Time & Quality Improvement of Regression Testing using Pruning Method

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Kanika Sharma
Amit Jain

Abstract

Software tests, specifically software represented through regression testing, it accompanies the entire lifestyles cycle of industrial software machine. In this report a regression testing technique for enterprise-orientated programs to solve troubles such as time. Regression Testing is a form of software program testing that verifies that software previously evolved and tested nevertheless performs efficiently even after it turned into modified or interfaced with different software program. Changes may consist of software program enhancements, patches, configuration modifications, and many others. At some stage in regression trying out, new software program insects or regressions may be uncovered. Sometimes a software trade effect analysis is done to decide what regions could be suffering from the proposed modifications. Those areas may encompass purposeful and non-functional regions of the gadget. In this proposed work, pruning of regression testinghas been performed by designing a mathematical model.For that, five different parametersand two test-case scenarios have been chosen and the effect of individual change or combinational changes in parameters have been analyzed. The automated pruning on the basis of changes in these parameters has been performed.The parameters have been chosen in which changes are made and then scenarios of change have been selected to generate various tests cases. The results showed that the objectives have been fully achieved after pruning the results and has improved both quantitatively and qualitatively in terms of their cost, risk and time factors. The time taken for testing has been minimized up to 50% whereas cost and risk factors has also been improved very effectively when compared with the results obtained from existing technique.

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