merlin-lib 4.11-500 · OCaml Package

module TypeSet : sig ... end

module TransientTypeMap : Map.S with type key = Types.transient_expr

module TypeMap : sig ... end

module TypeHash : sig ... end

module TypePairs : sig ... end

val generic_level : int

val newgenty : Types.type_desc -> Types.type_expr

val newgenvar : ?name:string -> unit -> Types.type_expr

val newgenstub : scope:int -> Types.type_expr

val is_Tvar : Types.type_expr -> bool

val is_Tunivar : Types.type_expr -> bool

val is_Tconstr : Types.type_expr -> bool

val dummy_method : Ocaml_parsing.Asttypes.label

val is_fixed : Types.row_desc -> bool

val has_fixed_explanation : Types.row_desc -> bool

val fixed_explanation : Types.row_desc -> Types.fixed_explanation option

val merge_fixed_explanation : 
  Types.fixed_explanation option ->
  Types.fixed_explanation option ->
  Types.fixed_explanation option

val static_row : Types.row_desc -> bool

val hash_variant : Ocaml_parsing.Asttypes.label -> int

val proxy : Types.type_expr -> Types.type_expr

val row_of_type : Types.type_expr -> Types.type_expr

val has_constr_row : Types.type_expr -> bool

val is_row_name : string -> bool

val is_constr_row : allow_ident:bool -> Types.type_expr -> bool

val set_static_row_name : Types.type_declaration -> Path.t -> unit

val iter_type_expr : (Types.type_expr -> unit) -> Types.type_expr -> unit

val fold_type_expr : 
  ('a -> Types.type_expr -> 'a) ->
  'a ->
  Types.type_expr ->
  'a

val iter_row : (Types.type_expr -> unit) -> Types.row_desc -> unit

val fold_row : ('a -> Types.type_expr -> 'a) -> 'a -> Types.row_desc -> 'a

val iter_abbrev : (Types.type_expr -> unit) -> Types.abbrev_memo -> unit

val iter_type_expr_kind : 
  (Types.type_expr -> unit) ->
  Types.type_decl_kind ->
  unit

val iter_type_expr_cstr_args : 
  (Types.type_expr -> unit) ->
  Types.constructor_arguments ->
  unit

val map_type_expr_cstr_args : 
  (Types.type_expr -> Types.type_expr) ->
  Types.constructor_arguments ->
  Types.constructor_arguments

type type_iterators = {

it_signature : type_iterators -> Types.signature -> unit;
it_signature_item : type_iterators -> Types.signature_item -> unit;
it_value_description : type_iterators -> Types.value_description -> unit;
it_type_declaration : type_iterators -> Types.type_declaration -> unit;
it_extension_constructor : type_iterators -> Types.extension_constructor -> unit;
it_module_declaration : type_iterators -> Types.module_declaration -> unit;
it_modtype_declaration : type_iterators -> Types.modtype_declaration -> unit;
it_class_declaration : type_iterators -> Types.class_declaration -> unit;
it_class_type_declaration : type_iterators -> Types.class_type_declaration -> unit;
it_functor_param : type_iterators -> Types.functor_parameter -> unit;
it_module_type : type_iterators -> Types.module_type -> unit;
it_class_type : type_iterators -> Types.class_type -> unit;
it_type_kind : type_iterators -> Types.type_decl_kind -> unit;
it_do_type_expr : type_iterators -> Types.type_expr -> unit;
it_type_expr : type_iterators -> Types.type_expr -> unit;
it_path : Path.t -> unit;

}

val type_iterators : type_iterators

val unmark_iterators : type_iterators

val copy_type_desc : 
  ?keep_names:bool ->
  (Types.type_expr -> Types.type_expr) ->
  Types.type_desc ->
  Types.type_desc

val copy_row : 
  (Types.type_expr -> Types.type_expr) ->
  bool ->
  Types.row_desc ->
  bool ->
  Types.type_expr ->
  Types.row_desc

module For_copy : sig ... end

val lowest_level : int

val not_marked_node : Types.type_expr -> bool

val logged_mark_node : Types.type_expr -> unit

val try_logged_mark_node : Types.type_expr -> bool

val flip_mark_node : Types.type_expr -> unit

val try_mark_node : Types.type_expr -> bool

val mark_type : Types.type_expr -> unit

val mark_type_params : Types.type_expr -> unit

val unmark_type : Types.type_expr -> unit

val unmark_type_decl : Types.type_declaration -> unit

val unmark_extension_constructor : Types.extension_constructor -> unit

val unmark_class_type : Types.class_type -> unit

val unmark_class_signature : Types.class_signature -> unit

val find_expans : 
  Ocaml_parsing.Asttypes.private_flag ->
  Path.t ->
  Types.abbrev_memo ->
  Types.type_expr option

val cleanup_abbrev : unit -> unit

val memorize_abbrev : 
  Types.abbrev_memo ref ->
  Ocaml_parsing.Asttypes.private_flag ->
  Path.t ->
  Types.type_expr ->
  Types.type_expr ->
  unit

val forget_abbrev : Types.abbrev_memo ref -> Path.t -> unit

val snapshot : unit -> Types.snapshot

val backtrack : Types.snapshot -> unit

val is_optional : Ocaml_parsing.Asttypes.arg_label -> bool

val label_name : 
  Ocaml_parsing.Asttypes.arg_label ->
  Ocaml_parsing.Asttypes.label

val prefixed_label_name : 
  Ocaml_parsing.Asttypes.arg_label ->
  Ocaml_parsing.Asttypes.label

val extract_label : 
  Ocaml_parsing.Asttypes.label ->
  (Ocaml_parsing.Asttypes.arg_label * 'a) list ->
  (Ocaml_parsing.Asttypes.arg_label
   * 'a
   * bool
   * (Ocaml_parsing.Asttypes.arg_label * 'a) list)
    option

val signature_of_class_type : Types.class_type -> Types.class_signature

val class_body : Types.class_type -> Types.class_type

val scrape_class_type : Types.class_type -> Types.class_type

val class_type_arity : Types.class_type -> int

val abbreviate_class_type : 
  Path.t ->
  Types.type_expr list ->
  Types.class_type ->
  Types.class_type

val self_type : Types.class_type -> Types.type_expr

val self_type_row : Types.class_type -> Types.type_expr

val methods : Types.class_signature -> string list

val virtual_methods : Types.class_signature -> string list

val concrete_methods : Types.class_signature -> Types.MethSet.t

val public_methods : Types.class_signature -> string list

val instance_vars : Types.class_signature -> string list

val virtual_instance_vars : Types.class_signature -> string list

val concrete_instance_vars : Types.class_signature -> Types.VarSet.t

val method_type : 
  Ocaml_parsing.Asttypes.label ->
  Types.class_signature ->
  Types.type_expr

val instance_variable_type : 
  Ocaml_parsing.Asttypes.label ->
  Types.class_signature ->
  Types.type_expr

val print_raw : (Format.formatter -> Types.type_expr -> unit) ref

val cstr_type_path : Types.constructor_description -> Path.t

package merlin-lib