experience.
Ansible Ad-Hoc Commands
Explore the power of Ansible's ad-hoc commands. This section provides a deep dive into the syntax and usage of ad-hoc commands for performing quick and targeted automation tasks. Learn how to transfer files between Ansible engines and clients, manage files and directories, and install packages on remote hosts. Gain practical experience with ad-hoc commands, enabling you to efficiently manage your infrastructure.
Ansible Facts, Modules & Variables
Delve into the core building blocks of Ansible playbooks. Explore Ansible modules, understanding their role in automating tasks and actions. Learn about Ansible facts, which provide valuable information about your target hosts, and discover how to create custom facts for tailored automation. This section equips you with the knowledge to effectively utilize Ansible modules, facts, and variables in your automation workflows.
Ansible Inventories
Master the art of managing Ansible inventories, which define the hosts that Ansible interacts with. Learn how to create and maintain dynamic inventories using scripts for AWS, Google Cloud, and Digital Ocean. Discover the benefits of dynamic inventories, enabling you to manage your infrastructure more effectively and adapt to changes in your environment.
Basic of Ansible Playbook
Dive into Ansible playbooks, the foundation for automating complex tasks. This section introduces the concept of playbooks and demonstrates their use through practical examples. You'll learn how to write and execute playbooks, understand their structure, and gain insights into their powerful capabilities for orchestrating automation workflows.
Basic Concepts of Ansible PlayBooks
Master the essential concepts of Ansible playbooks. Learn how to log debug statements for troubleshooting, utilize variables for customization, and implement data collection for gathering information from your hosts. Discover the power of set_fact and register modules for managing variables and results within playbooks. This section also covers arithmetic operations and practical techniques for using filters and methods to refine your Ansible automation.
Ansible Tips and Tricks : Practical Demos
Boost your Ansible skills with practical demos and useful tips. This section showcases advanced techniques for managing playbooks, including using the pause module to control execution, passing variables via command line, understanding ansible_hostname and inventory_hostname, setting environment variables per task or play, executing tasks on specific hosts, and comparing Ansible command vs. shell modules. Learn how to use date, time, and timestamp functions in playbooks, perform dry runs for validation, and leverage other valuable techniques to optimize your Ansible workflows.
Operators and Conditional Statement in Ansible Playbook
Expand your Ansible playbook expertise by mastering operators and conditional statements. Learn how to utilize comparison, membership, and logical operators to control the execution of tasks based on specific conditions. Discover how to implement conditional statements within your playbooks, enabling you to create more dynamic and adaptable automation workflows.
Handlers in Ansible
Explore the powerful concept of handlers in Ansible playbooks. Learn how handlers allow you to execute specific tasks triggered by other events within your playbooks. This section provides a comprehensive overview of handlers, their usage, and best practices for creating efficient and reliable automation workflows.
Secure Your Infra : Ansible Vault
Enhance the security of your Ansible playbooks by using Ansible Vault. This section introduces Ansible Vault and explains how it encrypts sensitive data, protecting it from unauthorized access. Learn how to encrypt and decrypt data using Ansible Vault, and discover how to integrate Vault into your playbooks for secure management of sensitive information.
Loops in Ansible Playbook
Master the art of loops in Ansible playbooks, allowing you to perform repetitive tasks efficiently. This section explores different types of loops, including the 'with_items' loop for iterating over lists, 'with_lines' for processing lines from files, and 'with_dict' for working with dictionaries. Gain practical experience using loops in your playbooks, streamlining your automation workflows.
Tags in Ansible
Explore the use of tags in Ansible playbooks for better organization and control. This section explains how tags allow you to group tasks and selectively run specific portions of your playbooks. Learn how to use tags for efficient testing, debugging, and managing your automation workflows.
Ansible Playbooks For Linux : Practical Labs
Gain practical experience with Ansible playbooks specifically for Linux systems. This section dives into real-world scenarios, covering tasks such as managing files using the lineinfile and blockinfile modules, rebooting remote hosts, checking out Git repositories, copying files between local and remote machines, managing services, scheduling cron jobs, and leveraging templates for dynamic configuration. Through hands-on labs, you'll solidify your understanding of Ansible playbooks and their applications for managing Linux infrastructure.
Error Handling in Ansible
Enhance the robustness of your Ansible playbooks by implementing error handling. This section delves into error handling strategies, exploring techniques like 'block' and 'rescue' blocks. Through practical examples and hands-on labs, you'll learn how to handle errors gracefully, preventing script failures and ensuring the stability of your automation workflows.
Working with include and import module in Ansible
Discover the power of the 'include' and 'import' modules in Ansible playbooks for modularizing your code and enhancing reusability. Learn how these modules allow you to include external files or roles within your playbooks, promoting better organization and code maintainability. This section provides practical demonstrations of using 'include' and 'import', enabling you to write cleaner and more scalable automation scripts.
Ansible Machine Specific Execution
Explore advanced Ansible techniques for controlling the execution of tasks on specific machines. This section introduces the 'local_action' module for executing tasks on the Ansible control node and the 'delegate_to' module for directing tasks to specific remote hosts. Learn how to use these modules effectively to manage and orchestrate tasks across your infrastructure.
Ansible Code Reuse - Ansible Roles and Collections
Unlock the potential of Ansible roles and collections for code reusability and efficient automation. This section provides a comprehensive understanding of Ansible Galaxy, a repository of roles and collections, and guides you through the process of downloading and utilizing them in your playbooks. Learn how to create and manage Ansible roles, encapsulating common tasks and configurations for easier deployment.
Manage Remote Machine File System via Ansible
Gain mastery over managing files and directories on remote hosts using Ansible. This section covers essential tasks like creating, deleting, and modifying files and directories, creating symlinks and hard links, downloading files, and extracting archives. Through practical demonstrations, you'll learn how to use Ansible effectively for remote file system management, enhancing your infrastructure automation capabilities.
Concept of Template in Ansible
Unlock the power of templates in Ansible. Learn how to use Ansible's 'template' module to generate dynamic configuration files based on variables and data. This section provides practical examples of using templates for installing real-time applications, incorporating variables, and generating customized configuration files. By mastering templates, you'll enhance the flexibility and adaptability of your Ansible automation workflows.
Interact with Web Service APIs using Ansible
Expand your Ansible automation capabilities by interacting with web service APIs. This section explores techniques for submitting HTTP requests to REST API endpoints, including both GET and POST requests. Learn how to handle token-based authentication for secure API access. Through practical demonstrations, you'll gain the ability to automate API interactions using Ansible, expanding the possibilities of your automation projects.
Ansible with Docker Containers
Explore the powerful integration of Ansible with Docker containers. This section covers how to install Docker on remote hosts using Ansible, manage Docker containers, build custom Docker images, and handle networking and storage for Dockerized applications. Gain practical experience using Ansible to automate Docker workflows, enabling you to manage and deploy containerized applications seamlessly.
Course Completion
Congratulations on completing the Terraform and Ansible Bootcamp! This section provides a final recap of the key takeaways and highlights the essential skills you've acquired. You'll be equipped to confidently implement Terraform and Ansible for infrastructure automation, streamlining your workflows and boosting your DevOps efficiency.
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