When we talk about integration, nothing beats Jenkins. It also provides options to pin, tag, and comment on builds for organizational purposes. TeamCity has a beautiful interface (that attracts a lot of beginners). When you compare Jenkins vs TeamCity in terms of UI, the difference is pretty stark. Jenkins’ interface is old school, meaning it’s not very attractive to look at (let’s just say it’s not the prettiest guy on the block). TeamCity installation is also easy: you just need to download the TeamCity server and follow the instructions in their documentation. After installation, you can configure Jenkins through the web interface it provides. If both are there, the setup of Jenkins is easy and straightforward. You need to have Java and Tomcat in place in order to install Jenkins. Finally, it stores build changes and failure history to keep tabs on the statistics of the past, run past builds, and test history reports. In addition, TeamCity allows you to easily build docker images, and the support of Jira and Bugzilla helps to easily track issues. It provides support for different platforms such as. TeamCity, on the other hand, offers some out of the box features apart from regular CI tool features. These plugins provide Jenkins with the ability to not only create builds, but also analyse the code in order to improve its quality. This obviously means that Jenkins project is supported by developers across the globe while TeamCity is maintained by its parent company, JetBrains.Īlthough Jenkins does not have plenty of built-in features, its huge plugin ecosystem provides tons of features that other CI tools cannot compete with. The most basic difference between Jenkins vs TeamCity is that Jenkins is an open-source continuous integration tool and TeamCity is a commercial tool. The free version of TeamCity – Professional server license provides 100 builds and three build agents at zero cost. NET framework support and has a build artifact repository integrated into it, which stores the artifacts on the TeamCity server filesystem or on external storage. It also provides integration to Jira for tracking issues with ease, and of course, it integrates with IDEs such as Visual Studio and Eclipse. Its slogan, “Powerful Continuous Integration out of the box”, is well justified as it offers an impressive set of features to match Jenkins’. TeamCity is a commercial CI/CD server by JetBrains. The ease of use is another thing to note, as it is especially simple to install and set up (with a dashboard for project management, which can be easily accessed through any browser). Apart from the fact that it is open-source (free), it offers more than 1400 (yes, 1400) plugins for easy integration with other platforms and tools ( check out the top 10 Jenkins plugins). Originally created as a build automation tool for Java applications, Jenkins has evolved tremendously and is currently the de facto standard for continuous integration servers. But first, I want to go over these tools briefly. Such impressive numbers require further examination, so I decided to focus on comparing Jenkins vs TeamCity (here’s another comparison of Azure DevOps vs Jenkins and Jenkins vs Bamboo). When looking at the CI/CD tools market, one could get confused by the wide selection available, but if you look at market share data, Jenkins is taking the lead (51.22%), followed by TeamCity (18.70%). Nowadays, with DevOps, both development and operations happen iteratively and continuously up until the application is fully developed and deployed. Under these circumstances, it’s not surprising that CI/CD has become very popular in the industry and so have CI/CD tools (automation rules!). From the Waterfall model through agile methodology kicking in, and right down to DevOps, things have definitely changed. The past decade or so has introduced significant changes to the software development industry.
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