(** It follows that the sizes and alignments contained in the composite
  environment produced by [build_composite_env] are consistent with
  the sizes and alignments of the members of the composite types. *)

Record composite_consistent (env: composite_env) (co: composite) : Prop := {
  co_consistent_complete:
     complete_members env (co_members co) = true;
  co_consistent_alignof:
     co_alignof co = align_attr (co_attr co) (alignof_composite env (co_members co));
  co_consistent_sizeof:
     co_sizeof co = align (sizeof_composite env (co_su co) (co_members co)) (co_alignof co);
  co_consistent_rank:
     co_rank co = rank_members env (co_members co)
}.(** It follows that the sizes and alignments contained in the composite
  environment produced by [build_composite_env] are consistent with
  the sizes and alignments of the members of the composite types. *)

Record composite_consistent (env: composite_env) (co: composite) : Prop := {
  co_consistent_complete:
     complete_members env (co_members co) = true;
  co_consistent_alignof:
     co_alignof co = align_attr (co_attr co) (alignof_composite env (co_members co));
  co_consistent_sizeof:
     co_sizeof co = align (sizeof_composite env (co_su co) (co_members co)) (co_alignof co);
  co_consistent_rank:
     co_rank co = rank_members env (co_members co)
}.(** It follows that the sizes and alignments contained in the composite
  environment produced by [build_composite_env] are consistent with
  the sizes and alignments of the members of the composite types. *)

Record composite_consistent (env: composite_env) (co: composite) : Prop := {
  co_consistent_complete:
     complete_members env (co_members co) = true;
  co_consistent_alignof:
     co_alignof co = align_attr (co_attr co) (alignof_composite env (co_members co));
  co_consistent_sizeof:
     co_sizeof co = align (sizeof_composite env (co_su co) (co_members co)) (co_alignof co);
  co_consistent_rank:
     co_rank co = rank_members env (co_members co)
}.(** It follows that the sizes and alignments contained in the composite
  environment produced by [build_composite_env] are consistent with
  the sizes and alignments of the members of the composite types. *)

Record composite_consistent (env: composite_env) (co: composite) : Prop := {
  co_consistent_complete:
     complete_members env (co_members co) = true;
  co_consistent_alignof:
     co_alignof co = align_attr (co_attr co) (alignof_composite env (co_members co));
  co_consistent_sizeof:
     co_sizeof co = align (sizeof_composite env (co_su co) (co_members co)) (co_alignof co);
  co_consistent_rank:
     co_rank co = rank_members env (co_members co)
}.(** It follows that the sizes and alignments contained in the composite
  environment produced by [build_composite_env] are consistent with
  the sizes and alignments of the members of the composite types. *)

Record composite_consistent (env: composite_env) (co: composite) : Prop := {
  co_consistent_complete:
     complete_members env (co_members co) = true;
  co_consistent_alignof:
     co_alignof co = align_attr (co_attr co) (alignof_composite env (co_members co));
  co_consistent_sizeof:
     co_sizeof co = align (sizeof_composite env (co_su co) (co_members co)) (co_alignof co);
  co_consistent_rank:
     co_rank co = rank_members env (co_members co)
}.

(* Specifications: *)
Lemma composite_of_def_consistent: forall env id su m a co, composite_of_def env id su m a = OK co -> composite_consistent env co.
Theorem build_composite_env_consistent: forall defs env, build_composite_env defs = OK env -> composite_env_consistent env.
Lemma composite_of_def_consistent: forall env id su m a co, composite_of_def env id su m a = OK co -> composite_consistent env co.
Theorem build_composite_env_consistent: forall defs env, build_composite_env defs = OK env -> composite_env_consistent env.