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Based On The The Efsm Web Application User Expected Behavior Of The Test Model

Posted on:2008-11-11Degree:MasterType:Thesis
Country:ChinaCandidate:Q RongFull Text:PDF
GTID:2208360218450122Subject:Computer application technology
Abstract/Summary:PDF Full Text Request
The testing techniques of Web applications can be classified into two categories, performance testing and structural testing. As the latter can locate the faults inside Web applications more exactly,a lot of researchers have studied on it and proposed testing models, testing strategies. But most of their study omit users'unanticipated behaviors, that is the user maybe directly interact with Web application via the browser's interface, while not the Web applications'own. Once such behaviors happened, as changing the inherent calling sequence, modifying the calling parameters etc, it will lead to Web applications'abnormal behaviors which usually caused by the latent defects inside the Web applications.Aimed at these issues, based on the analysis of the existed Web application's characters, Web applications testing models and testing strategies, this thesis focuses on the content as following:(1) The Users'unanticipated behaviors in Web applications and the quality defects arise from them.(2) Summarizing the existed Web applications'behavior testing techniques and proposing the users'unanticipated behavior testing model based on EFSM, named UUBTM.(3) The testing strategy of users'unanticipated behaviors and the generating algorism of testing sequences named UTSEQ.The related experiments'result shows the UTSEQ can effectively test users'unanticipated behaviors and detect the latent state control defects and interface check defects inside Web application.Finally, based on the SIT's data structure network teaching Platforms, this thesis pays the most attention to show how to build the UUBTM, how to employ the testing strategy and how to generate the UTSEQ. The testing results are analyzed at last.
Keywords/Search Tags:Web applications, Users'unanticipated behavior, Testing model, EFSM
PDF Full Text Request
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