package electrod

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Formal analysis for the Electrod formal pivot language

Install

Dune Dependency

github.com Readme Changelog MPL-2.0 License Edit opam file Versions (10)

Authors

  1. D
    David Chemouil
  2. J
    Julien Brunel

Maintainers

  1. D
    David Chemouil <david.chemouil+git@onera.fr>

Sources

electrod-0.7.1.tbz
sha256=e5d2278c99128621110cd015dafcbcae9792bbf2c8bb09d7b02c57d50fa28075
sha512=e08ecf720d35b6ee72f37d780cc3da22f61e22314ffd093ff3314fb89684b863b5c96c97375d48bcb4ba2838ec8f61a495105c989f292c5dbcd095e14f52bdba

doc/electrod.libelectrod/Libelectrod/Elo_to_ltl1/Make/class-converter/index.html

Class Make.converterSource

constraint 'a = stack
inherit Libelectrod.Elo_recursor.recursor
method build_Add : stack -> Ltl.term -> Ltl.term -> Ltl.term
method build_All : stack -> G.quant
method build_And : stack -> ltl -> ltl -> ltl
method build_Block : stack -> ltl list -> ltl
method build_Card : stack -> Libelectrod.Elo.exp -> (Libelectrod.Tuple.t -> ltl) -> Ltl.term
method visit_Compr : stack -> (bool * int * Libelectrod.Elo.exp) list -> Libelectrod.Elo.fml list -> Libelectrod.Tuple.t -> ltl
method private allocate_sbs_to_tuples : G.exp Containers.List.t -> Libelectrod.Tuple.t -> Libelectrod.Tuple.t list
method private check_compr_disj : (bool * int * G.exp) list -> Libelectrod.Tuple.t list -> bool
method build_Compr : stack -> (bool * int * Libelectrod.Elo.exp) list -> Libelectrod.Elo.fml list -> (bool * int * (Libelectrod.Tuple.t -> ltl)) list -> ltl list -> Libelectrod.Tuple.t -> ltl
method build_Diff : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_F : stack -> ltl -> ltl
method build_False : stack -> ltl
method build_G : stack -> ltl -> ltl
method build_Gt : stack -> Ltl.tcomp
method build_Gte : stack -> Ltl.tcomp
method build_H : stack -> ltl -> ltl
method build_IEq : stack -> Ltl.tcomp
method build_INEq : stack -> Ltl.tcomp
method build_Iden : stack -> Libelectrod.Tuple.t -> ltl
method build_Iff : stack -> ltl -> ltl -> ltl
method build_Imp : stack -> ltl -> ltl -> ltl
method build_In : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> ltl
method build_Inter : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_Join : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_LBin : stack -> Libelectrod.Elo.fml -> Libelectrod.Elo.lbinop -> Libelectrod.Elo.fml -> ltl -> (ltl -> ltl -> ltl) -> ltl -> ltl
method build_LProj : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_LUn : stack -> Libelectrod.Elo.lunop -> Libelectrod.Elo.fml -> (ltl -> ltl) -> ltl -> ltl
method build_Lt : stack -> Ltl.tcomp
method build_Lte : stack -> Ltl.tcomp
method build_Neg : stack -> Ltl.term -> Ltl.term
method build_No : stack -> G.quant
method build_None_ : stack -> Libelectrod.Tuple.t -> ltl
method build_Not : stack -> ltl -> ltl
method build_NotIn : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> ltl
method build_Num : stack -> int -> int -> Ltl.term
method build_O : stack -> ltl -> ltl
method build_Or : stack -> ltl -> ltl -> ltl
method build_Over : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_P : stack -> ltl -> ltl
method build_Prod : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method visit_Quant : stack -> Libelectrod.Elo.quant -> (bool * int * Libelectrod.Elo.exp) -> Libelectrod.Elo.fml list -> ltl
method build_Quant : stack -> Libelectrod.Elo.quant -> (bool * int * Libelectrod.Elo.exp) -> G.fml list -> G.quant -> (bool * int * (Libelectrod.Tuple.t -> ltl)) -> ltl list -> ltl
method build_R : stack -> ltl -> ltl -> ltl
method build_REq : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> ltl
method build_RNEq : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> ltl
method build_RProj : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_S : stack -> ltl -> ltl -> ltl
method build_Some_ : stack -> G.quant
method build_Sub : stack -> Ltl.term -> Ltl.term -> Ltl.term
method build_T : stack -> ltl -> ltl -> ltl
method build_Transpose : stack -> Libelectrod.Elo.exp -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_True : stack -> ltl
method build_U : stack -> ltl -> ltl -> ltl
method build_Union : stack -> G.exp -> G.exp -> (Libelectrod.Tuple.t -> ltl) -> (Libelectrod.Tuple.t -> ltl) -> Libelectrod.Tuple.t -> ltl
method build_Univ : stack -> Libelectrod.Tuple.t -> ltl
method build_Var : stack -> int -> int -> Libelectrod.Tuple.t -> ltl
method build_X : stack -> ltl -> ltl
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