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|
$ cat > unit-modexpr.ml << "EOF"
> (** ocaml module expressions
> (http://caml.inria.fr/pub/docs/manual-ocaml/manual019.html)
> *)
>
> module M =
> struct
> end
>
> module M = struct
> ;;
> end
>
> module M =
> functor (M1 : T1) -> functor (M2 : T2) ->
> struct
> end
>
> module M = functor (M1 : T1) -> functor (M2 : T2) ->
> struct
> end
>
> module M =
> functor (M1 : T1) ->
> functor (M2 : T2) ->
> struct
> end
>
> module M =
> functor
> (M1 : T1) ->
> functor
> (M2 : T2) ->
> struct
> end
>
> module M =
> F
> (X)
> (Y)
>
> module M = (
> struct
> end :
> sig
> end
> )
>
> module M :
> Sig
> =
> struct
> end
>
> module M
> (X1: T1)
> (X2: T2) =
> struct end
>
> EOF
$ ocp-indent unit-modexpr.ml
(** ocaml module expressions
(http://caml.inria.fr/pub/docs/manual-ocaml/manual019.html)
*)
module M =
struct
end
module M = struct
;;
end
module M =
functor (M1 : T1) -> functor (M2 : T2) ->
struct
end
module M = functor (M1 : T1) -> functor (M2 : T2) ->
struct
end
module M =
functor (M1 : T1) ->
functor (M2 : T2) ->
struct
end
module M =
functor
(M1 : T1) ->
functor
(M2 : T2) ->
struct
end
module M =
F
(X)
(Y)
module M = (
struct
end :
sig
end
)
module M :
Sig
=
struct
end
module M
(X1: T1)
(X2: T2) =
struct end
|
