The document outlines a comprehensive DevOps learning path, detailing key concepts from DevOps introduction and agile software development to various tools and technologies like Git, Ansible, Terraform, and Jenkins. It also covers cloud computing concepts, Linux basics, and containerization with Docker and Kubernetes, alongside continuous monitoring with Nagios. The learning path emphasizes practical applications through scripting and tool integration, with a focus on preparing candidates for real-world DevOps challenges.

1. DevOps Learning
Path
git
Ansible
Unix
Scripting
maven

2. BASICS OF DEVOPS WITH COMPLETE
INTRODUCTION
Step 1
What is DevOps?
Development + Operations
Need of DevOps
Problems faced by IT companies without
DevOps
Agile software development process and
application in DevOps
DevOps Delivery Pipeline
DevOps Market Trends

3. PHASES TO CHOOSE THE REQUIRED
TOOLS FROM DEVOPS TOOLKIT
Step 2
Planning (Development)
Integration and Build
Deployment
Monitoring
Operate/Operation
Software distribution

4. UNIX SHELL
SCRIPTING
Step 3
How a script is executed
Passing data to your script
Plot using Object-oriented approach
Write a script to back up a directory and
relocate it to new location

5. DEVOPS AND
CLOUD CONCEPTS
Step 4
Cloud Computing Concept
Virtualization Concept
Containerization Concept
Application Servers and Deployment
Web/App/DB Servers
Configuration Management

6. CLOUD COMPUTING
AND AWS
Step 5
Introduction to Cloud computing
Differentiation between cloud computing
and in-house infrastructure
Types of Clouds
Cloud significance with DevOps
Amazon Web Services
Various AWS services· EC2, VPC, IAM, Elastic
Beanstalk

7. LINUX
ADMINISTRATION
Step 6
Basics of Linux
Types of Linux Distribution Available
Command Line Interface
Frequently used Linux DevOps commands
Shell Scripting usage in Linux

8. GIT
Step 7
Git Introduction
Version Control System (VCS)
Git as SCM
GitHub Repository
Git Bash Command-line Interface

9. MAVEN
Step 8
Maven Introduction
Build Automation Process
Software built and dependencies
Maven Snapshot Build
Git and Maven integration
maven

10. JENKINS
Step 9
Introduction to Continuous Integration
Implementation of continuous integration
Jenkins Architecture and terms of Jenkins
Overview of Jenkins UI and How to configure
a system
Configuring a Jenkins Job
Introduction to Plugins
Commonly used plugins (Git Plugin, container
deploy, and Green Balls)
Part - 1

11. JENKINS
Step 9
Creating a Freestyle Build Job
Distributed builds & Notification System
Joins
Security
Pipeline
Configuring Jenkins to work with Java, Git, and
Maven
Creating a Jenkins Build and Jenkins workspace
Configure Jenkins to check for source code
changes periodically.
Part - 2

12. TERRAFORM
Step 10
Installing Terraform
Build Infrastructure
Change Infrastructure
Destroy Infrastructure
Resource Dependencies
What is Terraform?
Use Cases
Terraform V/s Other
Provision
Input & Output Variables

13. PUPPET
Step 11
Node Classification
Puppet
Environment
Introduction to Puppet
Puppet Master and Agent Setup
Puppet Module

14. ANSIBLE
Step 12
Configuring Ansible Roles
Write Playbooks
Executing ad hoc command
Introduction to Ansible
Installation of Ansible
Working with command-line tools

15. DOCKER
Step 13
How to create and run Docker Image
Docker Registry
Docker Container Management
Docker Introduction
Containers in Docker Difference between VM
and Container

16. KUBERNETES WITH
AWS
Step 14
Architecture
Containers
Workloads
Why do I need Kubernetes and what can it do?
Pods
Controller
Create Cluster
Deploy Application

17. NAGIOS
Step 15
Introduction to Nagios
Installing Nagios
Nagios Commands and Notification
Introduction to Continuous Monitoring

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