package ocamlformat-lib

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ocamlformat-lib
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ocamlformat-lib.format_
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ocamlformat-lib.ocaml_common
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ocamlformat-lib.ocamlformat_stdlib
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ocamlformat-lib.odoc_parser
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ocamlformat-lib.parser_extended
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ocamlformat-lib.parser_recovery
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ocamlformat-lib.parser_standard
- Parser_standard
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ocamlformat-lib.result
- Ocamlformat_result
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Legend:
Library
Module
Module type
Parameter
Class
Class type

Abstract syntax tree terms

val init : Conf.t -> Ocamlformat_stdlib.unit

Initialize internal state

module Attr : sig ... end

module Ext : sig ... end

module Token : sig ... end

module Exp : sig ... end

val doc_atrs : 
  ?acc:
    (Ocamlformat_stdlib.string Migrate_ast.Location.loc
     * Ocamlformat_stdlib.bool)
      Ocamlformat_stdlib.list ->
  Extended_ast.attributes ->
  (Ocamlformat_stdlib.string Migrate_ast.Location.loc * Ocamlformat_stdlib.bool)
    Ocamlformat_stdlib.list
    Ocamlformat_stdlib.option
  * Extended_ast.attributes

type cmt_checker = {

cmts_before : Migrate_ast.Location.t -> Ocamlformat_stdlib.bool;
cmts_within : Migrate_ast.Location.t -> Ocamlformat_stdlib.bool;
cmts_after : Migrate_ast.Location.t -> Ocamlformat_stdlib.bool;

}

module Pat : sig ... end

module Mod : sig ... end

module Mty : sig ... end

module Cl : sig ... end

module Cty : sig ... end

module Tyd : sig ... end

type toplevel_item = [

| `Item of Extended_ast.structure_item
| `Directive of Extended_ast.toplevel_directive

]

type t =

| Pld of Extended_ast.payload
| Typ of Extended_ast.core_type
| Td of Extended_ast.type_declaration
| Cty of Extended_ast.class_type
| Pat of Extended_ast.pattern
| Exp of Extended_ast.expression
| Lb of Extended_ast.let_binding
| Mb of Extended_ast.module_binding
| Md of Extended_ast.module_declaration
| Cl of Extended_ast.class_expr
| Mty of Extended_ast.module_type
| Mod of Extended_ast.module_expr
| Sig of Extended_ast.signature_item
| Str of Extended_ast.structure_item
| Clf of Extended_ast.class_field
| Ctf of Extended_ast.class_type_field
| Tli of toplevel_item
| Top
| Rep
(*
Repl phrase
*)

Ast terms of various forms.

val is_top : t -> Ocamlformat_stdlib.bool

val break_between : 
  Source.t ->
  cmt_checker ->
  (t * Conf.t) ->
  (t * Conf.t) ->
  Ocamlformat_stdlib.bool

val attributes : t -> Extended_ast.attributes

val location : t -> Migrate_ast.Location.t

val dump : Ocamlformat_stdlib.Format.formatter -> t -> Ocamlformat_stdlib.unit

Debug: Dump the representation of an Ast term.

type 'a xt = private {

ctx : t;
ast : 'a;

}

Term-in-context {ctx; ast} records that ast is (considered to be) an immediate sub-term of ctx.

val sub_typ : ctx:t -> Extended_ast.core_type -> Extended_ast.core_type xt

Construct a core_type-in-context.

val sub_cty : ctx:t -> Extended_ast.class_type -> Extended_ast.class_type xt

Construct a class_type-in-context.

val sub_pat : ctx:t -> Extended_ast.pattern -> Extended_ast.pattern xt

Construct a pattern-in-context.

val sub_exp : ctx:t -> Extended_ast.expression -> Extended_ast.expression xt

Construct a expression-in-context.

val sub_cl : ctx:t -> Extended_ast.class_expr -> Extended_ast.class_expr xt

Construct a class_expr-in-context.

val sub_mty : ctx:t -> Extended_ast.module_type -> Extended_ast.module_type xt

Construct a module_type-in-context.

val sub_mod : ctx:t -> Extended_ast.module_expr -> Extended_ast.module_expr xt

Construct a module_expr-in-context.

val sub_sig : 
  ctx:t ->
  Extended_ast.signature_item ->
  Extended_ast.signature_item xt

Construct a signature_item-in-context.

val sub_str : 
  ctx:t ->
  Extended_ast.structure_item ->
  Extended_ast.structure_item xt

Construct a structure_item-in-context.

val is_simple : 
  Conf.t ->
  (Extended_ast.expression xt -> Ocamlformat_stdlib.int) ->
  Extended_ast.expression xt ->
  Ocamlformat_stdlib.bool

Holds of "simple" expressions: constants and constructor and function applications of other simple expressions.

type cls =

| Let_match
| Match
| Non_apply
| Sequence
| Then
| ThenElse

'Classes' of expressions which are parenthesized differently.

val exposed_right_exp : 
  cls ->
  Extended_ast.expression ->
  Ocamlformat_stdlib.bool

exposed_right_exp cls exp holds if there is a right-most subexpression of exp which is of class cls and is not parenthesized.

val prec_ast : t -> Prec.t Ocamlformat_stdlib.option

prec_ast ast is the precedence of ast. Meaningful for binary operators, otherwise returns None.

val parenze_typ : Extended_ast.core_type xt -> Ocamlformat_stdlib.bool

parenze_typ xtyp holds when core_type-in-context xtyp should be parenthesized.

val parenze_cty : Extended_ast.class_type xt -> Ocamlformat_stdlib.bool

parenze_cty xcty holds when class_type-in-context xcty should be parenthesized.

val parenze_cl : Extended_ast.class_expr xt -> Ocamlformat_stdlib.bool

parenze_cl xcl holds when class-in-context xcl should be parenthesized.

val parenze_pat : Extended_ast.pattern xt -> Ocamlformat_stdlib.bool

parenze_pat xpat holds when pattern-in-context xpat should be parenthesized.

val parenze_exp : Extended_ast.expression xt -> Ocamlformat_stdlib.bool

parenze_exp xexp holds when expression-in-context xexp should be parenthesized.

val parenze_nested_exp : Extended_ast.expression xt -> Ocamlformat_stdlib.bool

parenze_nested_exp xexp holds when nested expression-in-context xexp should be parenthesized.

val parenze_mty : Extended_ast.module_type xt -> Ocamlformat_stdlib.bool

parenze_mty xmty holds when module_type-in-context xmty should be parenthesized.

val parenze_mod : Extended_ast.module_expr xt -> Ocamlformat_stdlib.bool

parenze_mod xmod holds when module_expr-in-context xmod should be parenthesized.