Dynamic Test Case Prioritization for Functional Testing

摘要

In order to improve the efficiency of the functional test, the dynamic test tase prioritizing algorithm is designed, which is used to optimize the execution sequence of the test cases. In this algorithm, 4 factors which are related to the software function are used to calculate the priority of the use case, and The highest priority algorithm instead of the traditional test case sorting algorithm was designed to get the current time has the highest priority test cases rather than all the test cases to sort, and to shorten the test time. In the execution of the use case, the remaining functional coverage is used to achieve dynamic adjustment of the priority which can gradually optimize the execution order of the test case. Finally, it is applied to the actual project testing work, and the results show that the algorithm can improve the functional test efficiency.