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|
type uu =
| A of int
| B of (< leq : 'a > as 'a)
type uu =
| A of int
| B of (< leq : 'a > as 'a) * 'a
type uu =
| A of (int as 'a)
| B of 'a * (< leq : 'a > as 'a)
type uu += A of (int as 'a)
type uu += B of 'a * (< leq : 'a > as 'a)
let _ = ignore Async_unix.Fd.(([ stdin (); stdout (); stderr () ] : t list))
type t = { x : int }
type t = {
a : int;
b : int;
}
type t =
[ `A
| `B
]
type loooooooooong_type = {
looooooooooooong_field : looooooooooooong_type;
field2 : type2;
}
type t = A of (int * int) * int
type t = A of int * int
type t = A of (int * int)
let _ = match x with Some (Some None) -> t
type t = ..
type t = private ..
type t = u = private ..
type t += A
type t += B = A
type 'a foo = A of (int -> 'a)
type 'a foo += A of (int -> 'a)
type 'a foo += A : (int -> 'a) -> int foo
type t = [ | a ]
type t = private [< a ]
type t = private [> a ]
type t =
[ a
| b
]
type t =
[ a
| b
| `C
]
type t =
[ `a
| b
]
type t = |
type t = [> ]
type loooooooooooooong_type =
[ `Looooooooooooooooooong_type of int
| `Looooooooooooooooooooong_variant of string
]
type loooooooooooooong_type =
[ `Looooooooooooooooooong_type of int (** Doc *)
| `Looooooooooooooooooooong_variant of string (* Comment *)
]
let (`A | `B) [@bar] = ()
type t =
| Internal_error of
[ `Doc_comment of
[ `Moved of Location.t * Location.t * string
| `Unstable of Location.t * string
]
]
val x :
[ `X of int
(** foooooooooooooooo foooooooooooooooooooooooo fooooooooooooooooooooooo
fooooooooooooooooooo fooooooooooooooo *)
]
val x :
[ `X of
int
* foooooooooooooo
* fooooooooooo
* fooooooooooo foooooooooo
* foooooooooooo
(** foooooooooooooooo foooooooooooooooooooooooo fooooooooooooooooooooooo
fooooooooooooooooooo fooooooooooooooo *)
]
val x :
[ `X of int (* booooom *)
(** foooooooooooooooo foooooooooooooooooooooooo fooooooooooooooooooooooo
fooooooooooooooooooo fooooooooooooooo *)
]
val x :
[ `X of
int
* foooooooooooooo
* fooooooooooo
* fooooooooooo foooooooooo
* foooooooooooo
(* boooooom *)
(** foooooooooooooooo foooooooooooooooooooooooo fooooooooooooooooooooooo
fooooooooooooooooooo fooooooooooooooo *)
]
type voting_period =
Tezos_client_alpha.Proto_alpha.Alpha_context.Voting_period.kind =
| Proposal
| Testing_vote
(** foooooooo *)
type voting_period =
(* foooooooooooo *)
(* foooooooooo ooooooooooooooooo ooooooooooooo *)
Tezos_client_alpha.Proto_alpha.Alpha_context.Voting_period.kind
(* fooooooooooooooo oooooooooooooooooooo ooooooooooooooooooooo *)
(* fooooo *) =
(* foooooooooo *)
| Proposal
| Testing_vote (** fooooooooooo *)
type ('context,
'f_in,
'f_out,
'captured_types,
'markers_in,
'markers_out,
'list_constraint)
templ_matcher = {
on_objc_cpp : 'context -> 'f_in;
on_objc_cpp : 'context -> 'f_in;
on_objc_cpp : 'context -> 'f_in;
on_objc_cpp : 'context -> 'f_in;
}
type ('context,
'f_in,
'f_out,
'captured_types,
'markers_in,
'markers_out,
'list_constraint)
templ_matcher =
( 'context,
'f_in,
'f_out,
'captured_types,
'markers_in,
'markers_out,
'list_constraint )
templ_matcher = {
on_objc_cpp : 'context -> 'f_in;
on_objc_cpp : 'context -> 'f_in;
on_objc_cpp : 'context -> 'f_in;
on_objc_cpp : 'context -> 'f_in;
}
type ('context,
'f_in,
'f_out,
'captured_types,
'markers_in,
'markers_out,
'list_constraint)
templ_matcher +=
| On_objc_cpp : 'context -> 'f_in
| On_objc_cpp : 'context -> 'f_in
| On_objc_cpp : 'context -> 'f_in
| On_objc_cpp : 'context -> 'f_in
module type A = sig
type t := A.t
type a := A.a
and b := A.b
type t := A.t =
| A
| B
type t :=
| A
| B
type t := A.t = {
a : int;
b : int;
}
and t := {
a : int;
b : int;
}
type t := A.t = ..
type t := ..
end
type t =
[ `A (** A *)
| `B [@b] (** B *)
| (p[@p]) (* P *)
]
type foooooooooooooooo =
?fooooooooo:(string -> unit) ->
?fooooooooooooo:
(string ->
string ->
int ->
string ->
string option foooooooooooooooooooooooo) ->
fooooo:string ->
?fooooooooo:(unit -> unit Fooo.t) ->
?fooooooo:bool ->
string option Foooooooo.t
type ' a' t = ' a'
type ' a' t = ' a' option
type ' a' t = int as ' a'
type t = { a : ' a'. ' a' t' }
type t =
| Foo
| (* Redirect (None, lib) looks up lib in the same database *)
Redirect of db option * (Loc.t * Lib_name.t)
type t =
| Foo
| Store of {
exp1 : Exp.t;
typ : Typ.t option;
exp2 : Exp.t;
loc : Location.t;
} (** *exp1 <- exp2 with exp2:typ *)
|
