Design And Implementation Of Six-layer Test Framework For Internet Security Software

We need more time because of the increasing of software complex, at the same time the security software is time-sensitive. In order to maintain and manage the testing, we must layer it. The main aim of this thesis is designing a test framework which can be used in Internet security software, to make the work of testing more efficient and with higher-quality.The achievements and main work in this thesis are listed as following.(1) This thesis attacked the problem realistically. To solve the test problems of security software, we designed six-layer testing framework:functional layer, reusable layer, and object mapping layer, keyword-driven layer, and scenario layer. Six-layer testing framework for Internet security software is not only based on function, it also based on risk.(2) Based on the theory of the smaller of the test cases, the more reusable, we used Python to develop a set of basic functions what can be used in many different places.(3) Introduced testing technology and testing process. Discussed basic scenarios, and summarized the reusable method.(4) Classified the test tools and described how to use them to find bugs.(5) Took the testing of registry protection as an example to implement and verify this testing framework.The thesis belongs to applied research. Six-layer testing framework for Internet security software is semi-mature software, which will update in reality work.In this thesis, the automatic testing combines with manual testing which improves the testing efficiency and testing adequacy. The framework is a semi-automated testing structure, a collection of test specification, and provided testing codebase.