Abstract

In most imperative synchronous languages (Esterel, Argos, Statecharts,...), the semantics of the control structures may be conveniently described as compositions of Mealy machines. This constitutes the usual formal semantics of Argos, for instance, where basic components are Mealy machines. On the other hand, the compilation process should not be based upon an explicit generation of the Mealy machine that represents the behaviour of the whole program, because this machine may have a very large number of states. Hence we try to perform a symbolic compilation into a Mealy machine implicitly represented by a set of Boolean equations. We give here the direct semantics of Argos in terms of such equations, and show that this semantics coincides with the usual one. The current implementation of the Argos compiler produces DC code, which is the common equational format for synchronous languages. This will allow to merge imperative and declarative synchronous languages (Argos and Lustre, for instance), by merging DC files.

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