Introduction to DevOps objectives, vocabulary, Benefits to the business and IT

1. Why DevOps?
2. What is DevOps?
3. DevOps Market Trends
4. DevOps Engineer Skills
5. DevOps Delivery Pipeline
6. DevOps Ecosystem

Principles and practices including Continuous Integration, Continuous Delivery, testing, security and the Three Ways

1. DevOps relationship to Agile
2. DevOps relationship to Lean
3. DevOps relationship to ITSM

Version Control with Git

1. What is version control?
2. What is Git?
3. Why Git for your organization?
4. Install Git
5. Common commands in Git
6. Working with Remote Repositories

Hands On:
GIT Installation, Version Control, Working with remote repository

Git, Jenkins & Maven Integration

1. Branching and Merging in Git
2. Git workflows
3. Git cheat sheet
4. What is CI?
5. Why CI is Required?
6. Introduction to Jenkins (With Architecture)
7. Introduction to Maven

Hands On:
Branching and merging, Stashing, rebasing, reverting and resetting
Build and automation of Test using Jenkins and Maven

STAGE 5 (Control)

• Control Stage, FMEA, Team Work

Continuous Integration using Jenkins

1. Jenkins Management
2. Adding a slave node to Jenkins
3. Building Delivery Pipeline
4. Pipeline as a Code
5. Implementation of Jenkins in the Project

Hands On:
Build the pipeline of jobs using Jenkins
Create a pipeline script to deploy an application over the tomcat server

Continuous Testing with Selenium

1. Introduction to Selenium
2. Why Selenium?
3. Selenium – Webdriver
4. Creating Test Cases in Selenium WebDriver (Waits)
5. What and why X-Path?
6. Handling different controls on Webpage
7. Framework in Selenium
8. Selenium Integration with Jenkins
9. Implementation of Selenium in the Project

Hands On:
Installing Selenium
Creating Test Cases in Selenium WebDriver
Integrating Selenium with Jenkins

Continuous Deployment: Containerization with Docker)

1. Shipping Transportation Challenges
2. Introducing Docker
3. Understanding images and containers
4. Running Hello World in Docker
5. Introduction to Container
6. Container Life Cycle
7. Sharing and Copying
8. Base Image
9. Docker File
10. Working with containers
11. Publishing Image on Docker Hub

Hands On:
Create and Implement Docker images and containers

Containerization with Docker: Ecosystem and Networking

1. Introduction to Docker Ecosystem
2. Docker Compose
3. Docker Swarm
4. Managing Containers
5. Running Containers
6. Introduction to Docker Networking
7. Network Types
8. Docker Container Networking
9. Implementation of Docker in the Project

Hands On:
Use Docker Compose to create a WordPress site
Start Containers on a Cluster with Docker Swarm
Deploy a multi-tier application over a cluster
Scale an application

Continuous Deployment: Configuration Management with Puppet

1. Introduction to Puppet
2. Puppet Installation
3. Puppet Configuration
4. Puppet Master and Agent Setup
5. Puppet Module
6. Node Classification
7. Puppet Environment
8. Puppet Classes
9. Automation & Reporting

Hands On:
Install and configure Puppet
Configure and implement servers using Puppet

Configuration Management with Ansible

1. Introduction to Ansible
2. Ansible Installation
3. Configuring Ansible Roles
4. Write Playbooks
5. Executing adhoc command

Hands On:
Installing Ansible
Configuring Ansible Role
Writing Playbooks
Executing adhoc commands

Containerization using Kubernetes

1. Revisiting Kubernetes Cluster
2. Spinning up a Kubernetes Cluster on Ubuntu VMs
3. Exploring your Cluster
4. Understanding YAML
5. Creating a Deployment in Kubernetes using YAML
6. Creating a Service in Kubernetes
7. Installing Kubernetes Dashboard
8. Deploying an App using Dashboard
9. Using Rolling Updates in Kubernetes
10. Containers and Container Orchestration
11. Introduction to Kubernetes

Hands On:
Setting up the Kubernetes Cluster
Accessing your application through service
Deploying an app through Kubernetes Dashboard
Rolling updates in Kubernetes

Continuous Monitoring with Nagios

1. Introduction to Continuous Monitoring
2. Introduction to Nagios
3. Installing Nagios
4. Nagios Plugins(NRPE) and Objects
5. Nagios Commands and Notification

Hands On:
Installing Nagios
Monitoring of different servers using Nagios

Introduction to DevOps on Cloud

1. Why Cloud?
2. Introduction to Cloud Computing
3. Why DevOps on Cloud?
4. Introduction to AWS
5. Various AWS services
6. DevOps using AWS

Learning Goals:

After attending the class, attendees should be able to:

• Understand the CALMR approach to DevOps, why it is so important, and be able to explain it to others
• Understand the importance of continuous integration, continuous testing, and be ready to apply it
• Apply the concepts of continuous security
• Map their current delivery pipeline
• Measure the flow of value through the delivery pipeline
• Identify gaps and delays in the flow
• Improve the process of exploring customer needs
• Improve the process of developing, building, and integrating continuously
• Improve the process of continuously deploying to staging and production environments
• Improve the release process
• Execute an action plan for their DevOps transformation

The following will benefit from this course:

• All members of an Agile Release Train
• Development Managers, Engineering Managers
• Configuration Managers, Release Managers
• Development Leads, Developers, UI/UX Developers
• Infrastructure Architects, System Architects
• Product Managers, Product Owners
• System Administrators, DBAs, InfoSec
• QA Managers, Testers
• Release Train Engineers, Scrum Masters