String.SetString sets.
include Stdlib.Set.S
with type elt := string
with type t = Stdlib.Set.Make(Stdlib.String).tval empty : tval singleton : string -> tval cardinal : t -> intval elements : t -> string listval min_elt : t -> stringval min_elt_opt : t -> string optionval max_elt : t -> stringval max_elt_opt : t -> string optionval choose : t -> stringval choose_opt : t -> string optionval find : string -> t -> stringval find_opt : string -> t -> string optionval find_first : (string -> bool) -> t -> stringval find_first_opt : (string -> bool) -> t -> string optionval find_last : (string -> bool) -> t -> stringval find_last_opt : (string -> bool) -> t -> string optionval iter : (string -> unit) -> t -> unitval fold : (string -> 'acc -> 'acc) -> t -> 'acc -> 'accval is_empty : t -> boolval mem : string -> t -> boolval for_all : (string -> bool) -> t -> boolval exists : (string -> bool) -> t -> boolval to_list : t -> string listval of_list : string list -> tval to_seq_from : string -> t -> string Stdlib.Seq.tval to_seq : t -> string Stdlib.Seq.tval to_rev_seq : t -> string Stdlib.Seq.tval of_seq : string Stdlib.Seq.t -> tpp ~sep pp_elt ppf ss formats the elements of ss 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.