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Sponsored by the Center for Science and Technology Development of the Ministry of Education
Supervised by Ministry of Education of the People's Republic of China
For the purpose of fuzzing more than one field per iteration in fuzz testing, in this paper, we present Combinatorial strategy which fuzzs more than one field at a time. This strategy traverses all the combinations of fields. Each fields has it's corresponding mutations and it will fuzz every combinations one by one until all possible mutations have been exhausted. However, combinatorial explosion follows with the Combinatorial strategy. Analyzing the relations of fields which can reduce the combinations of fields is one way to avoid the problem. Manually setting the max number of iterations of each combinations can evidently reduce the total number of iterations which might sacrifice some flaws. Experiment indicates that Combinatorial strategy not only effectively generates iterations but also can avoid the combinatorial explosion to a certain extent.