Module `Ocaml_parsing.Location_aux`

type t = Ocaml_parsing.Location.t = {

}

val compare : 
  Ocaml_parsing.Location_aux.t ->
  Ocaml_parsing.Location_aux.t ->
  int

compare l1 l2 compares start positions, if equal compares end positions

val compare_pos : Stdlib.Lexing.position -> Ocaml_parsing.Location_aux.t -> int

val union : 
  Ocaml_parsing.Location_aux.t ->
  Ocaml_parsing.Location_aux.t ->
  Ocaml_parsing.Location_aux.t

Return the smallest location covered by both arguments, ghost if both are ghosts

val extend : 
  Ocaml_parsing.Location_aux.t ->
  Ocaml_parsing.Location_aux.t ->
  Ocaml_parsing.Location_aux.t

Like location_union, but keep loc_ghost'ness of first argument

val included : 
  into:Ocaml_parsing.Location_aux.t ->
  Ocaml_parsing.Location_aux.t ->
  bool

included ~into:parent child returns true if child is included in parent. Otherwise returns false.

val overlap_with_range : 
  (Stdlib.Lexing.position * Stdlib.Lexing.position) ->
  Ocaml_parsing.Location_aux.t ->
  bool

overlap_with_range (pos_start, pos_end) loc returns true if loc overlap with the range defined by pos_start and pos_end.

val prepare_errors : exn list -> Ocaml_parsing.Location.error list

Filter valid errors, log invalid ones

Dump

val print : unit -> Ocaml_parsing.Location_aux.t -> string

val print_loc : 
  (unit -> 'a -> string) ->
  unit ->
  'a Ocaml_parsing.Location.loc ->
  string

val is_relaxed_location : string Ocaml_parsing.Location.loc -> bool