Hypothesis-Based Approach To Detecting Runtime Violations

We develop an approach to apply formal methods to represent the program source codes as a model, after that, using automated theorem prover to try to detect runtime violations in those codes by doing static analysis. Unlike other proof based program verification approaches, this approach is based on hypothesis to develop the formal specification information implied by source codes, such as invariants, preconditions, postconditions and other runtime assertions, then using automated theorem prover to verify the correctness of each statement in the program. Our research work is an extension to compilers, can catch those runtime exceptions which are out of bound of the capability of compiler’s control-flow based analysis