DevOps Full Course

Here is the table of contents for what we will learn in this course

1. Introduction to DevOps

• Overview:
  • Explore the principles and practices that define DevOps, a set of cultural and technical practices aimed at improving collaboration between development and operations teams.
• History and Evolution:
  • Understand the evolution of DevOps and its impact on software development and IT operations.

Read Also – What Is Jenkins

About DevOps:

Practical Guidance: 
                      Set up a collaborative DevOps Full Course - e project using tools like Slack or Microsoft Teams to simulate effective communication and collaboration between development and operations teams.

AWS (Amazon Web Services):

Introduction: 
            Overview of cloud computing and AWS as a leading cloud service provider.

Key Topics: 
            EC2 (Elastic Compute Cloud): Virtual servers in the cloud, S3 (Simple Storage Service): Scalable object storage, IAM (Identity and Access Management): User and access control, VPC (Virtual Private Cloud): Network isolation in the cloud.

Hands-On: 
            Create an AWS account, launch an EC2 instance, store files in S3, and set up a basic IAM user with appropriate permissions. Use the AWS Management Console to explore these services hands-on.

Live Demo: 
            Walk through of AWS Console to demonstrate account creation, EC2 instance launch, and S3 bucket setup.

Azure:

Overview: 
            Introduction to Microsoft Azure's cloud services and solutions.

Core Components: 
            Azure Virtual Machines: Scalable compute in the cloud, Azure App Service: Platform for building, deploying, and scaling web apps, Azure Storage: Storage services for the cloud.

Practical Skills: 
            Sign up for an Azure account, deploy a virtual machine, and explore Azure App Service for hosting a simple web app. Practice managing resources through the Azure portal.

Live Demo: 
            Azure Portal demonstration for account setup, VM creation, and App Service deployment.

Google Cloud Platform (GCP):

Overview: 
            Basic understanding of GCP services and solutions.
Core Components: 
            Compute Engine: Scalable and customizable virtual machines, App Engine: Platform for building and deploying applications, Cloud Storage: Object storage service.
Practical Skills: 
            Sign up for a GCP account, deploy a virtual machine using Compute Engine, and explore Cloud Storage for file storage.
Live Demo: 
            GitHub integration with GCP, showcasing version control and collaborative development.

Linux:

Linux Basics: 
            Command-line operations, file systems, and user management on Linux.

Shell Scripting: 
            Writing and executing shell scripts for automation.

System Administration: 
            Introduction to Linux system administration tasks.

Practical Guidance: 
            Install a Linux distribution (e.g., Ubuntu). Practice basic command-line operations, file manipulation, and user management. Set up a simple web server using Linux.

Live Demo: 
            Live demonstration of Linux commands, script creation, and system administration tasks.

GitHub:

Introduction: 
            GitHub is a web-based platform for version control and collaboration. It facilitates seamless coordination among team members by providing a centralized repository for code, projects, and documentation.

Key Features:

Version Control: 
            Track changes, collaborate, and manage code versions.

Collaboration: 
            Multiple contributors can work on projects concurrently.

Issues and Pull Requests: 
            Facilitates discussion, bug tracking, and code review.

Actions: 
            Automate workflows, build, test, and deploy from GitHub.

Practical Guidance: 
            Set up a GitHub account, create repositories, and explore key features like issues, pull requests, and actions.

Live Demo: 
            Walkthrough of creating repositories, branching, committing changes, opening pull requests, and integrating GitHub Actions into a project.

Docker:

Introduction to Containers: 
            Understanding containerization and its advantages.

Containerization in Practice: 
            Docker Basics: Dockerfile, Docker Image, Docker Container, Container Networking and Storage.

Docker Compose: 
            Orchestrating multi-container applications using Docker Compose.

Practical Guidance: 
            Install Docker on your machine and create a Dockerfile to build a custom image. Run containers, network them, and use Docker Compose to deploy a multi-container application, such as a web server and a database.

Live Demo: 
            Live demonstration of Docker installation, Dockerfile creation, container creation, and Docker Compose setup.

Jenkins:

Continuous Integration with Jenkins: 
            Setting up Jenkins: Installation and configuration, Automated Builds: Building projects automatically.

Pipeline as Code: 
            Jenkins Pipeline: Introduction to scripted and declarative pipelines, Integration: Connecting Jenkins with version control (e.g., Git) and deployment tools.

Practical Guidance: 
            Install Jenkins locally or on a cloud VM. Set up a Jenkins pipeline using a simple project from a version control system. Trigger automated builds and explore the Jenkins dashboard.

Live Demo: 
            Live demonstration of Jenkins installation, job creation, pipeline setup, and integration with version control.

Maven:

Build Automation: 
            Understanding Maven as a project management and build automation tool.

Dependency Management: 
            Managing project dependencies efficiently using Maven.

Plugins and Goals: 
            Practical use of Maven plugins and defining build goals.

Practical Guidance: 
            Create a Java project and use Maven to manage dependencies. Write a basic Maven POM file, build the project, and explore Maven's command-line capabilities.

Live Demo: 
            Live demonstration of Maven installation, project setup, dependency management, and plugin usage.

Ansible:

Configuration Management: 
            Introduction to Ansible for automating configuration tasks.

Playbooks: 
            Writing Ansible playbooks for defining configurations.

Integration with DevOps Pipeline: 
            Using Ansible in a continuous deployment pipeline.

Practical Guidance: 
            Install Ansible and write a simple playbook to configure a virtual machine. Integrate Ansible into your continuous deployment pipeline to automate configuration tasks.

Live Demo: 
            Live demonstration of Ansible installation, playbook creation, and integration into a CI/CD pipeline.

Kubernetes:

Container Orchestration: 
            Understanding Kubernetes for automating the deployment, scaling, and management of containerized applications.

Pods, Services, and Deployments: 
            Practical aspects of Kubernetes components.

Scaling and Management: 
            Efficient scaling and management of applications in a Kubernetes cluster.

Practical Guidance: 
            Set up a local Kubernetes cluster using tools like Minikube. Deploy a sample application, create pods, services, and deployments. Explore scaling and management features.

Live Demo: 
            Live demonstration of Kubernetes cluster setup, application deployment, and scaling.

Terraform:

Infrastructure as Code (IaC): 
            Basics of Terraform for defining and provisioning infrastructure.

Terraform Configuration: 
            Writing and executing Terraform scripts.

Integration with Cloud Providers: 
            Using Terraform to manage resources on AWS, Azure, or other cloud providers.

Practical Guidance: 
            Install Terraform, create a simple Terraform script to provision resources like an EC2 instance on AWS or a virtual machine on Azure. Apply the script to deploy and manage infrastructure.

Live Demo: 
            Live demonstration of Terraform installation, script creation, and infrastructure deployment.

Shell Scripting:

Scripting Fundamentals: 
            Learning scripting languages like bash or shell.

Automation with Scripts: 
            Writing scripts for various tasks in a DevOps environment.

Practical Exercises: 
            Hands-on exercises to reinforce scripting skills for automation.

Practical Guidance: 
            Write shell scripts to automate common tasks, such as file manipulation, directory creation, or system monitoring. Execute the scripts in a Linux environment to observe their effects.

Live Demo: 
            Live demonstration of script writing, execution, and automation tasks in a real environment.

This approach ensures that the DevOps course includes both theoretical knowledge and hands-on live demonstrations for setting up and using each tool in a practical environment.

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Mahesh Wabale

Admin at DevOpsLover.com

Mahesh Wabale is the admin & author of this blog, Technology enthusiast with interest in DevOps, CICD, Spring Boot, Microservices Architecture He has more than 7 years of experience in IT industry, programming language and development stuff. He loves to share his experience with his blog.

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