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|
(* A *)
type x =
(* A *)
| Foo
(* B *)
| Bar
(* AA *)
(* D *)
let x = 3
module M = struct
(* M1 *)
let x =
a
(* M2 *)
let y =
b
(* M3 *)
(* M4 *)
end
let f x =
if true then
0
(* comment *)
else if false then
1
let g x =
if true then
0
(* comment *)
else if false then
1
let _ =
f x
(* bla *) y
(* bla *) (z)
module M_bad : sig
type _ t =
| A : a -> a t
| B : b -> b t
(** Indented correctly *)
type 'a t =
| A of 'a
(** Indented correctly *)
type 'a t =
| A of 'a
| B of 'a
(** Indented too far *)
end
module M_ok : sig
type _ t =
| A : a -> a t
| B : b -> b t
(** Indented correctly *)
type 'a t =
| A of 'a
(** Indented correctly *)
type 'a t =
| A of 'a
| B of 'a
(** Indented correctly! *)
val x : int
end
module M = struct
type _ t =
| A : a -> a t
| B : b -> b t
(** Indented too far *)
end
module type M = sig
type _ t =
| A : a -> a t
| B : b -> b t
(** Indented correctly! *)
val x : int
end
module M : sig
type _ t =
| A : a -> a t
(** Indented correctly *)
end
type _ t =
| A : a -> a t
| B : b -> b t
(** Indented correctly *)
(* ending comments *)
|
