The Cloud Enabled Certified DevOps Professional certification is designed for IT professionals seeking to enhance their skills in cloud computing and DevOps practices. This certification covers essential concepts, tools, and methodologies that enable candidates to effectively integrate cloud solutions with DevOps principles, facilitating agile development and improved collaboration between development and operations teams. 

Module 1: Devops Big Picture ( Theory)

What and why of Devops

Devops Tools – Overview and Usecase

Source Control Management (SCM Tools)

Continuous Integration

Static ode Analysis Tool

Storage Artifacts

Continuous Deployment

Containerization

Configuration Management

Module 2: Devops in Action ( Hands on Lab by students)

SCM Live demo

 Github – Create an account and fork your application code

 Git clone the github code , Use maven to compile and package java source code

 Deploy .jar file manually

Continuous Integration Tool – ( Hands on Lab by students)  

Jenkins – Deploy Jenkins on Ubuntu 14.04 server ( each student will deploy his Jenkins server)

Continuous Integration setup – Jenkins and Github

Code Packaging automation – ( Hands on Lab by students)

Automation Maven test, Compile and Package ( .jar) using Jenkins

Static Code Analysis – ( Hands on Lab by students)

Understand sonarqube  

Deploy and configure sonarqube

Students to Integrate Jenkins (CI) server with Sonarqube ( lab by students)

Sonarqube –static code analysis and set quality gates

Storage Artifact – ( Hands on Lab by students)

Understand Nexus  

Deploy and configure nexus

 Nexus storage artifact integration

 Store your end software products in Nexus

Continuous Deployment – ( Hands on Lab by students)

Add slave nodes to Jenkins

Automate deployment of your .jar file to server

Building Pipeline scripts and stages in SDLC

Add Cucumber test- automation in pipeline

Add OWSAP web Application vulnerbility check in pipelineModule 1 : Course Overview

Module 1.1 : Introduction to the course

 Module 2 : Understanding Docker

2.1 : Module Introduction

2 .2 : What is Virtualization

2.3 : what are Containers

2.4 : Containerization and virtualization differences

2.5 : Case study : 100 developer environment

2.6 : difference between win and linux containers

2.7 : Docker ecosystem and components

 Module 3 : Installing Docker on Linux

3.1 : Module Introduction

3.2 : Installing Docker on ubuntu 16.04 server

Module 4 : Containers On Ubuntu Docker host

4.1 : Module Introduction

4.2 : Deploy ,Login,exit contianer

4.3: List,Start, Stop, restart containers

4.4 : where containers are stored

4.5 : working with container hostnames

4.6 : working on multiple containers

4.7 : Container stats and inspect

4.8 : Container networking

4.9 : Deleting containers

Module 5 : Docker Images

5.1 : Module Introduction

5.2 : Introduction to Docker Images

5.3 : Docker hub - create your account

5.4 : Explore and pull images from docker hub

5.5 : Docker commit Build and Push Your own image

5.6 : Launch container using your own image

5.7 : Build Your own image using dockerFIle

Module 6 : Docker Volumes

6.1 : Module introduction

6.2 : Introduction to Docker volumes

6.3 : Launch a container with volume attached

6.4 : Recovering volume

6.5 : Module SummaryModule 1: Ansible Big Picture ( Theory)

What and why of Ansible

Ansible use cases and terminologies

Controller server

Nodes

Playbook

Ansible tower

Module 2: Ansible management server deployment ( Hands on Lab by students)

Ansible– Deploy a centos7 server

Ssh to centos7 server

Install and configure Ansible

Create password less authentication keys

Define nodes to be managed by ansible control server

Module 2: Ansible Node server deployment ( Hands on Lab by students)

Deploy a RHEL server + 1 ubuntu 16.04 server

Ssh to centos7 server

Create password less authentication keys

Module 3: Ansible HTTPD Playbook for RHEL node( Hands on Lab by students)

Create a httpd playbook directory

Write .yml file

write httpd package install code for RHEL server

write httpd service restart code

write template resource type to push index.html and log.png to node

write user and group creation code

Apply the playbook on centos node and validate if website is up

Module 4: Ansible Apache2 Playbook for ubuntu node( Hands on Lab by students)

Create a apache2 playbook directory

Write .yml file

write apache2 package install code for ubuntu server

write apache2 service restart code

write template resource type to push index.html and log.png to node

write user and group creation code

Apply the playbook on ubuntu node and validate if website is up

Module 5 : Ansible Windows 2016 server node deployment ( Hands on Lab by students)

Deploy a windows 2016 server

 Configure it as windows node under ansible management

Module 6: Playbook for windows 2016 node ( Hands on Lab by students)

Create a iis playbook directory

Write resource code to automate iis role on windows server

Apply the playbook on Windows node and validate if website is upModule 1 : Kuberentes ( Hands on lab by students)

Kuberentes architecture overview

Deploy Kuberenetes master

Deploy Kuberentes minnions node 1

Module 2 : Jenkins with Kuberentes Integration ( Hands on lab by students)

Create a new pipeline script which deploys application on kubernetes

configure a docker slave node with jenkins

fork source code

Run job which uses docker, sonarqube, nexus by jenkins CI/CD piepline

Module 3 : Jenkins with ansible integration ( Hands on lab by students)

Create jenkins Job to compile package a java webapp file

Define ansible nodes

Integrate ansible in jenkins pipeline to deploy web app to Ubuntu servers