A Generic Open Source Framework for Auto Generation of DataManipulation Commands
Journal Title: IOSR Journals (IOSR Journal of Computer Engineering) - Year 2015, Vol 17, Issue 3
Abstract
Abstract: Free and open source technology has gained a tremendous importance in software development dueto its low cost and holds numerous other compelling advantages both from the perspective of software user andsoftware developer. J2EE and PHP technologies have availed a highest market share. All types of web sitesranging from medium to large sized applications employing these technologies include ample master tables forstoring data which are subject to seldom changes. In application development, there is a lot of code repetitionin manipulation of data stored in these tables. Further, globalization demands thorough testing of webapplications for variety of web browsers depending on the client base. There is a monotonous sequence of tasksinvolved, from the task of code generation, deployment, setting runtime environment to testing. Hence theautomation of these tasks enables a tremendous decrease in development time and cost. Further, customerdemands vary in choice of technology, web server and back end database management systems. Also, validationis an integral part of any application which not only ensures that the data is present but also the valid data isstored in the database. Any well written application should enable easy switching on and off of the validationtests as per the requirements. To cater all these needs, in this paper, the authors have designed and implementeda generic framework for automatic generation of data manipulation commands for variety of web servers, webbrowsers and database management systems (DBMS). All the configuration information pertaining to backendDBMS information, technology information, validation information is stored in an XML file which is parsedusing Microsoft XML Parser. Seven test cases are generated for testing the tool in various runtime environmentsinvolving various cutting edge technologies. The model is generic and susceptible to future modifications forincorporating new technologies.
Authors and Affiliations
Dr. Poornima. G. Naik , Dr. Kavita. S. Oza
Keywords
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