Through reusing software test components, automated software testing generally costs less than manual
software testing. There has been much research on how to develop the reusable test components, but few fall
on how to estimate the reusability of test components for automated testing. The purpose of this paper is to
present a method of minimum reusability estimation for automated testing based on the return on investment
(ROI) model. Minimum reusability is a benchmark for the whole automated testing process. If the reusability
in one test execution is less than the minimum reusability, some new strategies must be adopted in the next test
execution to increase the reusability. Only by this way, we can reduce unnecessary costs and finally get a return
on the investment of automated testing.
KAN Hong-xing1 (阚红星), WANG Guo-qiang1* (王国强),WANG Zong-dian1 (王宗殿), DING Shuai2 (丁 帅)
. A Method of Minimum Reusability Estimation for Automated Software Testing[J]. Journal of Shanghai Jiaotong University(Science), 2013
, 18(3)
: 360
-365
.
DOI: 10.1007/s12204-013-1406-1
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