Overview of Devops
DevOps, a portmanteau of "Development" and "Operations," represents a cultural and collaborative approach to software development and IT operations. It seeks to break down traditional silos between development teams and operations teams, fostering a seamless and automated workflow from code development to deployment and maintenance.
At its core, DevOps emphasizes continuous integration, continuous delivery (CI/CD), and automation to streamline the software development lifecycle. By promoting collaboration, communication, and shared responsibilities among cross-functional teams, DevOps aims to accelerate development cycles, enhance product quality, and increase the agility of organizations.
Key principles include infrastructure as code, version control, automated testing, and continuous monitoring. Adopting DevOps practices results in faster and more reliable software releases, improved collaboration between teams, and a culture of continuous improvement that aligns with the ever-evolving landscape of modern software development and IT operations.
Syllabus
- • The objective of this DevOps course is to equip students with the knowledge and skills necessary to implement, manage. and optimize DevOps practices within an organization.
- • Preferred Server Configuration
- • Data Centers
- • Connectivity Tools
- • Environments
- • DevOps relation with Development Pre requisites
- • Agile Model
- • Project Development Model
- • DevOps relation with Agile
- • Physical Serves Vs Cloud
- • IAAS, SAAS and PAAS
- • Advantages of Managing servers
- • Supporting Peak usage with Cloud
- • DevOps relation with cloud
- • Advantages of Linux over windows
- • Linux distribution
- • Understanding RPMs / Packages
- • Linux commands
- • Shell Scripting
- • DevOps Relation with Current IT Industry
- • Automation
- • Activities can be automated
- • Traditional approach over Automation
- • Different tools supporting DevOps
- • Managing source code with SCM Tools
- • Different between Trunk,Branch,and Tag
- • Branching strategy
- • Merging strategy
- • Resolving conflicts
- • Managing Hooks
- • Maven
- • Setting Maven on Linux and Windows
- • Running Maven for Build
- • Understanding POM. XML
- • Understanding Seeting XML
- • Understanding POM Dependencies
- • Different Repositories
- • Maven targets / Goals
- • Understand Profiles
- • Remote Repositories
- • Managing Dependencies with Nexus
- • Integrate Maven with Nexus
- • Install and configure sonarqube
- • Integrate sonarque with different databases
- • Perform code analysis
- • Upload analysis report
- • Analyze code analysis result
- • Integrate Selenium with Jenkins
- • Invoke test cases
- • Analyze test result
- • Introduction to Jenkins
- • Jenkins Setup
- • Configuring Distributed Environment
- • Managing Plug-in
- • Integrate Jenkins with different tool like Nexus, Sonarqude
- • Tomcat, Web Logic, Junit, Slenium, Ansible and Docker
- • Configuring Jenkins to perform CI/CD
- • Configuring jobs with Parameters
- • Creating Jobs with Jenkins
- • Scheduling Build Automation
- • Deployment Automation with Jenkins
- • Configure Pipeline using Console, plug-in and Jenkins file
- • Understand Application
- • Server
- • Installation Configuration
- • Understand Clusters Logging
- • Deployment / Release
- • Introduction to Configuration management tools
- • Understand Ansible Architecture
- • Advantages of Ansible
- • Different components of ansible
- • Understand the Inventory to working with Modules / Ad-Hoc Commands
- • Working with Anisble
- • playbooks
- • Working with Roles
- • Understand Ansible Tower
- • Integrate Jenkins with Ansible
- • Project with Ansible
- • User of Containers
- • Dockers as Containers
- • Setup Docker
- • Create Docker Images
- • Creating Container
- • Docker CLI
- • Docker as Stand - alone
- • Docker Swarm (Single node and Multi Nodeswarm
- • Domain Name
- • Docker on cloud
- • Intergrate Jenkins with Docker
- • What id Orchestration
- • Orchestration containers using kubernetes
- • Understand Single and Multi Node Kubernetes Cluster
- • Different Components of Kubernetes Working on Cluster, Deployment, Name space, Replica Set, POD,Kubepeoxy, Kubelet, Kubeadm, API Server, etcd, Scheduler, Auto scaling with PodScaler and Config Maps
- • Advantages of Monitoring Tools Install Nagios
- • Monitor additional nodes with Nagios
- • Configure Service/Hosts and Hosts Groups
- • Configure Notifications
Prerequisites to learn Devops
* Basic knowledge of Linux or scripting.
* Basic Idea on how to write code with a text editor.
* IT experience is not mandatory.
Who can Enrol
Devops program can be enrolled by anyone across programming, testing and system admin experience. The course is applicable to:
* Engineer Graduates
* Working IT professional from development and DBA fields
* Business Analyst
* System Administrators
Devops Career Opportunities
Every new piece of information in the DevOps field reveals new job requirements in related fields. Among the most famous titles are:
experience. The course is applicable to:
* DevOps Architect
* Software Engineer on DevOps tools (such as Azure DevOps, AWS DevOps)
* Security Engineers specializing in DevSecOps
* Integration Engineers with expertise in DevOps tooling
* Release Managers experienced in Azure Boards and other DevOps methodologies
The demand for professionals with a DevOps skill set has been rising significantly, and it’s interesting to note that DevOps has remained in high demand across a range of positions, including those requiring project managers and analysts. Additionally, there's a growing demand for DevOps courses in Tiruvannamalai to meet the industry's needs.
Upcoming Batches
| November 8 | SAT & SUN weekend batch |
Timings 9:00AM to 11:00AM |
| November 22 | SAT & SUN Online batch |
Timings 9:00AM to 11:00AM |
| November 13 | MON & THU Offline batch |
Timings 9:00AM to 11:00AM |
| November 27 | MON & THU Blended batch |
Timings 9:00AM to 11:00AM |