extraction_projection.out

type unit0 =
| Tt

type bool =
| True
| False

type non_prim_record_two_fields = { non_prim_proj1_of_2 : bool;
                                    non_prim_proj2_of_2 : bool }

type non_prim_record_one_field =
  bool
  (* singleton inductive, whose constructor was Build_non_prim_record_one_field *)

(** val d11 : non_prim_record_two_fields -> bool **)

let d11 x =
  x.non_prim_proj1_of_2

(** val d12 : (unit0 -> non_prim_record_two_fields) -> bool **)

let d12 x =
  (x Tt).non_prim_proj1_of_2

(** val e11 : non_prim_record_one_field -> bool **)

let e11 x =
  x

(** val e12 : (unit0 -> non_prim_record_one_field) -> bool **)

let e12 x =
  x Tt

type prim_record_two_fields = { prim_proj1_of_2 : bool; prim_proj2_of_2 : bool }

type prim_record_one_field =
  bool
  (* singleton inductive, whose constructor was Build_prim_record_one_field *)

(** val d21 : prim_record_two_fields -> bool **)

let d21 x =
  x.prim_proj1_of_2

(** val d22 : (unit0 -> prim_record_two_fields) -> bool **)

let d22 x =
  (x Tt).prim_proj1_of_2

(** val e21 : prim_record_one_field -> bool **)

let e21 x =
  x

(** val e22 : (unit0 -> prim_record_one_field) -> bool **)

let e22 x =
  x Tt


type unit0 =
| Tt

type bool =
| True
| False

module A =
 struct
  type non_prim_record_two_fields = { non_prim_proj1_of_2 : bool;
                                      non_prim_proj2_of_2 : bool }

  (** val non_prim_proj1_of_2 : non_prim_record_two_fields -> bool **)

  let non_prim_proj1_of_2 n =
    n.non_prim_proj1_of_2

  type non_prim_record_one_field =
    bool
    (* singleton inductive, whose constructor was Build_non_prim_record_one_field *)

  (** val non_prim_proj1_of_1 : non_prim_record_one_field -> bool **)

  let non_prim_proj1_of_1 n =
    n

  (** val d11 : non_prim_record_two_fields -> bool **)

  let d11 x =
    x.non_prim_proj1_of_2

  (** val d12 : (unit0 -> non_prim_record_two_fields) -> bool **)

  let d12 x =
    (x Tt).non_prim_proj1_of_2

  (** val e11 : non_prim_record_one_field -> bool **)

  let e11 x =
    x

  (** val e12 : (unit0 -> non_prim_record_one_field) -> bool **)

  let e12 x =
    x Tt

  type prim_record_two_fields = { prim_proj1_of_2 : bool;
                                  prim_proj2_of_2 : bool }

  type prim_record_one_field =
    bool
    (* singleton inductive, whose constructor was Build_prim_record_one_field *)

  (** val d21 : prim_record_two_fields -> bool **)

  let d21 x =
    x.prim_proj1_of_2

  (** val d22 : (unit0 -> prim_record_two_fields) -> bool **)

  let d22 x =
    (x Tt).prim_proj1_of_2

  (** val e21 : prim_record_one_field -> bool **)

  let e21 x =
    x

  (** val e22 : (unit0 -> prim_record_one_field) -> bool **)

  let e22 x =
    x Tt
 end


type unit0 =
| Tt

type bool =
| True
| False

module type Nop =
 sig
 end

module Empty =
 struct
 end

module M =
 functor (X:Nop) ->
 struct
  type non_prim_record_two_fields = { non_prim_proj1_of_2 : bool;
                                      non_prim_proj2_of_2 : bool }

  (** val non_prim_proj1_of_2 : non_prim_record_two_fields -> bool **)

  let non_prim_proj1_of_2 n =
    n.non_prim_proj1_of_2

  (** val non_prim_proj2_of_2 : non_prim_record_two_fields -> bool **)

  let non_prim_proj2_of_2 n =
    n.non_prim_proj2_of_2

  type non_prim_record_one_field =
    bool
    (* singleton inductive, whose constructor was Build_non_prim_record_one_field *)

  (** val non_prim_proj1_of_1 : non_prim_record_one_field -> bool **)

  let non_prim_proj1_of_1 n =
    n

  type non_prim_record_one_field_unused =
    bool
    (* singleton inductive, whose constructor was Build_non_prim_record_one_field_unused *)

  (** val non_prim_proj1_of_1_unused :
      non_prim_record_one_field_unused -> bool **)

  let non_prim_proj1_of_1_unused n =
    n

  (** val d11 : non_prim_record_two_fields -> bool **)

  let d11 x =
    x.non_prim_proj1_of_2

  (** val d12 : (unit0 -> non_prim_record_two_fields) -> bool **)

  let d12 x =
    (x Tt).non_prim_proj1_of_2

  (** val e11 : non_prim_record_one_field -> bool **)

  let e11 x =
    x

  (** val e12 : (unit0 -> non_prim_record_one_field) -> bool **)

  let e12 x =
    x Tt

  type prim_record_two_fields = { prim_proj1_of_2 : bool;
                                  prim_proj2_of_2 : bool }

  (** val prim_proj1_of_2 : prim_record_two_fields -> bool **)

  let prim_proj1_of_2 p =
    p.prim_proj1_of_2

  (** val prim_proj2_of_2 : prim_record_two_fields -> bool **)

  let prim_proj2_of_2 p =
    p.prim_proj2_of_2

  type prim_record_one_field =
    bool
    (* singleton inductive, whose constructor was Build_prim_record_one_field *)

  (** val prim_proj1_of_1 : prim_record_one_field -> bool **)

  let prim_proj1_of_1 p =
    p

  type prim_record_one_field_unused =
    bool
    (* singleton inductive, whose constructor was Build_prim_record_one_field_unused *)

  (** val prim_proj1_of_1_unused : prim_record_one_field_unused -> bool **)

  let prim_proj1_of_1_unused p =
    p

  (** val d21 : prim_record_two_fields -> bool **)

  let d21 x =
    x.prim_proj1_of_2

  (** val d22 : (unit0 -> prim_record_two_fields) -> bool **)

  let d22 x =
    (x Tt).prim_proj1_of_2

  (** val e21 : prim_record_one_field -> bool **)

  let e21 x =
    x

  (** val e22 : (unit0 -> prim_record_one_field) -> bool **)

  let e22 x =
    x Tt
 end

module N = M(Empty)