functor (Obs : GenVars.OBSERVER) ->
functor
(Type : sig
type t
val is_empty : t -> bool
val subset : t -> t -> bool option
val inter : t -> t -> t
val union : t -> t -> t
val compare : t -> t -> int
val string_of : t -> string
val normalize : t -> t
val make_eq_lower : t -> t -> bool * t
val make_eq_upper : t -> t -> bool * t
val make_eq_eq : t -> t -> bool * t
type obs = Obs.t
end) ->
functor (State : sig type obs = Obs.t val add_wl : obs -> unit end) ->
sig
module TVar :
sig
type obs = Obs.t
type t
val create : unit -> t
val compare : t -> t -> int
val total_ord : t -> t -> int
val add_alias : t -> t -> unit
val do_normalize : t -> unit
val add_observer : obs -> t -> unit
val remove_observer : obs -> t -> unit
val string_of : t -> string
val reset : unit -> unit
val get_all_ts : unit -> t list
type img
type elm = Type.t
val set_lower : elm -> t -> unit
val set_upper : elm -> t -> unit
val set_eq : elm -> t -> unit
val subset : t -> t -> unit
val get_lower : t -> elm option
val get_upper : t -> elm option
val string_of_img : t -> string
val get_exact : t -> elm option
val string_of_with_img : t -> string
val do_on_exact :
?nothing:(unit -> unit) ->
?something:(elm -> unit) -> t -> unit
val do_on_lower :
?nothing:(unit -> unit) ->
?something:(elm -> unit) -> t -> unit
val do_on_upper :
?nothing:(unit -> unit) ->
?something:(elm -> unit) -> t -> unit
end
module LSVar :
sig
type obs = Obs.t
type t
val create : unit -> t
val compare : t -> t -> int
val total_ord : t -> t -> int
val add_alias : t -> t -> unit
val do_normalize : t -> unit
val add_observer : obs -> t -> unit
val remove_observer : obs -> t -> unit
val string_of : t -> string
val reset : unit -> unit
val get_all_ts : unit -> t list
type img
type elm = Location.LSet.t
val set_lower : elm -> t -> unit
val set_upper : elm -> t -> unit
val set_eq : elm -> t -> unit
val subset : t -> t -> unit
val get_lower : t -> elm option
val get_upper : t -> elm option
val string_of_img : t -> string
val get_exact : t -> elm option
val string_of_with_img : t -> string
val set_neg : elm -> t -> unit
val disjoint : t -> t -> unit
val get_neg : t -> elm option
val lower_one_element :
?nothing:(unit -> unit) ->
?exact:(Location.Loc.t -> unit) ->
?tomuch:(unit -> unit) -> t -> unit
val lower_iter : (Location.Loc.t -> unit) -> t -> unit
val upper_iter : (Location.Loc.t -> unit) -> t -> unit
val is_one_possible : t -> bool
val equal_possible : t -> t -> bool
val equal_possible_lset : t -> Location.LSet.t -> bool
val subset_possible : t -> t -> bool
val subset_possible_lset : t -> Location.LSet.t -> bool
val choose_lower : t -> Location.Loc.t option
val set_upper_for_all : Location.LSet.t -> unit
end
module PrVar :
sig
type obs = Obs.t
type t
val create : unit -> t
val compare : t -> t -> int
val total_ord : t -> t -> int
val add_alias : t -> t -> unit
val do_normalize : t -> unit
val add_observer : obs -> t -> unit
val remove_observer : obs -> t -> unit
val string_of : t -> string
val reset : unit -> unit
val get_all_ts : unit -> t list
type img
type elm = Pre.t
val set_lower : elm -> t -> unit
val set_upper : elm -> t -> unit
val set_eq : elm -> t -> unit
val subset : t -> t -> unit
val get_lower : t -> elm option
val get_upper : t -> elm option
val string_of_img : t -> string
val get_exact : t -> elm option
val string_of_with_img : t -> string
val do_on_lower :
?nothing:(unit -> unit) ->
?exact:(unit -> unit) ->
?inexact:(unit -> unit) ->
?nv:(NoValue.nv -> unit) -> t -> unit
val do_on_upper :
?nothing:(unit -> unit) ->
?exact:(unit -> unit) ->
?inexact:(unit -> unit) ->
?nv:(NoValue.nv -> unit) -> t -> unit
end
module ObjectType :
sig type t type key = Syntax.label type img = TVar.t end
module OTVar :
sig
type obs = Obs.t
type t
val create : unit -> t
val compare : t -> t -> int
val total_ord : t -> t -> int
val add_alias : t -> t -> unit
val do_normalize : t -> unit
val add_observer : obs -> t -> unit
val remove_observer : obs -> t -> unit
val string_of : t -> string
val reset : unit -> unit
val get_all_ts : unit -> t list
type img
module I : sig type key = Syntax.label type img = TVar.t end
val domain : t -> I.key list
val find' : I.key -> t -> I.img option
val find_or_add :
create:(unit -> I.img) -> key:I.key -> map:t -> I.img
val iter : (I.key -> I.img -> unit) -> t -> unit
val fold : (I.key -> I.img -> 'a -> 'a) -> t -> 'a -> 'a
val make_write_equal :
(I.key -> I.key -> int) ->
(I.img -> I.img -> unit) -> t -> t -> I.key -> unit
val string_of_map : t -> string
val string_of_with_img : t -> string
type domain_var
val get_domain_var : t -> domain_var
end
module LEVar :
sig
type obs = Obs.t
type t
val create : unit -> t
val compare : t -> t -> int
val total_ord : t -> t -> int
val add_alias : t -> t -> unit
val do_normalize : t -> unit
val add_observer : obs -> t -> unit
val remove_observer : obs -> t -> unit
val string_of : t -> string
val reset : unit -> unit
val get_all_ts : unit -> t list
type img
module I : sig type key = Location.Loc.t type img = OTVar.t end
val domain : t -> I.key list
val find' : I.key -> t -> I.img option
val find_or_add :
create:(unit -> I.img) -> key:I.key -> map:t -> I.img
val iter : (I.key -> I.img -> unit) -> t -> unit
val fold : (I.key -> I.img -> 'a -> 'a) -> t -> 'a -> 'a
val make_write_equal :
(I.key -> I.key -> int) ->
(I.img -> I.img -> unit) -> t -> t -> I.key -> unit
val string_of_map : t -> string
val string_of_with_img : t -> string
type domain_var = LSVar.t
val get_domain_var : t -> domain_var
val synchronize : t -> unit
end
end