2010한국멀티미디어학회 국제학술대회Requires access

New Test Case Prioritization Technique for Regression Testing

N. Prakash, T.R. Rangaswamy

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Abstract

Prioritizing test cases will reasonably reduce the testing effort and cover the maximum faults at the earliest with minimum number of test cases during regression testing after modification of the code. Enormous literature addressed the prioritization problems. But all focused on the single procedure oriented software. Researchers have used Meta-heuristic and evolutionary algorithms to prioritize the test cases. Those algorithms will take little effort and consume reasonable time to prioritize the test cases. The proposed algorithm reduces the computational time and optimally prioritizes the test case. The proposed algorithm is assessed using two standard application, Bank ATM Systems and Student Marks Analyzing System for the practicality of the proposed algorithm. The empirical studies show that the proposed method is significantly improving the rate of code coverage.

About this research paper

What this paper is about

Prioritizing test cases will reasonably reduce the testing effort and cover the maximum faults at the earliest with minimum number of test cases during regression testing after modification of the code. Enormous literature addressed the prioritization problems. But all focused on the single procedure oriented software. Researchers have used Meta-heuristic and evolutionary algorithms to prioritize the test cases. Those algorithms will take little effort and consume reasonable time to prioritize the test cases. The proposed algorithm reduces the computational time and optimally prioritizes the test case. The proposed algorithm is assessed using two standard application, Bank ATM Systems and Student Marks Analyzing System for the practicality of the proposed algorithm. The empirical studies show that the proposed method is significantly improving the rate of code coverage.

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Available abstract

Prioritizing test cases will reasonably reduce the testing effort and cover the maximum faults at the earliest with minimum number of test cases during regression testing after modification of the code. Enormous literature addressed the prioritization problems. But all focused on the single procedure oriented software. Researchers have used Meta-heuristic and evolutionary algorithms to prioritize the test cases. Those algorithms will take little effort and consume reasonable time to prioritize the test cases. The proposed algorithm reduces the computational time and optimally prioritizes the test case. The proposed algorithm is assessed using two standard application, Bank ATM Systems and Student Marks Analyzing System for the practicality of the proposed algorithm. The empirical studies show that the proposed method is significantly improving the rate of code coverage.

Key concepts: Regression testing, Computer science, Test Management Approach, Test case, Test (biology), Model-based testing, Risk-based testing, Code coverage

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