
Discover how DevOps engineers bridge development and operations to enable automated, high-quality releases using Nexus, SonarQube, Maven, Git, Jenkins, and Docker.
Master the devops pipeline by mapping tools from requirement management to artifact repositories, CI/CD with Jenkins, and code analysis with SonarQube, then deploy via docker and monitor with Splunk.
Deploy your jar files to a Nexus artifact repository to manage binaries across environments. Create snapshot, release, central, and group repositories and configure Maven distribution management for seamless dependencies.
Integrate Jenkins with Nexus to deploy artifacts from a Maven and Git workflow into Nexus repositories, using CI/CD automation and plugin configurations.
Explore how sonarQube and sonarlint enable static code analysis to improve java quality, enforce best practices, and visualize reports from eclipse to jenkins and git.
Maven automates build processes and dependency management, fetching jar files from a central repository and running lifecycles such as validate, compile, test, package, install, and deploy.
Install and run Maven in Eclipse by setting Java home, installing the M2E plugin, creating a Maven project, adding Selenium dependency, and running mvn clean install with the Surefire plugin.
Explore Git architecture as a distributed source code management system with local repositories and commits. Understand branches, master and feature branches, and pull requests for code review.
Master git workflows from setting up remote and local repos to staging, committing, and pushing via command line or Eclipse, including pull requests and merges.
Learn to install and use the EGit plugin in eclipse, create a local repository, stage and commit changes, and push to a remote master branch with git integration.
Raise pull requests, create and switch to feature branches from origin master, push commits, and resolve merge conflicts through code reviews and upstream fetches.
Explore docker containerization as a lightweight alternative to virtual machines that shares the host kernel, bundles software with dependencies, and enables selenium grid automation with images that include browsers.
Set up a Selenium grid on Docker by installing Docker, running a hub and multiple nodes, and executing Selenium scripts in parallel with Docker images.
This series will help you to understand different tools used in Devops and how to effectively use the same in your organization.For Being a Devops professoial you need to know the End to End flow in any project and how are the different tools used to achieve the same objective.
Other courses i offer on udemy
Selenium Webderiver | Selenium Testing Framework | Appium | REST Assured | RESTful API | RESTful Web Services | Devops | Jenkins | Apache Maven | Python | Docker | Jmeter | Coding Interviewes