Mastering Continuous Delivery and Infrastructure Automation

Learn to Seamlessly Integrate Development and Operations for Efficient Software Delivery.
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DevOps Classes In Pune

Get Online DevOps Classes from the best DevOps Training Institute of Pune. A portmanteau of “Development” and “Operations,” DevOps is a set of effective principles which promises a number of technical and business benefits, making it one of the most significant training programs. As such, DevOps consists of CAMS, the acronym that stands for Culture, Automation, Measurement, and Sharing. DevOps has emerged as an innovative solution that integrates Software Development and IT Operations in a synchronized way.

Best DevOps Training Institute In Pune

The DevOps Classes in Pune at ETLHIVE focuses on the above-said features of DevOps and also throws light on other allied issues such as the conflict between Dev and Ops and the proven solutions. Further, the training course in DevOps at ETLHIVE also discusses how DevOps functions to provide software delivery and simultaneous delivery of other features, how to resolve problems specific to DevOps, and how Dev and Ops function together to bring about other technical and business benefits.

Intended Audience

The course is ideal for all those individuals who aspire to become DevOps Engineers, Software Developers and Architects. Knowledge of DevOps will be beneficial to Project Managers, Testing Professionals, Consultants, and Internal and External Suppliers, who deal in designing and improving processes.

Pre-requisites For DevOps Classes

There are no technical prerequisites for DevOps Training. However, a basic understanding of Linux and Networking will be beneficial.

Syllabus

1.Create instance on Cloud 2. Network concepts,Linux installations 3. EC2 instance in AWS

  • What is DevOps?
  • Why DevOps is needed?
  • An Insight into DevOps Roles
  • The Different Perspectives of Dev and Ops
  • Conflictual State in DevOps and its Solution
  • What is DevOps Transition?
  • Various Cultural Impediments
  • Infrastructure Layouts
  • Infrastructure Challenges
  • Understanding Scalability
  • Understanding Availability
  • Defining Networking Concepts
  • Discuss about SDLC methodologies and Release Management.
  • Discuss Live Projects in details, gather the requirements.
  • Create a deployment strategy, deployments, security and structure.
  • Create instance on cloud step-by-step and discuss about Linux structure.
  • hands on Linux command and understanding of Bash shell scripting.
  • Discuss about network concepts, Linux installations on Host/Guest VMs.
  • Create EC2 instance in AWS.
  • Installation of web Application and Database server.
1.SCM (GIT and SVN) 2.VCS,CVCS,DVCS 3.Ant and Maven 4. Apache Tomcat 5. Apache web server

  • Discuss in detail about SCM (GIT and SVN) and deep understanding of various source control filesystems like VCS, CVCS, DVCS.
  • Explore GIT commands, Branch merge, resolve conflicts, Rebase, history and GIT logs.
  • Deep understanding of Ant and Maven Build Tools.
  • Generate a target WAR/JAR using MAVEN.
  • Installation and setup of a database MySQL or Oracle, create database user, grant permissions etc.
  • Deep understanding and installation of Apache Tomcat and Apache Web server.
  • Manual Deployment vs Automated Deployments.
  1. Installation and configuration of Jenkins and Jenkins plugins.
  2. Introduction of Jenkins, Configure and discuss Jenkins Jobs.
  3. Learn Build steps, Post-Build Actions, Secure Jenkins, Notifications.
  4. Learn more about Advanced build jobs, Maintain Jenkins, Automated Unit and Integration in Jenkins.
  5. Discuss the challenges, any issues or live system scenarios
  1. Installation and configuration of Ansible.
  2. Discuss ansible, Ansible-playbooks, Ansible command line.
  3. Learn Ansible Lists, Dictionaries, Tasks, Groups, Variables and Modules.
  4. Learn more about Ansible Facts, Roles, Templates
  5. Ansible playbooks for Custom Scripts (Shell or Python).
  6. Identify the need and live scenarios and discuss in more details.
  7.  
  • Installation and configuration of Puppet.
  • Discuss puppet, puppet language, puppet manifest.
  • Learn about Puppet Manifest Syntax, Variables, Scope, Conditional Statements.
  • Learn more about Resource Types, Classes, Modules and Nodes.
  • Puppet Manifest for Custom Scripts (Shell or Python).
  • Identify the need and live scenarios and discuss in more details
  • Installation and configuration of Docker.
  • Discuss in detail about Docker, Docker containers, Docker Images, Docker file.
  • Create a Custom Docker Images, Run the Docker Containers, Debug Containers.
  • Explore in advanced design a production container for build and release.
  • Continuous integration with Jenkins Pipeline.
 
  • Configuration Management Docker with Ansible.
  • Continues Delivery Pipeline Docker with Jenkins.
  • Online Test
  • Documentation
  • Resume Feedback
  • Interview preparation

Programming Languages & Tools

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Certificates

Obtaining Your Certification

Upon successful completion of any course at Etlhive, participants receive a certificate attesting to their proficiency in the respective subject matter. These certificates serve as tangible evidence of the skills acquired during the training, enhancing the credibility of individuals in the job market and validating their expertise to potential employers. Etlhive certificates are recognized for their industry relevance and are highly regarded by leading organizations, providing a competitive edge to certificate holders. The validation process ensures that the certifications are earned through rigorous learning and assessment methods, reflecting real-world application and mastery of the concepts taught. With Etlhive certificates, individuals can showcase their commitment to continuous learning and professional development, opening doors to new career opportunities and advancement prospects.

Training students for leading brands

Tata Consultancy Services
IBM
Accenture
Amazon
Capgemini
Infosys
GoDaddy
HP

Frequently asked questions

Faqs
DevOps is a collaborative approach to software development that integrates software development (Dev) with IT operations (Ops). It aims to shorten the systems development life cycle and provide continuous delivery with high software quality.
Some key benefits of DevOps include faster delivery of features, improved collaboration between teams, increased reliability and stability of systems, and better overall efficiency in the software development process.
  1. The core principles of DevOps include collaboration, automation, continuous integration, continuous delivery, and monitoring.

Popular DevOps tools include Git, Jenkins, Docker, Kubernetes, Ansible, Chef, Puppet, Terraform, and Prometheus.

Continuous Integration is the practice of frequently integrating code changes into a shared repository. Each integration is verified by an automated build and automated tests.

Continuous Deployment is the practice of automatically deploying every code change that passes through the CI pipeline into production environments, ensuring a rapid and consistent release process.

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