module Set:sig..end
Path sets.
include Set.S
typet =Fpath.set
val min_elt : Fpath.set -> Fpath.path optionException safe Set.S.min_elt.
val get_min_elt : Fpath.set -> Fpath.pathget_min_let is like Fpath.Set.min_elt but
Invalid_argument on the empty set.val max_elt : Fpath.set -> Fpath.path optionException safe Set.S.max_elt.
val get_max_elt : Fpath.set -> Fpath.pathget_max_elt is like Fpath.Set.max_elt but
Invalid_argument on the empty set.val choose : Fpath.set -> Fpath.path optionException safe Set.S.choose.
val get_any_elt : Fpath.set -> Fpath.pathget_any_elt is like Fpath.Set.choose but
Invalid_argument on the
empty set.val find : Fpath.path -> Fpath.set -> Fpath.path optionException safe Set.S.find.
val get : Fpath.path -> Fpath.set -> Fpath.pathget is like Set.S.find but
Invalid_argument if
elt is not in s.val of_list : Fpath.path list -> Fpath.setof_list ps is a set from the list ps.
val pp : ?sep:(Stdlib.Format.formatter -> unit -> unit) ->
(Stdlib.Format.formatter -> Fpath.path -> unit) ->
Stdlib.Format.formatter -> Fpath.set -> unitpp ~sep pp_elt ppf ps formats the elements of ps on
ppf. Each element is formatted with pp_elt and elements are
separated by ~sep (defaults to Format.pp_print_cut). If the
set is empty leaves ppf untouched.
val dump : Stdlib.Format.formatter -> Fpath.set -> unitdump ppf ps prints an unspecified representation of ps on
ppf.