package electrod
Formal analysis for the Electrod formal pivot language
Install
Dune Dependency
Authors
Maintainers
Sources
electrod-0.4.1.tbz
sha256=b0bce9cc7126672feda5a02d5ef0c1131ba54db57654f80c0768c2f8d043cef9
sha512=92cc22f81522435e190039324767b6f69fa0b7d9dbfc3fb5561919823136fe492244dae993caf98633828e0090b67f306eec6270b86a1b2ff8630642130a3081
doc/src/electrod.libelectrod/Simplify2.ml.html
Source file Simplify2.ml
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(******************************************************************************* * electrod - a model finder for relational first-order linear temporal logic * * Copyright (C) 2016-2019 ONERA * Authors: Julien Brunel (ONERA), David Chemouil (ONERA) * * This Source Code Form is subject to the terms of the Mozilla Public * License, v. 2.0. If a copy of the MPL was not distributed with this * file, You can obtain one at http://mozilla.org/MPL/2.0/. * * SPDX-License-Identifier: MPL-2.0 * License-Filename: LICENSE.md ******************************************************************************) (** Compared to Simplify1, this version maps qualified relations to formulas relying on cardinality arguments. *) (** EXPECTED TO BE BE DONE AFTER CHECKING ARITIES. *) open Containers open Gen_goal module TS = Tuple_set let fresh_var base exp = Var.fresh ~loc:exp.exp_loc base (* simplify Ast goals *) class simplify = object (self : 'self) inherit Simplify1.simplify (* change relation qualifiers into formulas *) method! visit_Qual env qual exp = Msg.debug (fun m -> m "Simplify2.visit_Qual <-- %a" Ast.pp_prim_fml @@ Gen_goal.qual qual exp); let prim_fml = match qual with | ROne -> icomp (iexp exp.exp_loc @@ card exp) ieq (iexp exp.exp_loc @@ num 1) | RLone -> icomp (iexp exp.exp_loc @@ card exp) lte (iexp exp.exp_loc @@ num 1) | RSome -> icomp (iexp exp.exp_loc @@ card exp) gte (iexp exp.exp_loc @@ num 1) | RNo -> icomp (iexp exp.exp_loc @@ card exp) ieq (iexp exp.exp_loc @@ num 0) in self#visit_prim_fml env prim_fml |> Fun.tap @@ fun res -> Msg.debug (fun m -> m "Simplify2.visit_Qual --> %a" Ast.pp_prim_fml res) end let run elo = let open Ast in Msg.debug (fun m -> m "Entering Simplify2.simplify_fml"); { elo with goal = (new simplify)#visit_t () elo.goal } let transfo = Transfo.make "simplify2" run
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