Examples with TFServoConfiguration org.openhab.binding.tinkerforge.internal.model.TFServoConfiguration used on opensource projects

Example 1 with TFServoConfiguration

use of org.openhab.binding.tinkerforge.internal.model.TFServoConfiguration in project openhab1-addons by openhab.

the class MServoImpl method basicSetTfConfig.

/**
     * <!-- begin-user-doc -->
     * <!-- end-user-doc -->
     * 
     * @generated
     */
public NotificationChain basicSetTfConfig(TFServoConfiguration newTfConfig, NotificationChain msgs) {
    TFServoConfiguration oldTfConfig = tfConfig;
    tfConfig = newTfConfig;
    if (eNotificationRequired()) {
        ENotificationImpl notification = new ENotificationImpl(this, Notification.SET, ModelPackage.MSERVO__TF_CONFIG, oldTfConfig, newTfConfig);
        if (msgs == null)
            msgs = notification;
        else
            msgs.add(notification);
    }
    return msgs;
}

Example 2 with TFServoConfiguration

use of org.openhab.binding.tinkerforge.internal.model.TFServoConfiguration in project openhab1-addons by openhab.

the class ConfigurationHandler method createOHTFDeviceConfig.

/**
     * Generates the {@link OHConfig} EMF model configuration store for the device configuration from
     * openhab.cfg.
     *
     * Creates the device specific configuration object {@link OHTFDevice} and calls
     * {@link #fillupConfig(OHTFDevice, Map) fillupConfig} to fill in the configuration into the
     * configuration object.
     *
     * @param deviceConfig The device configuration as {@code Map} of {@code Strings}.
     * @throws ConfigurationException
     */
private void createOHTFDeviceConfig(Map<String, String> deviceConfig) throws ConfigurationException {
    String deviceType = deviceConfig.get(ConfigKey.type.name());
    if (deviceType.equals(TypeKey.servo.name())) {
        logger.debug("{} setting servo config", LoggerConstants.CONFIG);
        TFServoConfiguration servoConfiguration = modelFactory.createTFServoConfiguration();
        OHTFDevice<TFServoConfiguration, ServoSubIDs> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(ServoSubIDs.values()));
        ohtfDevice.setTfConfig(servoConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_distance_ir.name()) || deviceType.equals(TypeKey.bricklet_humidity.name()) || deviceType.equals(TypeKey.bricklet_barometer.name()) || deviceType.equals(TypeKey.bricklet_ambient_light.name()) || deviceType.equals(TypeKey.ambient_temperature.name()) || deviceType.equals(TypeKey.bricklet_soundintensity.name()) || deviceType.equals(TypeKey.voltageCurrent_voltage.name()) || deviceType.equals(TypeKey.voltageCurrent_current.name()) || deviceType.equals(TypeKey.voltageCurrent_power.name()) || deviceType.equals(TypeKey.bricklet_joystick.name()) || deviceType.equals(TypeKey.bricklet_halleffect.name()) || deviceType.equals(TypeKey.bricklet_linear_poti.name()) || deviceType.equals(TypeKey.ptc_resistance.name()) || deviceType.equals(TypeKey.ptc_temperature.name()) || deviceType.equals(TypeKey.industrial020ma_sensor.name()) || deviceType.equals(TypeKey.rotary_encoder.name()) || deviceType.equals(TypeKey.bricklet_dustdetector.name()) || deviceType.equals(TypeKey.color_color.name()) || deviceType.equals(TypeKey.color_temperature.name()) || deviceType.equals(TypeKey.color_illuminance.name()) || deviceType.equals(TypeKey.industrial_dual_analogin_channel.name()) || deviceType.equals(TypeKey.accelerometer_direction.name()) || deviceType.equals(TypeKey.laser_range_finder_distance.name()) || deviceType.equals(TypeKey.laser_range_finder_velocity.name()) || deviceType.equals(TypeKey.bricklet_uvlight.name()) || deviceType.equals(TypeKey.bricklet_co2.name())) {
        logger.debug("{} setting base config", LoggerConstants.CONFIG);
        TFBaseConfiguration tfBaseConfiguration = modelFactory.createTFBaseConfiguration();
        if (deviceType.equals(TypeKey.bricklet_barometer)) {
            OHTFDevice<TFBaseConfiguration, BarometerSubIDs> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(BarometerSubIDs.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.industrial_dual_analogin_channel.name())) {
            OHTFDevice<TFBaseConfiguration, IndustrialDualAnalogInSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialDualAnalogInSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.ambient_temperature.name())) {
            OHTFDevice<TFBaseConfiguration, TemperatureIRSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(TemperatureIRSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.color_color.name())) {
            OHTFDevice<TFBaseConfiguration, ColorBrickletSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(ColorBrickletSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.color_temperature.name())) {
            OHTFDevice<TFBaseConfiguration, ColorBrickletSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(ColorBrickletSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.color_illuminance.name())) {
            OHTFDevice<TFBaseConfiguration, ColorBrickletSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(ColorBrickletSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.voltageCurrent_current.name()) || deviceType.equals(TypeKey.voltageCurrent_voltage.name()) || deviceType.equals(TypeKey.voltageCurrent_power.name())) {
            OHTFDevice<TFBaseConfiguration, VoltageCurrentSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(VoltageCurrentSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.ptc_resistance.name()) || deviceType.equals(TypeKey.ptc_temperature.name())) {
            OHTFDevice<TFBaseConfiguration, PTCSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(PTCSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.industrial020ma_sensor.name())) {
            OHTFDevice<TFBaseConfiguration, IndustrialDual020mASubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialDual020mASubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.rotary_encoder.name())) {
            OHTFDevice<TFBaseConfiguration, RotaryEncoderSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(RotaryEncoderSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.accelerometer_direction.name())) {
            OHTFDevice<TFBaseConfiguration, AccelerometerSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(AccelerometerSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else if (deviceType.equals(TypeKey.laser_range_finder_distance.name()) || deviceType.equals(TypeKey.laser_range_finder_velocity.name())) {
            OHTFDevice<TFBaseConfiguration, LaserRangeFinderSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LaserRangeFinderSubIds.values()));
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        } else {
            OHTFDevice<TFBaseConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
            ohtfDevice.setTfConfig(tfBaseConfiguration);
            fillupConfig(ohtfDevice, deviceConfig);
        }
    } else if (deviceType.equals(TypeKey.bricklet_analog_out_v2.name())) {
        logger.debug("{} setting bricklet analog v2 config", LoggerConstants.CONFIG);
        DimmableConfiguration analogOutV2Configuration = modelFactory.createDimmableConfiguration();
        OHTFDevice<DimmableConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(analogOutV2Configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.brick_dc.name())) {
        logger.debug("{} setting dc config", LoggerConstants.CONFIG);
        TFBrickDCConfiguration tfBrickDCConfiguration = modelFactory.createTFBrickDCConfiguration();
        OHTFDevice<TFBrickDCConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(tfBrickDCConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.io_actuator.name())) {
        logger.debug("{} setting io_actuator config", LoggerConstants.CONFIG);
        TFIOActorConfiguration tfioActorConfiguration = modelFactory.createTFIOActorConfiguration();
        OHTFDevice<TFIOActorConfiguration, IO16SubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IO16SubIds.values()));
        ohtfDevice.setTfConfig(tfioActorConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.io4_actuator.name())) {
        logger.debug("{} setting io4_actuator config", LoggerConstants.CONFIG);
        TFIOActorConfiguration tfioActorConfiguration = modelFactory.createTFIOActorConfiguration();
        OHTFDevice<TFIOActorConfiguration, IO4SubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IO4SubIds.values()));
        ohtfDevice.setTfConfig(tfioActorConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.iosensor.name())) {
        logger.debug("{} setting iosensor config", LoggerConstants.CONFIG);
        TFIOSensorConfiguration tfioSensorConfiguration = modelFactory.createTFIOSensorConfiguration();
        OHTFDevice<TFIOSensorConfiguration, IO16SubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IO16SubIds.values()));
        ohtfDevice.setTfConfig(tfioSensorConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.io4sensor.name())) {
        logger.debug("{} setting io4sensor config", LoggerConstants.CONFIG);
        TFIOSensorConfiguration tfioSensorConfiguration = modelFactory.createTFIOSensorConfiguration();
        OHTFDevice<TFIOSensorConfiguration, IO4SubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IO4SubIds.values()));
        ohtfDevice.setTfConfig(tfioSensorConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_industrial_digital_4in.name()) || deviceType.equals(TypeKey.bricklet_io16.name()) || deviceType.equals(TypeKey.bricklet_io4.name())) {
        logger.debug("{} setting TFInterruptListenerConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        TFInterruptListenerConfiguration tfInterruptListenerConfiguration = modelFactory.createTFInterruptListenerConfiguration();
        OHTFDevice<TFInterruptListenerConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(tfInterruptListenerConfiguration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_remote_switch.name())) {
        logger.debug("{} setting BrickletRemoteSwitchConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        BrickletRemoteSwitchConfiguration configuration = modelFactory.createBrickletRemoteSwitchConfiguration();
        OHTFDevice<BrickletRemoteSwitchConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.remote_switch_a.name())) {
        logger.debug("{} setting RemoteSwitchAConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        RemoteSwitchAConfiguration configuration = modelFactory.createRemoteSwitchAConfiguration();
        OHTFSubDeviceAdminDevice<RemoteSwitchAConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFSubDeviceAdminDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.remote_switch_b.name())) {
        logger.debug("{} setting RemoteSwitchBConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        RemoteSwitchBConfiguration configuration = modelFactory.createRemoteSwitchBConfiguration();
        OHTFSubDeviceAdminDevice<RemoteSwitchBConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFSubDeviceAdminDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.remote_switch_c.name())) {
        logger.debug("{} setting RemoteSwitchCConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        RemoteSwitchCConfiguration configuration = modelFactory.createRemoteSwitchCConfiguration();
        OHTFSubDeviceAdminDevice<RemoteSwitchCConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFSubDeviceAdminDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_multitouch.name())) {
        logger.debug("{} setting BrickletMultiTouchConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        BrickletMultiTouchConfiguration configuration = modelFactory.createBrickletMultiTouchConfiguration();
        OHTFDevice<BrickletMultiTouchConfiguration, MultiTouchSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(MultiTouchSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.electrode.name()) || deviceType.equals(TypeKey.proximity.name())) {
        logger.debug("{} setting MultiTouchDeviceConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        MultiTouchDeviceConfiguration configuration = modelFactory.createMultiTouchDeviceConfiguration();
        OHTFDevice<MultiTouchDeviceConfiguration, MultiTouchSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(MultiTouchSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.object_temperature.name())) {
        logger.debug("{} setting TFObjectTemperatureConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        TFObjectTemperatureConfiguration configuration = modelFactory.createTFObjectTemperatureConfiguration();
        OHTFDevice<TFObjectTemperatureConfiguration, TemperatureIRSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(TemperatureIRSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_moisture.name())) {
        TFMoistureBrickletConfiguration configuration = modelFactory.createTFMoistureBrickletConfiguration();
        OHTFDevice<TFMoistureBrickletConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_distanceUS.name())) {
        TFDistanceUSBrickletConfiguration configuration = modelFactory.createTFDistanceUSBrickletConfiguration();
        OHTFDevice<TFDistanceUSBrickletConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_voltageCurrent.name())) {
        TFVoltageCurrentConfiguration configuration = modelFactory.createTFVoltageCurrentConfiguration();
        OHTFDevice<TFVoltageCurrentConfiguration, VoltageCurrentSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(VoltageCurrentSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.dualbutton_button.name())) {
        ButtonConfiguration configuration = modelFactory.createButtonConfiguration();
        OHTFDevice<ButtonConfiguration, DualButtonButtonSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(DualButtonButtonSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.dualbutton_led.name())) {
        logger.debug("setting DualButtonLEDConfiguration device_type {}", deviceType);
        DualButtonLEDConfiguration configuration = modelFactory.createDualButtonLEDConfiguration();
        OHTFDevice<DualButtonLEDConfiguration, DualButtonLedSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(DualButtonLedSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.joystick_button.name())) {
        ButtonConfiguration configuration = modelFactory.createButtonConfiguration();
        OHTFDevice<ButtonConfiguration, JoystickSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(JoystickSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.rotary_encoder_button.name())) {
        ButtonConfiguration configuration = modelFactory.createButtonConfiguration();
        OHTFDevice<ButtonConfiguration, RotaryEncoderSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(RotaryEncoderSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.lcd_button.name())) {
        ButtonConfiguration configuration = modelFactory.createButtonConfiguration();
        OHTFDevice<ButtonConfiguration, LCDButtonSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LCDButtonSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_ledstrip.name())) {
        LEDStripConfiguration configuration = modelFactory.createLEDStripConfiguration();
        OHTFDevice<LEDStripConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.ledgroup.name())) {
        LEDGroupConfiguration configuration = modelFactory.createLEDGroupConfiguration();
        OHTFSubDeviceAdminDevice<LEDGroupConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFSubDeviceAdminDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_ptc.name())) {
        TFPTCBrickletConfiguration configuration = modelFactory.createTFPTCBrickletConfiguration();
        OHTFDevice<TFPTCBrickletConfiguration, PTCSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(PTCSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_industrialdual020ma.name())) {
        TFIndustrialDual020mAConfiguration configuration = modelFactory.createTFIndustrialDual020mAConfiguration();
        OHTFDevice<TFIndustrialDual020mAConfiguration, IndustrialDual020mASubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialDual020mASubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.dual_relay.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, DualRelaySubIds.values());
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        OHTFDevice<?, DualRelaySubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(DualRelaySubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.quad_relay.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, IndustrialQuadRelayIDs.values());
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        OHTFDevice<?, IndustrialQuadRelayIDs> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialQuadRelayIDs.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.joystick_xposition.name()) || deviceType.equals(TypeKey.joystick_yposition.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, JoystickSubIds.values());
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        OHTFDevice<?, JoystickSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(JoystickSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.digital_4in.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, IndustrialDigitalInSubIDs.values());
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        OHTFDevice<?, IndustrialDigitalInSubIDs> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialDigitalInSubIDs.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.digital_4out.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, IndustrialDigitalOutSubIDs.values());
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        OHTFDevice<?, IndustrialDigitalOutSubIDs> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialDigitalOutSubIDs.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_ambient_lightv2.name())) {
        logger.debug("{} setting AmbientLightV2Configuration device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        AmbientLightV2Configuration configuration = modelFactory.createAmbientLightV2Configuration();
        OHTFDevice<AmbientLightV2Configuration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_loadcell.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, LoadCellSubIds.values());
        OHTFDevice<?, LoadCellSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LoadCellSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.loadcell_weight.name())) {
        logger.debug("{} setting LoadCellConfiguration device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, LoadCellSubIds.values());
        LoadCellConfiguration configuration = modelFactory.createLoadCellConfiguration();
        OHTFDevice<LoadCellConfiguration, LoadCellSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LoadCellSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.loadcell_led.name())) {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.debug("{} setting subdevice ids to {}", LoggerConstants.CONFIG, LoadCellSubIds.values());
        OHTFDevice<?, LoadCellSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LoadCellSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_temperature.name())) {
        TFTemperatureConfiguration configuration = modelFactory.createTFTemperatureConfiguration();
        OHTFDevice<TFTemperatureConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_color.name())) {
        BrickletColorConfiguration configuration = modelFactory.createBrickletColorConfiguration();
        OHTFDevice<BrickletColorConfiguration, ColorBrickletSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(ColorBrickletSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_industrial_dual_analogin.name())) {
        BrickletIndustrialDualAnalogInConfiguration configuration = modelFactory.createBrickletIndustrialDualAnalogInConfiguration();
        OHTFDevice<BrickletIndustrialDualAnalogInConfiguration, IndustrialDualAnalogInSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(IndustrialDualAnalogInSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_analogin.name())) {
        TFAnalogInConfiguration configuration = modelFactory.createTFAnalogInConfiguration();
        OHTFDevice<TFAnalogInConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_analoginv2.name())) {
        TFAnalogInV2Configuration configuration = modelFactory.createTFAnalogInV2Configuration();
        OHTFDevice<TFAnalogInV2Configuration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.accelerometer_led.name())) {
        OHTFDevice<?, AccelerometerSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(AccelerometerSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.accelerometer_temperature.name())) {
        OHTFDevice<?, AccelerometerSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(AccelerometerSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_accelerometer.name())) {
        BrickletAccelerometerConfiguration configuration = modelFactory.createBrickletAccelerometerConfiguration();
        OHTFDevice<BrickletAccelerometerConfiguration, AccelerometerSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(AccelerometerSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.laser_range_finder_laser.name())) {
        OHTFDevice<?, LaserRangeFinderSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LaserRangeFinderSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_laser_range_finder.name())) {
        LaserRangeFinderConfiguration configuration = modelFactory.createLaserRangeFinderConfiguration();
        OHTFDevice<LaserRangeFinderConfiguration, LaserRangeFinderSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(LaserRangeFinderSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_oled128x64.name()) || deviceType.equals(TypeKey.bricklet_oled64x48.name())) {
        BrickletOLEDConfiguration configuration = modelFactory.createBrickletOLEDConfiguration();
        OHTFDevice<BrickletOLEDConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else if (deviceType.equals(TypeKey.bricklet_thermocouple.name())) {
        TFThermocoupleConfiguration configuration = modelFactory.createTFThermocoupleConfiguration();
        OHTFDevice<TFThermocoupleConfiguration, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        ohtfDevice.setTfConfig(configuration);
        fillupConfig(ohtfDevice, deviceConfig);
    } else {
        logger.debug("{} setting no tfConfig device_type {}", LoggerConstants.CONFIG, deviceType);
        logger.trace("{} deviceType {}", LoggerConstants.CONFIG, deviceType);
        OHTFDevice<?, NoSubIds> ohtfDevice = modelFactory.createOHTFDevice();
        ohtfDevice.getSubDeviceIds().addAll(Arrays.asList(NoSubIds.values()));
        fillupConfig(ohtfDevice, deviceConfig);
    }
}