Section eq_dec.
Local Ltac t := hnf; decide equality; auto.
Let eq_dec_type := type_eq.
Let eq_dec_float := Float.eq_dec.
Let eq_dec_float32 := Float32.eq_dec.
Let eq_dec_int := Int.eq_dec.
Let eq_dec_int64 := Int64.eq_dec.
Let eq_dec_ident := ident_eq.
Let eq_dec_signature := signature_eq.
Let eq_dec_attr : EqDec attr. repeat t. Qed.
Let eq_dec_signedness : EqDec signedness. t. Qed.
Let eq_dec_intsize : EqDec intsize. t. Qed.
Let eq_dec_floatsize : EqDec floatsize. t. Qed.
Let eq_dec_Z : EqDec Z. repeat t. Qed.
Let eq_dec_calling_convention : EqDec calling_convention. repeat t. Qed.
Let eq_dec_option_ident := option_eq (ident_eq).
Let eq_dec_option_Z : EqDec (option Z). repeat t. Qed.
Let eq_dec_typelist : EqDec typelist. repeat t. Qed.
End eq_dec.
Instance EqDec_statement: EqDec statement := eq_dec_statement.
Instance EqDec_external_function: EqDec external_function := eq_dec_external_function.
(* Lemma safe_kseq_Slabel {Espec: OracleKind} psi n ora f ve te l c k m : @jsafeN (@OK_ty Espec) (@OK_spec Espec) psi n ora (State f ve te (@cons cont' (Kseq c) k)) m -> @jsafeN (@OK_ty Espec) (@OK_spec Espec) psi n ora (State ve te (@cons cont' (Kseq (Slabel l c)) k)) m. *)

Lemma denote_tc_resource: forall {cs: compspecs} rho a a' t, resource_at a = resource_at a' ->
denote_tc_assert t rho a -> denote_tc_assert t rho a'.