![]() ![]() ![]() We used the pom.xml, which is used by the vast majority of Java projects on GH, to define dependencies. ![]() To generate our dataset we queried 10,000 Java projects, with a bias towards the ones most favorited by the community, as a strong qualifying indicator towards their relative importance. Now let’s dive into the data, analyzing Java in particular. In our previous post we presented the main results of our GitHub research project and the top 100 libraries for JavaScript, Ruby and Java. We decided to use a data based approach to get more insight into this, by analyzing which Java projects developers are actually using on the world’s largest open repository for Java projects – GitHub. This is important, as the community of users and contributors around a framework is one of the strongest factors in determining its continuous success and development. Since a very large part of Java applications are commercial in nature, it can sometimes be hard to separate the buzz around a new framework with the number of projects actually putting it to use. ![]() Developers: OverOps tells you when new code breaks in production – Learn moreĪs Java developers working with a language that’s both mature yet highly evolving, we’re faced with a constant dilemma whenever we write new code – go with the hot new technology that everyone is talking about, or stick with a tried-and-true library? ![]()
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