Format_state (beluga.Syncom.Parenthesizer.Make.Format

include Support.Imperative_state.IMPERATIVE_STATE

type state

val traverse_tuple2 : 
  state ->
  (state -> 'a1 -> 'b1) ->
  (state -> 'a2 -> 'b2) ->
  ('a1 * 'a2) ->
  'b1 * 'b2

val traverse_tuple3 : 
  state ->
  (state -> 'a1 -> 'b1) ->
  (state -> 'a2 -> 'b2) ->
  (state -> 'a3 -> 'b3) ->
  ('a1 * 'a2 * 'a3) ->
  'b1 * 'b2 * 'b3

val traverse_list : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.List.t ->
  'b Support.List.t

traverse_list state f [x1; x2; ...; xn] is [y1; y2; ...; yn] where yi = f state xi, and y1, y2, ..., yn are computed in order, meaning that y1 is computed first, then y2, etc.

val traverse_list1 : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.List1.t ->
  'b Support.List1.t

val traverse_list2 : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.List2.t ->
  'b Support.List2.t

val iter_list : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List.t ->
  Stdlib.Unit.t

iter_list state f [x1; x2; ...; xn] is f state x1; f state x2; ...; f state xn.

val iter_list1 : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List1.t ->
  Stdlib.Unit.t

val iter_list2 : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List2.t ->
  Stdlib.Unit.t

val traverse_reverse_list : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.List.t ->
  'b Support.List.t

traverse_reverse_list state f [x1; x2; ...; xn] is [y1; y2; ...; yn] where yi = f state xi, and y1, y2, ..., yn are computed in reverse order, meaning that yn is computed first, then y(n-1), etc.

val traverse_reverse_list1 : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.List1.t ->
  'b Support.List1.t

val traverse_reverse_list2 : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.List2.t ->
  'b Support.List2.t

val iter_rev_list : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List.t ->
  Stdlib.Unit.t

iter_rev_list state f [x1; x2; ...; xn] is f state xn; f state x(n-1); ...; f state x1.

val iter_rev_list1 : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List1.t ->
  Stdlib.Unit.t

val iter_rev_list2 : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List2.t ->
  Stdlib.Unit.t

val traverse_option : 
  state ->
  (state -> 'a -> 'b) ->
  'a Support.Option.t ->
  'b Support.Option.t

val iter_option : 
  state ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.Option.t ->
  Stdlib.Unit.t

val seq_list : state -> (state -> 'a) Support.List.t -> 'a Support.List.t

val seq_list1 : state -> (state -> 'a) Support.List1.t -> 'a Support.List1.t

val iter_seq : 
  state ->
  (state -> Stdlib.Unit.t) Support.List.t ->
  Stdlib.Unit.t

val pp_flush : state -> Stdlib.Unit.t

pp_flush state is analogous to Format.pp_print_flush.

val pp_newline : state -> Stdlib.Unit.t

pp_newline state is analogous to Format.pp_print_newline.

val pp_nop : state -> Stdlib.Unit.t

pp_nop state is (). This is useful to signal that nothing should be printed for some execution branch.

val pp_cut : state -> Stdlib.Unit.t

pp_cut state is analogous to Format.pp_print_cut.

val pp_space : state -> Stdlib.Unit.t

pp_space state is analogous to Format.pp_print_space. Note that this is a possibly breaking space, meaning that a newline may be printed at this point.

val pp_non_breaking_space : state -> Stdlib.Unit.t

pp_non_breaking_space state pretty-prints a non-breaking space, meaning that the printer does not insert break directives to that space.

val pp_break : state -> Support.Int.t -> Support.Int.t -> Stdlib.Unit.t

pp_break state width offset is analogous to Format.pp_print_break.

val pp_as : state -> Support.Int.t -> Support.String.t -> Stdlib.Unit.t

pp_as state size is analogous to Format.pp_print_as to pretty-print a string as if it were of length size. This is useful to pretty-print UTF-8 encoded strings of known codepoint count, or to print a string as if it isn't there, like for HTML tags or ASCII escape sequences.

val pp_box : 
  state ->
  ?indent:Support.Int.t ->
  (state -> Stdlib.Unit.t) ->
  Stdlib.Unit.t

pp_box state ?(indent = 0) f evaluates f state in a compacting pretty-printing box wth offset indent in the formatter (see Format.pp_open_box). The box is opened before f state, and closed afterwards.

val pp_hbox : state -> (state -> Stdlib.Unit.t) -> Stdlib.Unit.t

pp_hbox state f evaluates f state in a horizontal pretty-printing box (see Format.pp_open_hbox). The box is opened before f state, and closed afterwards.

val pp_vbox : 
  state ->
  ?indent:Support.Int.t ->
  (state -> Stdlib.Unit.t) ->
  Stdlib.Unit.t

pp_vbox state ?(indent = 0) f evaluates f state in a vertical pretty-printing box with offset indent (see Format.pp_open_vbox). The box is opened before f state, and closed afterwards.

val pp_hvbox : 
  state ->
  ?indent:Support.Int.t ->
  (state -> Stdlib.Unit.t) ->
  Stdlib.Unit.t

val pp_hovbox : 
  state ->
  ?indent:Support.Int.t ->
  (state -> Stdlib.Unit.t) ->
  Stdlib.Unit.t

val pp_bool : state -> Stdlib.Bool.t -> Stdlib.Unit.t

val pp_int : state -> Support.Int.t -> Stdlib.Unit.t

val pp_float : state -> Stdlib.Float.t -> Stdlib.Unit.t

val pp_char : state -> Stdlib.Char.t -> Stdlib.Unit.t

val pp_string : state -> Support.String.t -> Stdlib.Unit.t

val pp_option : 
  state ->
  ?none:(state -> Stdlib.Unit.t) ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.Option.t ->
  Stdlib.Unit.t

val pp_list : 
  state ->
  ?sep:(state -> Stdlib.Unit.t) ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List.t ->
  Stdlib.Unit.t

val pp_list1 : 
  state ->
  ?sep:(state -> Stdlib.Unit.t) ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List1.t ->
  Stdlib.Unit.t

val pp_list2 : 
  state ->
  ?sep:(state -> Stdlib.Unit.t) ->
  (state -> 'a -> Stdlib.Unit.t) ->
  'a Support.List2.t ->
  Stdlib.Unit.t

val pp_text : state -> Support.String.t -> Stdlib.Unit.t

val pp_utf_8 : state -> Support.String.t -> Stdlib.Unit.t

val pp_utf_8_text : state -> Support.String.t -> Stdlib.Unit.t