LMust (goblint.Goblint_lib.CommonPriv.PerMutexTidCommon.LMust)

include sig ... end

type elt = Printable.Prod(LLock)(Cluster).t

val empty : 
  unit ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val is_empty : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val mem : 
  elt ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val add : 
  elt ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val singleton : 
  elt ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val remove : 
  elt ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val union : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val inter : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val diff : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val subset : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val disjoint : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val iter : 
  (elt -> unit) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  unit

val map : 
  (elt -> elt) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val fold : 
  (elt -> 'a -> 'a) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  'a ->
  'a

val for_all : 
  (elt -> bool) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val exists : 
  (elt -> bool) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val filter : 
  (elt -> bool) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val partition : 
  (elt -> bool) ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]
  * [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val cardinal : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  int

val elements : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  elt list

val to_seq : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  elt Stdlib.Seq.t

val of_list : 
  elt list ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val min_elt : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  elt

val max_elt : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  elt

val choose : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  elt

type t = [

| `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t
| `Top

]

val equal : t -> t -> bool

val hash : t -> int

val compare : t -> t -> int

val show : t -> string

val pretty : unit -> t -> Printable.Pretty.doc

val to_yojson : t -> Yojson.Safe.t

val tag : t -> int

val relift : t -> t

val widen : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val narrow : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val bot : 
  unit ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val is_bot : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val top : 
  unit ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val is_top : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val leq : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  bool

val join : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val meet : 
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]

val pretty_diff : unit -> (t * t) -> Lattice.Pretty.doc

val printXml : 
  'a BatInnerIO.output ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ] ->
  unit

val arbitrary : 
  unit ->
  [ `Lifted of SetDomain.Make(Printable.Prod(LLock)(Cluster)).t | `Top ]
    QCheck.arbitrary

val name : unit -> string