Performance Evaluation of Improving Model Based Testing Using Event Consideration for Various Designs Concepts
Nidhi Pare · International Journal for Research in Applied Science and Engineering Technology · 2018
Software Testing is a major and complex process in software development life cycle. Lots of test cases may be produced to ensure the validity of work, for reduction in test cases, we must focus on its problems. Automation of this test case generation may lead to overcome the above problems slightly and also reduces the human effort in other ways it also helps in detecting the human intended errors and logical errors as well.[17]. We have to go for that part of the code and design document as well, If any errors will be detected in this stage, So we have focused our study[17] on Model Based testing(MBT) approach for both test case generation and test case optimization to achieve some of the goals. The Main goal of the research[17] is to an improved model based testing tool using event consideration for various designs concepts that can help to provide assurances of reduced overhead of testing. Some techniques for providing such assurances have been developed already, but no single technique has provided a complete solution to the problem. Thus, this work will explore the effectiveness of combining two such techniques (Unified Modelling & Combinatorial Testing) into a single tool. The more general purpose of the research[17] is to improve the available methods of software testing. So our work[17] suggests a novel event model based testing mechanism using certain design primitives. The approach aims towards making the efforts reduced for testers end. Testing always works with the later phases of the SDLC which leads towards delayed faults and bug detection. At the initial levels of the result evaluation, tabular data and graphical analysis the work proven efficient and worked perfectly fine