Params (ocamlformat-lib.Ocamlformat

val parens_if : 
  Ocamlformat_stdlib.bool ->
  Ocamlformat_lib.Conf.t ->
  ?disambiguate:Ocamlformat_stdlib.bool ->
  Ocamlformat_lib.Fmt.t ->
  Ocamlformat_lib.Fmt.t

val parens : 
  Ocamlformat_lib.Conf.t ->
  ?disambiguate:Ocamlformat_stdlib.bool ->
  Ocamlformat_lib.Fmt.t ->
  Ocamlformat_lib.Fmt.t

module Exp : sig ... end

module Mod : sig ... end

module Pcty : sig ... end

val get_or_pattern_sep : 
  ?cmts_before:Ocamlformat_stdlib.bool ->
  ?space:Ocamlformat_stdlib.bool ->
  Ocamlformat_lib.Conf.t ->
  ctx:Ocamlformat_lib.Ast.t ->
  Ocamlformat_lib.Fmt.t

type cases = {

leading_space : Ocamlformat_lib.Fmt.t;
bar : Ocamlformat_lib.Fmt.t;
box_all : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
box_pattern_arrow : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
break_before_arrow : Ocamlformat_lib.Fmt.t;
break_after_arrow : Ocamlformat_lib.Fmt.t;
open_paren_branch : Ocamlformat_lib.Fmt.t;
break_after_opening_paren : Ocamlformat_lib.Fmt.t;
expr_parens : Ocamlformat_stdlib.bool Ocamlformat_stdlib.option;
branch_expr : Ocamlformat_lib.Extended_ast.expression Ocamlformat_lib.Ast.xt;
close_paren_branch : Ocamlformat_lib.Fmt.t;

}

val get_cases : 
  Ocamlformat_lib.Conf.t ->
  ctx:Ocamlformat_lib.Ast.t ->
  first:Ocamlformat_stdlib.bool ->
  last:Ocamlformat_stdlib.bool ->
  xbch:Ocamlformat_lib.Extended_ast.expression Ocamlformat_lib.Ast.xt ->
  cases

val wrap_tuple : 
  Ocamlformat_lib.Conf.t ->
  parens:Ocamlformat_stdlib.bool ->
  no_parens_if_break:Ocamlformat_stdlib.bool ->
  Ocamlformat_lib.Fmt.t ->
  Ocamlformat_lib.Fmt.t

type record_type = {

docked_before : Ocamlformat_lib.Fmt.t;
break_before : Ocamlformat_lib.Fmt.t;
box_record : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
box_spaced : Ocamlformat_stdlib.bool;
sep_before : Ocamlformat_lib.Fmt.t;
sep_after : Ocamlformat_lib.Fmt.t;
break_after : Ocamlformat_lib.Fmt.t;
docked_after : Ocamlformat_lib.Fmt.t;

}

val get_record_type : Ocamlformat_lib.Conf.t -> record_type

type elements_collection = {

box : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
sep_before : Ocamlformat_lib.Fmt.t;
sep_after_non_final : Ocamlformat_lib.Fmt.t;
sep_after_final : Ocamlformat_lib.Fmt.t;

}

type elements_collection_record_expr = {

break_after_with : Ocamlformat_lib.Fmt.t;

}

type elements_collection_record_pat = {

wildcard : Ocamlformat_lib.Fmt.t;

}

val get_record_expr : 
  Ocamlformat_lib.Conf.t ->
  elements_collection * elements_collection_record_expr

val get_list_expr : Ocamlformat_lib.Conf.t -> elements_collection

val get_array_expr : Ocamlformat_lib.Conf.t -> elements_collection

val get_record_pat : 
  Ocamlformat_lib.Conf.t ->
  ctx:Ocamlformat_lib.Ast.t ->
  elements_collection * elements_collection_record_pat

val get_list_pat : 
  Ocamlformat_lib.Conf.t ->
  ctx:Ocamlformat_lib.Ast.t ->
  elements_collection

val get_array_pat : 
  Ocamlformat_lib.Conf.t ->
  ctx:Ocamlformat_lib.Ast.t ->
  elements_collection

type if_then_else = {

box_branch : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
cond : Ocamlformat_lib.Fmt.t;
box_keyword_and_expr : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
branch_pro : Ocamlformat_lib.Fmt.t;
wrap_parens : Ocamlformat_lib.Fmt.t -> Ocamlformat_lib.Fmt.t;
box_expr : Ocamlformat_stdlib.bool Ocamlformat_stdlib.option;
expr_pro : Ocamlformat_lib.Fmt.t Ocamlformat_stdlib.option;
expr_eol : Ocamlformat_lib.Fmt.t Ocamlformat_stdlib.option;
branch_expr : Ocamlformat_lib.Extended_ast.expression Ocamlformat_lib.Ast.xt;
break_end_branch : Ocamlformat_lib.Fmt.t;
space_between_branches : Ocamlformat_lib.Fmt.t;

}

val get_if_then_else : 
  Ocamlformat_lib.Conf.t ->
  first:Ocamlformat_stdlib.bool ->
  last:Ocamlformat_stdlib.bool ->
  parens_bch:Ocamlformat_stdlib.bool ->
  parens_prev_bch:Ocamlformat_stdlib.bool ->
  xcond:
    Ocamlformat_lib.Extended_ast.expression Ocamlformat_lib.Ast.xt
      Ocamlformat_stdlib.option ->
  xbch:Ocamlformat_lib.Extended_ast.expression Ocamlformat_lib.Ast.xt ->
  expr_loc:Ocaml_common.Location.t ->
  fmt_extension_suffix:Ocamlformat_lib.Fmt.t Ocamlformat_stdlib.option ->
  fmt_attributes:Ocamlformat_lib.Fmt.t ->
  fmt_cond:
    (Ocamlformat_lib.Extended_ast.expression Ocamlformat_lib.Ast.xt ->
      Ocamlformat_lib.Fmt.t) ->
  if_then_else

val match_indent : 
  ?default:Ocamlformat_stdlib.int ->
  Ocamlformat_lib.Conf.t ->
  parens:Ocamlformat_stdlib.bool ->
  ctx:Ocamlformat_lib.Ast.t ->
  Ocamlformat_stdlib.int

val comma_sep : Ocamlformat_lib.Conf.t -> Ocamlformat_lib.Fmt.s

module Align : sig ... end

module Indent : sig ... end