package goblint

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package goblint
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Library
Module
Module type
Parameter
Class
Class type
include sig ... end
val expand_fst : bool
val expand_snd : bool
type t = MustSet.t * MaySet.t
val equal : t -> t -> Ppx_deriving_runtime.bool
val compare : t -> t -> Ppx_deriving_runtime.int
val hash : t -> int
val tag : 'a -> 'b
val show : (MustSet.t * MaySet.t) -> string
val name : unit -> string
val pretty : unit -> (MustSet.t * MaySet.t) -> Printable.Pretty.doc
val printXml : 'a BatInnerIO.output -> (MustSet.t * MaySet.t) -> unit
val to_yojson : (MustSet.t * MaySet.t) -> [> `Assoc of (string * Yojson.Safe.t) list ]
val arbitrary : unit -> (MustSet.t * MaySet.t) QCheck.arbitrary
val relift : (MustSet.t * MaySet.t) -> MustSet.t * MaySet.t
val bot : unit -> MustSet.t * MaySet.t
val is_bot : (MustSet.t * MaySet.t) -> bool
val top : unit -> MustSet.t * MaySet.t
val is_top : (MustSet.t * MaySet.t) -> bool
val leq : (MustSet.t * MaySet.t) -> (MustSet.t * MaySet.t) -> bool
val pretty_diff : unit -> (t * t) -> Lattice.Pretty.doc
val op_scheme : ('a -> 'b -> MustSet.t) -> ('c -> 'd -> MaySet.t) -> ('a * 'c) -> ('b * 'd) -> t
val join : (MustSet.t * MaySet.t) -> (MustSet.t * MaySet.t) -> t
val meet : (MustSet.t * MaySet.t) -> (MustSet.t * MaySet.t) -> t
val narrow : (MustSet.t * MaySet.t) -> (MustSet.t * MaySet.t) -> t
val widen : (MustSet.t * MaySet.t) -> (MustSet.t * MaySet.t) -> t
module Set : sig ... end
type mode =
  1. | Definitely
  2. | Possibly
val empty : unit -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t
val full_set : unit -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t
val is_empty : mode -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t) -> bool
val min_elem : mode -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.M.t) -> MustSet.M.elt
val min_elem_precise : ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.M.t) -> bool
val mem : mode -> MustSet.elt -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t) -> bool
val interval_mem : mode -> (MustSet.M.elt * Z.t) -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * 'a) -> bool
val remove : mode -> MustSet.M.elt -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.M.t) -> Z.t -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.M.t
val add : mode -> MustSet.elt -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t) -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t
val add_list : mode -> MaySet.elt list -> ('a * MaySet.t) -> 'a * MaySet.t
val add_interval : ?maxfull:Z.t option -> mode -> (MaySet.elt * Z.t) -> (MaySet.t * MaySet.t) -> MaySet.t * MaySet.t
val remove_interval : mode -> (Z.t * Z.t) -> Z.t -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * 'a) -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * 'a
val add_all : mode -> ('a * 'b) -> 'a * MaySet.t
val remove_all : mode -> ('a * MaySet.t) -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t
val is_full_set : mode -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t) -> bool
val get_set : mode -> ('a * 'a) -> 'a
val elements : ?max_size:Z.t -> ?min_size:'a -> mode -> ('b * MaySet.M.t) -> MaySet.M.elt list
val union_mays : ('a * MaySet.t) -> ('b * MaySet.t) -> 'a * MaySet.t
val precise_singleton : MustSet.elt -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t
val precise_set : Set.t -> t
val make_all_must : unit -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t
val may_can_benefit_from_filter : ('a * MaySet.t) -> bool
val exists : mode -> (MaySet.elt -> bool) -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * MaySet.t) -> bool
val filter : ?min_size:Z.t -> ?max_size:Z.t -> (MaySet.M.elt -> bool) -> (MustSet.t * MaySet.M.t) -> t
val filter_musts : (MustSet.M.elt -> bool) -> Z.t -> ([ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * 'a) -> [ `Lifted of SetDomain.Make(IntOps.BigIntOps).t | `Top ] * 'a
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