Source (p.ocamlformat.0.22.4.doc.ocamlformat.Ocamlformat.Source)

Sourcetype t

val create : 
  text:Ocamlformat_stdlib.string ->
  tokens:
    (Parser_extended.Parser.token * Ocaml_common.Location.t)
      Ocamlformat_stdlib.list ->
  t

Source

val empty_line_between : 
  t ->
  Lexing.position ->
  Lexing.position ->
  Ocamlformat_stdlib.bool

empty_line_between t p1 p2 is true if there is an empty line between p1 and p2. The lines containing p1 and p2 are not considered empty.

Sourceval empty_line_before : t -> Ocaml_common.Location.t -> Ocamlformat_stdlib.bool

Sourceval empty_line_after : t -> Ocaml_common.Location.t -> Ocamlformat_stdlib.bool

Source

val tokens_between : 
  t ->
  filter:(Parser_extended.Parser.token -> Ocamlformat_stdlib.bool) ->
  Lexing.position ->
  Lexing.position ->
  (Parser_extended.Parser.token * Ocaml_common.Location.t)
    Ocamlformat_stdlib.list

Sourceval string_at : t -> Ocaml_common.Location.t -> Ocamlformat_stdlib.string

Source

val find_token_after : 
  t ->
  filter:(Parser_extended.Parser.token -> Ocamlformat_stdlib.bool) ->
  Lexing.position ->
  (Parser_extended.Parser.token * Ocaml_common.Location.t)
    Ocamlformat_stdlib.option

Source

val find_token_before : 
  t ->
  filter:(Parser_extended.Parser.token -> Ocamlformat_stdlib.bool) ->
  Lexing.position ->
  (Parser_extended.Parser.token * Ocaml_common.Location.t)
    Ocamlformat_stdlib.option

Source

val string_literal : 
  t ->
  [ `Normalize | `Preserve ] ->
  Ocaml_common.Location.t ->
  Ocamlformat_stdlib.string

Sourceval char_literal : t -> Ocaml_common.Location.t -> Ocamlformat_stdlib.string

Sourceval is_long_pexp_open : t -> Extended_ast.expression -> Ocamlformat_stdlib.bool

is_long_pexp_open source exp holds if exp is a Pexp_open expression that is expressed in long ('let open') form in source.

Source

val is_long_pmod_functor : 
  t ->
  Extended_ast.module_expr ->
  Ocamlformat_stdlib.bool

is_long_pmod_functor source mod_exp holds if mod_exp is a Pmod_functor expression that is expressed in long ('functor (M) ->') form in source.

Source

val is_long_pmty_functor : 
  t ->
  Extended_ast.module_type ->
  Ocamlformat_stdlib.bool

is_long_pmty_functor source mod_type holds if mod_type is a Pmty_functor type that is expressed in long ('functor (M) ->') form in source.

Source

val begins_line : 
  ?ignore_spaces:Ocamlformat_stdlib.bool ->
  t ->
  Ocaml_common.Location.t ->
  Ocamlformat_stdlib.bool

Sourceval ends_line : t -> Ocaml_common.Location.t -> Ocamlformat_stdlib.bool

Source

val extension_using_sugar : 
  name:Ocamlformat_stdlib.string Ocaml_common.Location.loc ->
  payload:Ocaml_common.Location.t ->
  Ocamlformat_stdlib.bool

Source

val extend_loc_to_include_attributes : 
  Ocaml_common.Location.t ->
  Extended_ast.attributes ->
  Ocaml_common.Location.t

Source

val type_constraint_is_first : 
  Extended_ast.core_type ->
  Ocaml_common.Location.t ->
  Ocamlformat_stdlib.bool

Sourceval is_quoted_string : t -> Ocaml_common.Location.t -> Ocamlformat_stdlib.bool

Source

val loc_of_first_token_at : 
  t ->
  Ocaml_common.Location.t ->
  Parser_extended.Parser.token ->
  Ocaml_common.Location.t Ocamlformat_stdlib.option

Source

val find_first_token_on_line : 
  t ->
  Ocamlformat_stdlib.int ->
  (Parser_extended.Parser.token * Ocaml_common.Location.t)
    Ocamlformat_stdlib.option