In Continuous Integration (CI), regression testing is constrained by the time between
commits. This demands for careful selection and/or prioritization of test cases within test …

Testing in Continuous Integration (CI) involves test case prioritization, selection, and
execution at each cycle. Selecting the most promising test cases to detect bugs is hard if …

In continuous integration development environments, software engineers frequently
integrate new or changed code with the mainline codebase. This can reduce the amount of …

Regression test selection (RTS) and prioritization (RTP) techniques aim to reduce testing
efforts and developer feedback time after a change to the code base. Using various …

Developers rely on regression testing in their continuous integration (CI) environment to find
changes that introduce regression faults. While regression testing is widely practiced, it can …

Continuous integration, at its core, includes a set of practices that aim to prevent and reduce
the cost of software integration issues by merging working software copies often. Regression …

Continuous Integration (CI) requires efficient regression testing to ensure software quality
without significantly delaying its CI builds. This warrants the need for techniques to reduce …

Continuous integration promises advantages in large-scale software development by
enabling software development organizations to deliver new functions faster. However …

Continuous Integration (CI) significantly reduces integration problems, speeds up
development time, and shortens release time. However, it also introduces new challenges …

Continuous integration (CI) development environments allow software engineers to
frequently integrate and test their code. While CI environments provide advantages, they …