Software development in B and Event-B generates proof obligations that have to be discharged using theorem provers. The cost of such developments depends directly on the degree of automation and e ciency of theorem proving techniques for the logics in which these lemmas are expressed. This paper presents and formalizes an approach to transform a class of proof obligations essentially similar to those generated in the Rodin platform into the input language of a category of automatic theorem provers known as SMT solvers. The work presented in the paper handles proof obligations with Booleans, integer arithmetics, basic sets and relations and has been implemented as a plug-in for Rodin.
The work reported by De´harbe REF presents an approach that generates the input language of a category of automatic theorem provers known as SMT-solvers from a class of proof obligations in B and Event-B. Proof obligations are handled with Booleans, integer arithmetics, basic sets, and relations.
Integration of SMT-solvers in B and Event-B development environments
Sci. Comput. Program.
Sci. Comput. Program.
Computer Science