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Jenkins has been widely used for various use cases, making it the go-to choice for building, testing, and deploying projects. Its …
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What is Jenkins?
Jenkins is an open source automation server. Jenkins provides hundreds of plugins to support building, deploying and automating any project. As an extensible automation server, Jenkins can be used as a simple CI server or turned into a continuous delivery…
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What is Jenkins?
Jenkins is an open source automation server. Jenkins provides hundreds of plugins to support building, deploying and automating any project. As an extensible automation server, Jenkins can be used as a simple CI server or turned into a continuous delivery hub for any project.
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| Deployment Types | Software as a Service (SaaS), Cloud, or Web-Based |
|---|---|
| Operating Systems | Unspecified |
| Mobile Application | No |
Frequently Asked Questions
Jenkins is an open source automation server. Jenkins provides hundreds of plugins to support building, deploying and automating any project. As an extensible automation server, Jenkins can be used as a simple CI server or turned into a continuous delivery hub for any project.
Reviewers rate Performance highest, with a score of 8.9.
The most common users of Jenkins are from Small Businesses (1-50 employees).
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Jenkins has been widely used for various use cases, making it the go-to choice for building, testing, and deploying projects. Its compatibility with GitHub has made it a popular option among users. One key use case is automating the build process, which has significantly reduced the level of effort required by engineers. By coordinating internal infrastructure teams with external development teams, Jenkins ensures consistent and automated deployments. It also proves invaluable in quickly bringing servers back up after power outages by running scripts. Another important use case is automating builds for different projects, reducing compilation time and allowing for sharing build scripts across repositories.
Jenkins plays a crucial role in code testing, documentation, code analysis, integration testing, and user acceptance testing. It ensures a smooth release process, performs feature builds, and handles deployments effectively. The software's strength lies in its ability to support continuous integration and automation. With its support for various technologies and platforms, Jenkins makes the development flow fluid. Additionally, it can easily scale out across multiple machines and support simultaneous builds, tests, and deployments.
Jenkins is commonly utilized as an R&D build and deploy pipeline, facilitating end-to-end and unit testing. It also finds extensive use in building and deploying AEM applications with separate instances for each project. Whether running API tests automatically or conducting automated UI tests, Jenkins helps streamline the quality assurance process. It is frequently employed to control builds for different environments such as dev, QA, and prod.
Organizations leverage Jenkins to automate CD/CI jobs across various applications, enabling automatic testing and deployment. It proves instrumental in building, testing, and deploying micro-service architectures at scale. Moreover, Jenkins generates reports and notifications throughout the process to improve efficiency and visibility.
With its flexibility in managing build servers and supporting cross-platform testing and automation tasks, Jenkins becomes an essential tool for code tests, configuration management, and test routine execution. It automates the CI/CD process by receiving commit events, building, testing, and deploying code seamlessly. Many organizations rely on Jenkins to deploy client projects in development and production environments, streamlining the deployment process.
Jenkins integrates with other tools and platforms such as SVN, GitHub, and Docker, providing a seamless workflow and enhancing productivity. It serves as a versioning system, storing build versions and facilitating code management. Furthermore, Jenkins assists in deploying applications to different environments while also aiding in server backups and restoration. The extensive range of plugins offered by Jenkins allows users to customize and enhance their experience with the software.
Overall, Jenkins has proven to be a straightforward and reliable tool for continuous integration once it is set up. It offers users the ability to test their code in a cloud environment, mimicking a production setting and facilitating faster deployment. With its robust features, Jenkins also serves as a versioning system, storing build versions and facilitating effective code management.
One of the key advantages of Jenkins is its seamless integration with other tools and platforms. It seamlessly integrates with SVN, GitHub, Docker, and more, allowing for enhanced workflow efficiency. This integration enables users to leverage their existing tools and workflows while incorporating Jenkins into their development process.
Furthermore, Jenkins is widely utilized for deploying applications to different environments such as development and production. Its ability to handle server backups and restoration is invaluable for maintaining data integrity and disaster recovery.
Additionally, Jenkins provides extensive reporting capabilities throughout the build and deployment process. This improves efficiency by providing visibility into each step of the pipeline, allowing teams to identify and resolve issues promptly.
The wide range of plugins offered by Jenkins enhances its functionality and allows users to customize their experience based on specific project requirements. This flexibility makes it a versatile tool that can be tailored to meet the needs of different teams and organizations.
In conclusion, Jenkins has established itself as a trusted solution for building, testing, and deploying projects across various industries. Its compatibility with popular platforms like GitHub combined with its automation capabilities make it an ideal choice for any organization looking to streamline their development process. By automating tasks, reducing effort, improving collaboration between teams, and providing crucial reporting features, Jenkins empowers teams to deliver high-quality software efficiently.
Automated Build Process: Many users have found the automated build process in Jenkins to be great, emphasizing its efficiency and reliability. They appreciate the seamless automation of tasks, from compiling code to deploying applications, without human intervention. The ability to run code against any testing suite and automatically rollback faulty programs has been particularly valued by reviewers.
Supportive Community: Jenkins has garnered praise for its extremely supportive community that readily offers assistance and troubleshooting guidance. Reviewers have specifically mentioned how valuable it is to have a strong network of experienced users who are willing to share their knowledge and help others overcome challenges.
Connectivity with Multiple Clouds: Users highly value Jenkins' support for connectivity with multiple clouds, including Azure, AWS, GCP, OCI, and more. This feature enables them to deploy applications across different platforms seamlessly. Several reviewers have expressed their satisfaction with this flexibility as it allows them to leverage various cloud services based on their specific needs.
Confusing and Outdated User Interface: Several users have criticized Jenkins for its confusing, outdated, and visually unappealing user interface. They feel that the interface could be improved with a more modern design using the latest UI technologies.
Difficult Setup Process: The setup process of Jenkins has been described as difficult by some users, particularly when it comes to configuring it to successfully run software builds and managing dependencies. This complexity can be frustrating for new users who are trying to get started with Jenkins.
Frequent Logouts: Users have experienced frequent logouts while using Jenkins, which can be irritating. This interruption in their workflow hinders their productivity and adds unnecessary frustration.
Users frequently recommend Jenkins as a helpful tool for new users, as it aids in avoiding issues. They believe it is an amazing tool for CI/CD and suggest using it in conjunction with GitHub. Many users argue that all projects should implement Jenkins and recommend using it for managing releases. Furthermore, they highlight Jenkins as a powerful tool for achieving continuous integration and strongly recommend its use, given its proven track record. Overall, Jenkins receives positive endorsements from users due to its user-friendliness and effectiveness in streamlining development processes.
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May 02, 2023
Jenkins: Empowering DevOps
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.
- Jenkins is highly customizable and can be extended with plugins to meet specific needs. There are thousands of plugins available in the Jenkins plugin repository that can be used to add new features or integrate with other tools.
- Jenkins can be used to run automated tests as part of the build process. It can execute unit tests, integration tests, and other types of tests. Jenkins can also integrate with popular testing frameworks such as JUnit, Selenium, and TestNG.
- Jenkins is well-known for its ability to perform continuous integration. It automates the process of building and testing software every time a developer commits a change to the source code repository. This ensures that the codebase remains stable and any issues are identified early in the development cycle.
- Jenkins can be vulnerable to security issues due to its open-source nature and the availability of many third-party plugins. There have been instances where malicious plugins have been discovered, and these can pose a significant risk to organisations.
- Jenkins can require a significant amount of maintenance, particularly when dealing with plugin updates and compatibility issues. Maintaining a stable and up-to-date Jenkins instance can be a challenge for organisations with limited resources.
- Jenkins' reporting capabilities are limited, and it can be challenging to extract meaningful insights from the data that Jenkins provides.
September 01, 2019
An amazing tool, but far from being perfect (unfortunately)
We're using Jenkins to perform part of our deployment pipeline. For our Development team, all the code tests are performed through Jenkins and on the DevOps side, all configuration management is performed by Jenkins integrated to Git, Puppet and Terraform. Also, their role on our day by day activities is quite important since we also use test routines on our configuration management pipeline and these tests are executed by Jenkins.
- Manages the entire deployment pipeline, since the Git commit, going through several test types and the deployment.
- Integrates with a bunch of other technologies.
- Jenkins is amazingly flexible. The boundaries are your imagination. Just be ready to invest some time learning its several features.
- Native integration with cloud providers. We still needing third-party plugins, that in some cases are not very efficient.
- Needs better documentation.
- A better front end. There is a lot of space for improvements in this specific aspect.
We use this technology throughout the company. Most of the time we integrate this with Git. Just by installing a Git plugin to the dashboard we are ready to rock and automate. We do the following process (this step by step guide will brief you more on our work): 1. Install and Integrate Git plugin with the dashboard of Jenkins (localhost:8080), 2. provide the URL/repository URL, 3. git pulls request so as to sync save all data to Jenkin workspace, 4. go to SCM, and select Git in freestyle project, 5. execute the operations and some batch commands, and 6. you are done! Now you are ready to automate your tests (Plugin wise) and debugging. We mostly use mailer application which triggers a mail to all the recipients when our production code builds successfully.
- Real-time deployment and synchronization.
- Automated Test cases and debugging.
- We really like the tool/plugin called Mailer.
- Best for DevOps. Reduced builds and processing time.
- Once we organized a hackathon with our GitHub Storage. Jenkins was integrated at that time. We had a 20GB plan, but it oversized to 50GB. We had to bear a large sum of money which was unpredicted by our company. Being a startup we cannot bear such mistakes.
- Jenkins cannot be easily studied and managed. We have to recruit personnel part-time for managing and servicing the server.
- Though it is open source, there is no dedicated community driven forum or support. There are 3rd party discussion and support portals. Thus, we use Gitter always for debugging and solutions.
Jenkins is currently used to build and deploy our Amazon infrastructure. We practice the principles of infrastructure as code, meaning our infrastructure config and setup is checked into a revision control system and built via Chef and other scripts. Jenkins manages building that automatically or on demand and ensures that everything that is checked in is working properly.
- Configurability - Jenkins supports all sorts of options for different build types (Microsoft, Unix, etc.).
- Performance - The Jenkins user interface responds pretty well and can handle a number of projects.
- Plugins - Generally if you have a third party system to integrate with, Jenkins generally has a plugin for it.
- User Interface - The UI feels a bit dated and can be hard to use at times.
- Error messaging could be friendlier - sometimes it can be hard to decipher what went wrong.
- Configuration of roles could be easier. It would be nice if it was easier to give access to certain users for certain build options/projects/etc.
March 30, 2017
The most flexible CI/CD tool
Jenkins is been use as our main CI/CD software, we have a micro-service architecture that is been build, tested, deployed through all our environments qa, staging, production and all of them at scale. We also build on jenkins our mobile applications with the same flow we build test and deploy our applications to the stores reducing human error on configurations and spotting issues before we even know about it. That allow us to reach an estate of trust with our clients.
About Jenkins we are using the new BlueOcean interface, what it is really amazing; and using Pipelines as our definition language.
About Jenkins we are using the new BlueOcean interface, what it is really amazing; and using Pipelines as our definition language.
- Integration with third part tooling, testing software and platforms
- Plugin platform, really flexible and easy to develop for
- Open source
- Scalable
- Easy to install and configure
- UI Interface
- API
- Administration
December 05, 2016
Jenkins is the standard for onsite build-servers
It's used in parallel with Bamboo. The iOS developers use Jenkins to do their builds. For Android, our official CI builds are done on Bamboo, but we also use Jenkins for build testing non-feature branches and for integration testing with emulators so we don't tie up the main Bamboo server which is also used for backend builds. Jenkins being able to run everywhere with lots of third party plugins is why I've always used it for cross-platform projects. Because of the huge userbase, just about every use case is covered. Pipeline has also made it a lot closer to the ease of use of CircleCI in that project build config files can be shared between projects much more easily than the old Jenkins project .xml files.
- Cross platform
- Lots of third party plugins
- Lots of examples (although Pipeline examples are little bare currently)
- The ugly UI is something that should be addressed but the Blue UI project (in Beta) looks really good.
- There should be a better way to handle redundancy/failover with the main server (Google reported this in their study as well).
- Log file should be shipped off to another server so they don't become a bottleneck (also mentioned by Google).