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Software testing is a broad research field and of great relevance to practitioners. Software testing involves multiple consecutive testing phases. One of these phases is the unit-testing phase, during which individual requirements of the software component are checked. Only once software-units and -components have been tested, can the testing process continue. Trivially, if this phase requires a great amount time, the testing process is delayed and in the worst case, the rollout of the system has to be rescheduled. Focusing on the widely adopted JUnit test framework, a system was proposed to execute test cases on multiple distributed virtual machines. This paper evaluates the approach to distribute such test cases across multiple Java Virtual Machines (JVMs), leveraging container-based virtualization, by means of a prototype. The distribution achieves a significant runtime decrease. Furthermore, the effect of different distributions strategies on the overall runtime is evaluated.
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