Jenkins

We use Jenkins in our continuous integration pipelines. With Jenkins, we build and test our microservices. We also make extensible use of the plugin capability (we also develop and maintain internal plugins) to cover complex build/testing scenarios.

We used Jenkins to implement deployment automation through CI/CD pipeline. Deployment has been easy now. We were building and deploying our applications manually into DEV, test and PRD environments. It was time consuming and it involved repetitive tasks, we used the jenkins to remove all these manual tasks.

We utilized Jenkins to enable Continuous Integration and Deployment on 100s of our microservices. Deployed the Modular Pipelines architecture on Jenkins to enable seamless CI/CD between services utilizing different frameworks. So the thing is our pipelines facilitate the CI process from checking out code to building the artifact and then deploying it on Kubernetes.

My company uses Jenkins for building, testing, and deploying our projects. Since you can have all these plugins and works with GitHub, Jenkins seems to be the obvious choice. Jenkins also offers code quality as it has plugins to check the code. This helps us as we know if the Jenkins run fails or goes below the score quality, then we can catch major problems before they are deployed.

The workflow begins with developers submitting pull requests containing their code changes and documentation. Jenkins automatically triggers builds, running unit tests to verify functionality and code analysis tools to assess quality and adherence to standards. Integration testing follows, ensuring seamless component interaction. User acceptance testing occurs in a dedicated environment, allowing stakeholders and users to provide feedback. Jenkins generates reports and notifications throughout the process, keeping stakeholders informed. Finally, upon review and approval, Jenkins handles the deployment to the production environment. This streamlined approach improves efficiency, consistency, and visibility, ensuring high-quality software releases.

We use Jenkins for CI/CD.

My team primarily uses Jenkins, an application deployment tool. We create automated jobs that test code and then deploy to servers/containers and restart the apps. We have also begun implementing several CI/CD uses where we are able to automate jobs to deploy container infrastructure code to Git and have runners automatically deploy into our environments.

For nearly the last decade, we have used Jenkins as an automated build tool platform. My company does a lot of in-house app development. Like many other IT shops, Jenkins is a key component of continuous integration continuous deployment (CICD) pipelines. Allows us to schedule jobs automate film processes, deployment processes, server bounces, etc. It's capable of doing a myriad of options, anything from simply pushing a shell file to run token replacement, ant or Maven scripts, automated scheduled builds, on-demand execution, and trigger-based runs. We can even use it to interface with AWS for deployments to the cloud.

Jenkins runs our continuous delivery and deployment pipelines for multiple on-premise environments. Through the use of its plugins, we're able to extend its capabilities.

Our organization uses Jenkins to pull source code from our SVN repository, build it and then deploy it. This allows us to effectively manage which version of the code is deployed to a specific environment. We control access to production builds to only a few individuals within our organization while giving developers the ability to deploy code to our development and test environments.

We use Jenkins in multiple ways. As part of the QA team, we use Jenkins to run all of our API tests automatically and report back to us. We have some tests that we have special emails for every time they run. We also use it to run our automated UI tests. On the dev side, we use Jenkins to control our builds; we have pipelines in place for our dev environments, qa environments, and formal and prod environments. We then can control which environments get built. We also have pipelines in place for after-power outages so that we can quickly and effectively bring all our servers back up, which run scripts to do so.

I used Jenkins to build and configure docker images and then deploy them to an AWS virtual private cloud (VPC). The Jenkins instance was responsible for automating the continuous integration and continuous deployment process (CI/CD) by receiving commit events from GitHub, extracting, building, and testing the source code, and then deploying when testing succeeds.

We use it for our continuous integration. Builds are made every time a PR is merged into a master. It works pretty slickly, and when it's working perfectly, nobody needs to really think about it. It just does its thing. Jenkins is fairly straightforward and good once it is set up.

We are using Jenkins as CI/CD tool. We have implemented Jenkins in Kubernetes with master and worker pods. Worker pods are automatically provision and depletion base on when job is triggered. first step is trigger, Jenkins pipeline will be triggered when code is pushed in Github in particular branch. second step is to build a docker image and push it docker registry and third to apply/deploy in k8s.

All the client projects are deployed by using Jenkins in the development and production environment. Jenkins saves lots of time by automating the deployment process. It is easy to install and manage, so a non-Develop employee is also able to do a complete deployment of any app and project.

Jenkins is one of the important tools which we are using in our organisation. With the help of Jenkins we have set up almost each and every automation our organisation is required. From the deployment of the software to the monitoring Jenkins is helping us in a very smart way. All the development is been pushed on the testing UAT and production servers with the help of Jenkins.

We're using Jenkins as a Continuous Integration and Continuous Deployment tool in our organization, We are deploying, administrating, and managing multiple instances of Jenkins for a large number of teams. As it supports multiple kinds of Jobs and pipelines it's well suited to all the teams across our organization. By decommissioning enterprise CI Tools we started Using Jenkins and we're saving a significant amount of money.

Jenkins is the frontline tool used by our Device Integrations team to ensure a smooth release process for each version of our app, whether that is doing a feature build for our QA team, uploading a new version for release day, or simply making sure each new PR builds and passes our test suite before merging into our main build branch.

Jenkins is used by my team to automate the build pipeline we have for our codebase. We use it to run builds on our code base automatically on a daily basis to help maintain the functionality of the code. It also automatically runs test cases for each push of code to our repository. It allows users to test their code in the cloud instead of locally and helps mimic a production environment.

- Jenkins is used for orchestrating automated test, CI, CD pipelines at our organization
- It is being used by a number of departments including engineering
- It solves a big need for us which is being able to deliver software and value to customers reliably.

We use Jenkins as our build management software, and it is mostly used between the development and QA teams. We use it both in manual and automated builds. It allows the developers to work together and send a combined solution to the QA team. It also controls our versioning with minor builds and patches.

Jenkins is the main workhorse supporting our build and deploy pipeline and is used by both developers and dev-ops alike. Jenkins provides a sort of single source of truth by running tests and verification steps to ensure that code going out to production is functional and safe. It also allows our team of over 100 developers to safely deploy production changes many times per day.

We used Jenkins as our build server to execute build jobs and automated tests. The whole of engineering used it to build jobs and checking build status. Ensuring their branches would successfully run tests before merging to the master branch. It was a cheaper alternative to non-open-source competitors since it was free.

Jenkins is used across various teams in our organization. It is an integration tool where we use the CI/CD pipeline for continuous deployments of our microservices. This tool makes life easy to automate the process of deploying services into all environments ( staging, production, and development environments). It uses in all development life-cycle processes including build, document, test, package, stage, deploys, static analysis, and publishing.

We are using Jenkins for our CI/CD solution. It is used across all the departments in our org. we use Jenkins for various purposes. We use it deploying applications to various environments and taking the backups of the servers and restore them. We integrated Jenkins with various tools across the whole organization.