package clangml

You can search for identifiers within the package.

in-package search v0.2.0

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Class type

type t = Ast.qual_type

type t__arity = [

]

and t__structure = [

| `Name of [ `Apply of [ `SubGADT of [ `RecGroup of Ast.qual_type__structure * Ast.qual_type__rec_group ] ] * unit * unit * unit * unit * unit ]

]

and t__rec_group = (t__arity * t__structure) Stdcompat.ref

and t__kinds = Ast.qual_type__kinds

and t__gadt = unit

type Refl.refl +=

type Refl.sub_gadt_ext +=

val t_refl : 
  (t,
    t__structure,
    unit,
    t__rec_group,
    [> t__kinds ],
    unit,
    unit,
    unit,
    t__gadt)
    Refl.desc

val of_node : ?options:Ast.Options.t -> 'a Ast.node -> t

val make : 
  ?const:bool ->
  ?volatile:bool ->
  ?restrict:bool ->
  Ast.type_desc Clang__.Clang__ast.IdNode.t ->
  t

val of_cxtype : ?options:Ast.Options.t -> Clang__.Clang__bindings.cxtype -> t

val of_type_loc : 
  ?options:Ast.Options.t ->
  Clang__.Clang__bindings.clang_ext_typeloc ->
  t

val of_cursor : ?options:Ast.Options.t -> Clang__.Clang__bindings.cxcursor -> t

val of_decoration : ?options:Ast.Options.t -> Ast.decoration -> t

val iter_fields : ?options:Ast.Options.t -> (Ast.decl -> unit) -> t -> unit

val list_of_fields : ?options:Ast.Options.t -> t -> Ast.decl list

val get_declaration : ?options:Ast.Options.t -> t -> Ast.decl

val get_typedef_underlying_type : 
  ?options:Ast.Options.t ->
  ?recursive:bool ->
  t ->
  t

val get_align_of : t -> int

val get_size_of : t -> int

val get_offset_of : t -> string -> int

val compare : t -> t -> int

val equal : t -> t -> bool

val hash : t -> int

val pp : Stdcompat.Format.formatter -> t -> unit

val show : t -> string

module Set : sig ... end

module Map : sig ... end

module Hashtbl : sig ... end