"Uses TF Uniform Quantized ops"))};

  // Initialize for tests.
  void initializeForTest() {
    if (!test_mode_) return;

    op_set_.setCallback([this](const OpSet& new_op_set) {
      quant_options_.set_op_set(new_op_set);
    });

    // Set the test quantization method to static-range.
    if (quant_options_.quantization_method().preset_method() ==

					},
					PrivateKeyProvider: &tls.PrivateKeyProvider{
						ProviderName: "cryptomb",
						ConfigType: &tls.PrivateKeyProvider_TypedConfig{
							TypedConfig: msg,
						},
						Fallback: crypto.GetFallback().GetValue(),
					},
				},
			}
		case *mesh.PrivateKeyProvider_Qat:
			qatConf := pkpConf.GetQat()
			msg := protoconv.MessageToAny(&qat.QatPrivateKeyMethodConfig{

					},
					PrivateKeyProvider: &envoytls.PrivateKeyProvider{
						ProviderName: "cryptomb",
						ConfigType: &envoytls.PrivateKeyProvider_TypedConfig{
							TypedConfig: msg,
						},
						Fallback: crypto.GetFallback().GetValue(),
					},
				},
			},
		})
	case *mesh.PrivateKeyProvider_Qat:
		qatConf := pkpConf.GetQat()
		msg := protoconv.MessageToAny(&qat.QatPrivateKeyMethodConfig{

	for _, scrt := range raw {
		privateKeyProvider := scrt.GetTlsCertificate().GetPrivateKeyProvider()
		if privateKeyProvider == nil {
			t.Fatalf("expect private key provider in secret")
		}
		if privateKeyProvider.GetFallback() {
			t.Fatalf("expect fallback for private key provider in secret as false")
		}
	}

	// erase private key provider in proxy-config