Course Overview
This Advanced Devops Corporate Training is extremely faced paced walk-through of Devops Methodology and various tools. It takes participants through the concept of Continuous integrations & Deployment with Jenkins, the concept of containers and deployments with Docker & Kubernetes, concept of configuration management with Ansible as well as deploying Microservices.
Requirements
- At least one or more years of experience in any of the programming language and Linux basics
Curriculum
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DevOps essentials CI/CD (Jenkins) Pipeline - Module 1: Devops Big Picture ( Theory)
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Ansible - Configuration Management - Module 1: Ansible Big Picture ( Theory)
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Microservices - Deploying Microservices
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DevOps essentials CI/CD (Jenkins) Pipeline - 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) o Understand sonarqube ( deployed by a trainer)
- Students to Integrate Jenkins (CI) server with Sonarqube o Sonarqube –static code analysis and set quality gates
- Storage Artifact – ( Hands-on Lab by students)
- Understand Nexus ( deployed by trainer)
- 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
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Docker Essentials and Kubernetes
- Module 1: Course Overview
- Module 1.1: Introduction to the course
- Module 2: Understanding Docker
- Module 2.1: Module Introduction
- Module 2 .2: Virtualization Basics
- Module 2.3: Containers
- Module 2.4: Containerization and virtualization differences
- Module 2.5: Summary
- Module 3: Installing Docker
- 3.1: Module Introduction
- 3.2 – Installing Docker on ubuntu Server 16.04 Server
- 3.3 – Install Docker on win 2016 server
- Module 4 : Docker Containers
- 4.1 : Module Introduction
- 4.2 : Introduction to Docker containers
- 4.3 : Running linux containers on Docker host-Ubuntu
- 4.4 : Running windows containers on Docker host-windows 2016
- 4.5 : Summary
- Module 5 : Docker Images
- 5.1 : Module Introduction
- 5.2 : Introduction to Docker Images
- 5.3 : Docker hub – create your account
- 5.4 : Image operations ( Pull and push images)
- 5.5 : Build image using Dockerfile
- 5.6 : Module Summary
- Module 6 : Docker Networking
- 6.1 : Module Introduction
- 6.2 : Introduction to Docker Networking
- 6.3 : working with Default bridge
- 6.4 : Port Mapping
- Module 7 : Docker Volumes
- 7.1 : Module introduction
- 7.2 : Introduction to Docker volumes
- 7.3 : Container with volume attach
- 7.4 : Recovering volume
- 7.5 : Module Summary
- Module 8 : Kubernetes
- Module 8.1 : Module introduction
- Module 8.2 : Introduction to Kubernetes
- Module 8.3 : Create Kubernetes cluster on Google cloud container engine
- Module 8.4 : Write your resource file for web app deployment
- Module 8.5 : Kubernetes application access
- Module 8.6 : Summary
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Ansible - Configuration Management - Module 2: Ansible management server deployment ( Hands on Lab by students)
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Ansible - Configuration Management - Module 3: Ansible Node server deployment ( Hands on Lab by students)
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Ansible - Configuration Management - Module 4: Ansible HTTPD Playbook for centos7 node( Hands on Lab by students)
- Create a httpd playbook directory
- Write .yml file
- Write httpd package install code for centos 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
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Ansible - Configuration Management - Module 5: 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
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Microservices - Containerology
