Paper Title
A Practical Approach To Prioritize The Test Cases Of Regression Testing Using Genetic Algorithm
Abstract
Regression Testing is the approach to test the modified software’s Validation and Verification with less cost in
terms of time. Testing is the procedure of verification and validation of software to make available the excellence and
competence and regression testing is the procedure of authenticate the personalized software to notice errors that have been
bring in into previously tested code. The prioritization improves the effectiveness of regression testing by re ordering the test
cases. The genetic algorithm (GA) has been proposed and implemented for prioritizing the test cases on the basis of fault
coverage and execution time. The execution time and faults coverage has been given as input for test case number. The
planned algorithm has been programmed and the results have been analyzed. The results signifying the efficiency of
algorithm are accessible with the help of Genetic Algorithm. Whole fault treatment by means of in time forced surroundings
on dissimilar examples is used for prioritization of examination cases and their predetermined solution is obtained. From
beginning to end Genetic Algorithm technique, an approach has been recognized to find an appropriate population, which
was additional put together by Genetic Algorithm operations to make it more elastic and well-organized. The elaborations of
results are revealed with the help of .Net knowledge. The algorithm has been automated and is analyzed for various
examples.
Keywords: Genetic Algorithm, Regression Testing, Faults, Test Cases, Execution Time.