Reducing interactive fault proneness in software application using genetic algorithm based optimal directed random testing

ABSTRACT

The intention of programming testing is to find the missteps in programming. Programming testing is the route toward supporting and watching that a program confines accurately. Sporadic testing makes test inputs self-assertively from the data space of the item under test. To deliver discretionary investigations without fail, these randomly generated test cases will contain some similarity? To overcome these issues, we will propose a strategy for reducing the weaknesses in light of perfect investigations delivered from facilitated discretionary testing. In the proposed system, we will make a gainful subjective testing to test in light of the question direct dependence illustrates. In this examination, the perfect wellsprings of information will be created in light of Genetic Algorithm (GA) which will diminish the unlawful information sources and corresponding data sources. To diminish the illegal and equitant inputs accuse slant, GA uses the degree estimations of the investigations. Our proposed technique will prune the data space by combining the past commitment with the present one also increases augment flexibility and sufficiency in the season of programming testing.

KEYWORDS:

• Software testing
• genetic algorithm
• application ODRT