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|
module M : sig
class \#and : object
val mutable \#and : int
method \#and : int
end
end = struct
class \#and =
let \#and = 1 in
object
val mutable \#and = \#and
method \#and = 2
end
end
let obj = new M.\#and
module M : sig
type \#and = int
end = struct
type \#and = string
end
let x = (`\#let `\#and : [ `\#let of [ `\#and ] ])
let (`\#let \#rec) = x
let f g ~\#let ?\#and ?(\#for = \#and) () = g ~\#let ?\#and ()
type t = '\#let
type \#mutable = { mutable \#mutable : \#mutable }
let rec \#rec = { \#mutable = \#rec }
type \#and = ..
type \#and += Foo
(* Not allowed in parser: type t += \#and *)
let x = ( ++ )
let x = \#let
let f ~\#let ?\#and () = 1
module type A = sig
type ('\#let, 'a) \#virtual = '\#let * 'a as '\#mutable
val foo : '\#let 'a. 'a -> '\#let -> unit
type foo = { \#let : int }
end
module M = struct
let ((\#let, foo) as \#val) = (\#mutable, baz)
let _ = fun (type \#let foo) -> 1
let f g ~\#let ?\#and ?(\#for = \#and) () = g ~\#let ?\#and ()
class \#let =
object
inherit \#val \#let as \#mutable
end
end
type 'a \#for = 'a list
type 'a \#sig = 'a \#for
type \#true = bool
type _ t = \#in t
type '\#in t
class ['\#in] c = c
let f \#false = \#false
type t = { x : int \#let }
let x \#let = 42
let x = f ~\#let:42 ~\#and:43
let f ~\#let ~\#and : \#let * \#and = x;;
kind_abbrev_ \#let = \#and;;
type t = T : 'a list -> t
let g x =
let (T (type \#for) (_ : \#for list)) = x in
()
let ( lsl ) x y = x lsl y
let \#lsl x y = x lsl y
module type \#sig = sig end
module M = struct
let \#mod = 1
end
let _ = M.\#mod
module type \#sig = M
module type M = \#sig
module type M = M with module type \#sig = \#sig
module type M = M with module type \#sig := \#sig
let _ = \#sig.(())
(* Raw idents in module names are not allowed in parser: *)
(* let (module \#sig : S) = () *)
(* module \#sig (A : S) = M *)
(* module \#sig = M *)
(* module M (\#sig : S) = M *)
(* module M = M (functor (\#sig : S) -> struct end) *)
(* module type S = functor (\#sig : S) -> S' *)
(* module type M = M with module \#sig = \#sig *)
(* module type M = M with module \#sig := \#sig *)
let _ =
(* let module \#sig = \#sig in *)
(* let open \#sig in *)
()
let%\#let _ = ()
let _ = [%\#let ()]
let _ = () [@\#let]
let _ = () [@@\#let]
let f : type \#in. t = ()
let f : '\#in. t = ()
let \#mod : '\#mod. \#mod = \#mod
let mlet = M.\#let
let mtrue = M.\#true
let mmod = M.\#mod
type tmod = M.\#mod
type tlet = M.\#let
type ttrue = M.\#true
(* class \#mod = object end *)
let f : #M.\#mod -> _ = (new \#mod, new M.\#mod)
class type \#mod = object end
class type \#let = \#mod
module type \#mod = sig
type \#mod
module type \#mod
end
module type t = \#mod with type \#mod = M.\#mod and module type \#mod = M.\#mod
type \#mod = [ `A | `B ]
let g = function #\#mod | #M.\#mod -> ()
type \#mod = ..
type M.\#mod += A
type t = true of int
let x = true 0
|
