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DevOps Training

DevOps Training Course Broucher & Syllabus

DevOps Overview

  • DevOps is a set of practices, tools and cultural philosophy that automate and integrate the processes between software development and IT teams. It emphasizes team empowerment, cross-team communication and collaboration, and technology automation.

  • A DevOps team includes developers and IT operations working collaboratively throughout the product lifecycle, in order to increase the speed and quality of software deployment. It’s a new way of working, a cultural shift that has significant implications for teams and the organizations they work for.

  • DevOps is definitely a promising career for all IT professionals. In next few years 90% of the companies will adopt DevOps culture.

  • In India average salary for a DevOps professionals with 3 – 4 years of experience is Rs. 15 lac per year.

Why KeenSmartz?

  • Hands-On Assignments For Each Module

  • At KeenSmartz, we offer the best DevOps training. We have an excellent network of working professional having over 10 years of experience working in Industry.

  • All our DevOps instructors are working in Top level MNCs and have min 10 years of experience.

  • KeenSmartz DevOps Training course is designed by industry experts and to incorporate the latest industry market cloud requirements.

  • As a DevOps engineer you will become an expert in infrastructure automation, deployment, configuration management tools such as GIT, Docker, Jenkins, Nagios etc.

  • DevOps Training from KeenSmartz will make you expert on all required DevOps tools.

  • 40 Hours of Live Virtual Training

  • 100% student satisfaction rate in DevOps training.

  • KeenSmartz has excellent trainers for DevOps with rich experience in industry.

  • Course Completion Certificate

  • KeenSmartz is not just a training provider but an IT solution Provider. We have our Development entity with the name of MSA Biztech

DevOps Training course objectives

  • In-depth DevOps Industry Standards knowledge.

  • Get Expertise on various DevOps Techniques, Continuous Development, Continuous Integration, and Continuous Testing by performing hands-on on GIT, Jenkins and Selenium.

  • In depth knowledge on Configuration Management, and Continuous Deployment using Ansible.

  • Hands on experience on Containerization and Continuous Deployment by performing hands-on on popular tools like Docker and Kubernetes.

  • Hands on the continuous monitoring using Nagios.

  • Hands on automating the all aspects of a modern code delivery and deployment pipeline using Source code management tools.

Course Duration

40 Hours of Instructor Led Online Classroom Training

Who Can Attend

  • IT Professionals

  • Software Testers

  • System Admins

  • Solution Architects

  • Security Engineers

  • Application Developers

  • Integration Specialists

Course Contents

Module 1 – Overview of DevOps

Objectives:

After completing this module, you should be able to understand:

  • What is DevOps

  • Benefits of DevOps over other software development processes

  • Insights into the DevOps environment

  • Overview of different DevOps Tools Available Today

  • How DevOps Delivery Pipeline works

Topics Covered:

  • Introduction to DevOps

  • Why DevOps?

  • Benefits of working in a DevOps environment

  • Agile and DevOps

  • DevOps Lifecycle

  • DevOps Ecosystem & Use Case

  • DevOps Stages

  • DevOps Delivery Pipeline

Module 2 – Managing Source Code, Version Control – Git and GitHub

Goal: In this module, you will learn what is Source Control Management and the functionalities of Git and Github.

Objectives:

  • Gain insight of what is Version Control

  • Manage source code of projects

  • Hands on commonly used Git commands

  • Understand how to work with remote repositories (Github)

Topics Covered:

  • Overview of Version Control Systems

  • Central vs Distributed Control systems

  • Git Introduction

  • Git file workflow

  • Git Installation

  • Commonly used commands in Git

  • Branching and Merging, Stashing, Rebasing, Reverting and Resetting

  • Working with Remote repository

  • Introduction to GitHub

  • Using Git and GitHub together.

Hands On:

Git Installation, Git Common Commands, Working with Remote Repository, Branching and Merging, Stashing, Rebasing, Reverting and Resetting, Show the various git commands to push and pull a repository, from GitHub, Branching and Merging, Merge Conflicts

Module 3 – Understanding and using Build tools

Goal: In this module, you can learn how to build an appropriate delivery pipeline and perform test automation on it.

Objectives:

  • Understand various build tools available

  • Understand how Maven works

  • Perform unit testing”

Topics Covered:

  • Overview of Various Build Tools

  • What is Maven

  • Maven Architecture

  • Maven Plugins

  • Maven Archetypes

  • Project Object Model (POM)

  • Source Control Integration

Hands On: Creating simple Maven project and perform unit test and resolve dependencies, Configuring Maven

Module 4 – Continuous Integration using Jenkins

Goal: In this module, You will know how to perform Continuous Integration with the help of Maven build tool and Jenkins by creating deployment pipelines using Jenkins.

Objectives:

  • Working with Jenkins

  • Managing authorization in Jenkins

  • Managing notifications in Jenkins

  • Understanding Master-slave architecture in Jenkins

  • Build and deploy codes using Jenkins

  • Build pipeline plugin in Jenkins

  • Understand Declarative pipeline in Jenkins

Topics Covered:

  • Introduction to Continuous Integration

  • Introduction to Jenkins

  • Jenkins Architecture

  • Installing and Configuring Jenkins

  • Plugin Management in Jenkins

  • Jenkins Security Management

  • Notification in Jenkins

  • Jenkins Master-slave architecture

  • Jenkins Build Pipeline

  • Jenkins Delivery Pipeline

  • Jenkins Declarative pipeline

Hands On: Installing and Configuring Jenkins, Create pipeline view using DevCompile and QAUnitTest, Adding Slave node in Jenkins, Build Pipeline project using Groovy script, Creating a build using Jenkins, Integrating with Jenkins, Working with Jenkins Pipelines

Module 5 – Configuration Management Using Ansible

Goal: To Understand how to manage and configure your infrastructure using Ansible.

Objectives:

  • Understand Architecture of Ansible

  • Understand infrastructure configuration

  • Using Ansible CLI

  • Understand and execute Ansible Ad-Hoc Commands for one-off tasks

  • Automate host servers using Ansible Playbooks”

Topics Covered:

  • Introduction to Configuration Management

  • Introduction to Ansible

  • Ansible Architecture

  • Ansible Components

  • Inventory Management

  • Installation & Configuration

  • Working with Ansible Modules

  • Ansible AD-HOC Commands

  • Writing Ansible Playbooks

  • Ansible Roles

  • Creating Roles using Ansible Galaxy

Hands On: Write Ansible playbooks for Configuration Management, Ad-Hoc Commands, Running a Simple Playbook, Using Variables and handlers, Using Ansible Roles

Module 6 – Containerization using Docker Part – I

Goal: This module aims to introduce you about the core concepts and technology behind Docker and containers.

Objectives:

  • Understand what Containerization is

  • Understand difference between containers and VMs.

  • Understand the Docker Architecture

  • Using Docker CLI

  • Write and build a Docker file to create a Docker Image

Topics Covered:

  • Introduction to Virtualization

  • Introduction to VMs

  • What are Containers?

  • Why Containers

  • Difference between VMs and Containers

  • Namespaces

  • Docker

  • Docker Architecture and Components

  • Container Lifecycle

  • Docker CLI

  • Docker Port Binding

  • Detached and Foreground Mode

  • Docker file

  • Docker file Instructions

  • Docker Image

  • Image Distribution using Docker Hub

  • Working with Containers and Docker Hub

Hands On: Installing Docker in EC2, Starting Containers in Different Modes, Docker CLI Commands, Port Binding, Writing a Docker file to Create an Image, Create Docker Image, Manage Containers, Create Images from Containers

Module 7 – Containerization using Docker Part – II

Goal: Learn more advance concepts of Docker. Learn how to use Docker Hub registry, deploy a multi-tier application using Docker Compose, and create a swarm cluster.

Objectives:

  • Understand how to use Docker Hub to store Docker Images

  • Store data in Container Volumes for persistent storage

  • Understand how to setup Docker Compose

  • Deploy a multi-container application using Docker Compose

  • Deploy a Docker Swarm Cluster

  • Networking concepts in Docker

  • Working with Docker Compose

Topics Covered:

  • Docker Registry

  • Docker Files

  • Container Storage

  • Volumes

  • Docker Compose

  • Docker Networking

  • Docker Swarm

Hands On: Setting up Docker Hub, Docker Volumes, Push images to Docker Hub, Docker Compose, Installing a Multi-Container Application using Compose, Running Docker in Swarm Mode, Building Images using Docker File, Creating multi-containers using Docker Compose, Creating User-Defined Networks, Working with Docker Swarm

Module 8 – Orchestration using Kubernetes Part – I

Goal: In this module, you will understand concepts of Container Orchestration and Basic of container management using Kubernetes. You will also learn how to manage multiple Docker Hosts using Kubernetes Orchestration.

Objectives:

  • Understand what Container Orchestration is

  • Learn about Kubernetes Core Concept

  • Understand what Pods are

  • Create Deployments to manage Pods

  • Understand how to Deploy Pods

  • Understand how to launch Daemon Sets for background applications

  • Understand how to Update and Rollback your Deployments

  • Understand how to scale your containerized Applications

Topics Covered:

  • Introduction to Container Orchestration

  • Basics of Kubernetes container orchestration

  • Understand Kubernetes Architecture

  • Differences between Docker Swarm and Kubernetes

  • Kubernetes Core Concepts

  • Installing Kubernetes using Kubeadm

  • Understanding Pods – Creating Pods and Deployments using YAML

  • Selectors & Labels in Kubernetes

  • Using Replica Sets & Rolling Updates

  • Replica Set and Replication Controller

  • Working with Jobs

  • Understand Deployments

  • Understand Daemon Sets

  • Rolling Updates and Rollbacks

  • Understand Scaling Application

  • Scheduling the applications on the container

Hands On: Installing Kubernetes, Using Kubectl Common Commands, Creating Pods, Deployments, Daemon Sets, Rolling-update and Rollbacks, Scaling in Kubernetes, Working with Jobs, Using Replica Sets & Rolling Updates, Scheduling the applications on the container

Module 9 – Orchestration using Kubernetes Part – II

Goal: To learn and deploy different service discovery mechanisms, utilize Volumes for persistent storage and deploy StatefulSets for Stateful applications.

Objectives:

  • Deploy different Kubernetes Services

  • Utilize Volumes to store Persistent Data

  • Create Persistent Volume Claims to attach volumes to Pods

  • Understand Persistent Volume Claims Primitives

  • Use Headless Services in Stateful Sets

  • Deploy Helm Charts

Topics Covered:

  • Understand Services in Kubernetes

  • Persistent Storage in Kubernetes

  • Primitives for Persistent VolumeClaims

  • Understand Secrets and ConfigMaps

  • Understand Headless Services

  • Stateful Sets

  • Understand Helm Charts

Hands On: Deploying Services, Persistent Volumes and Persistent Volume Claims, StatefulSets, ConfigMaps and Secrets, Helm Charts

Module 10 – Continuous Monitoring using Nagios

Goal: Learn how to continuously monitor your tasks using various plugins and implementing Nagios Commands

Objectives:

Topics Covered:

  • Understand Continuous Monitoring tools

  • Use various plugins and objects associated with Nagios

  • Utilize common Nagios commands

  • Introduction to Continuous Monitoring

  • Introduction to Nagios

  • Installing Nagios

  • Understand Nagios Plugins

  • Nagios Plugins (NRPE) and Objects

  • Common Nagios Commands and Notification

Hands On: Installing Nagios, Monitoring of different servers using Nagios

Module 11 – Monitoring using Prometheus and Grafana

Goal: To understand how to collect, monitor, and visualize data using Prometheus and Grafana.

Objectives:

  • Understand Continuous Monitoring

  • Use Prometheus to monitor services

  • Create an alerting mechanism using Prometheus

  • Deploy Grafana dashboards to visualize data

  • Integrate Prometheus and Grafana to monitor a full pipeline

Topics Covered:

  • Understand Continuous Monitoring

  • Introduction to Prometheus and Grafana

  • Setting up Prometheus and Grafana

  • Monitoring using Prometheus

  • Using Grafana for Dashboard Visualization

  • Creating a Dashboard to monitor the Pipeline

Hands On: Monitoring using Prometheus, Alerting using Prometheus, Visualization with Grafana Dashboards, Monitoring a Pipeline

Module 12 – Understand Cloud, AWS DevOps Services, DevOps on Cloud

Goal: To understand cloud computing and various cloud services and service providers. Also get an overview of how to implement DevOps using AWS.

Objectives:

  • Understand about cloud and its advantages

  • Learn about Various cloud computing services

  • Get an idea of how to implement DevOps using AWS

Topics Covered:

  • Introduction to Cloud Computing

  • Why Cloud?

  • Why DevOps on Cloud?

  • Overview of AWS (Amazon Web Services)

  • Implement DevOps using AWS

  • Introduction to CodeCommit, CodeBuild, CodeDeploy and CodePipeline

  • Hands On: Working with Code Commit & Deploy an application using CodePipeline