Software-oriented Test Capability Evaluation Model Design And Implementation
Jiang Wu, Xinxing Zhou, Meng Xiankai, Nan Zhang · 2019
As we all know, there are a lot of software testing related technologies and tools in the market at this stage, and there are also a lot of professional organizations and organizations working in this field. How to evaluate and measure the software testing capabilities of these tools and organizations has important value. In fact, as the software industry grows, the scale of software will continue to expand, and the resulting consequences are more and even more difficult to find, more deadly software errors. At this point, the correct choice of software testing tools is not only from the consideration of saving development costs, but also directly affects whether the software can be put into normal operation, and whether it needs to spend huge costs in post-maintenance. For a long time, the relevant research on software testing ability evaluation is not perfect. This paper makes the testing ability of software testing tools can be quantitatively evaluated by constructing an evaluation model of software testing capabilities. At the same time, this paper also designs a benchmark test set based on software error injection technology. Through the operation of the benchmark test set on different test tools, the corresponding evaluation indicators can be obtained, and the different test tools are finally compared in the evaluation model. This paper selects several representative test methods currently available on the market. The test set is based on the Siemens Suite. The experimental results show that the performance of these software test methods can be effectively found in accordance with the evaluation system proposed in the paper.