SyTeCi: Automating Contextual Equivalence for Higher-Order Programs with References
We propose a framework to study contextual equivalence of programs written in a call-by-value functional language with local integer references. It reduces the problem of contextual equivalence to the problem of non-reachability in a transition system of memory configurations. This reduction is complete for recursion-free programs.
Restricting to programs that do not allocate references inside the body of functions, we encode this non-reachability problem as a constrained Horn clause that can then be checked for satisfiability automatically. Restricting furthermore to a language with finite data-types, we also get a new decidability result for contextual equivalence at any type.
Thu 23 Jan (GMT-06:00) Saskatchewan, Central America change
|10:30 - 10:51|
Dariusz BiernackiUniversity of Wrocław, Maciej PirógUniversity of Wrocław, Piotr PolesiukUniversity of Wrocław, Filip SieczkowskiUniversity of WrocławLink to publication DOI Media Attached
|10:51 - 11:13|
|Link to publication DOI Media Attached|
|11:13 - 11:35|
Guilhem JaberLS2N, Université de NantesLink to publication DOI Media Attached