How to use

create

method

in

org.ogema.core.model.simple.FloatResource

private void enableHumidity() {
  humidityEnabled = Status_hum.ENABLED;
  HumiditySensor hSensor = thDevice.sensors().addDecorator("humiditySensor", HumiditySensor.class);
  humidity = hSensor.reading().create();
  //		humidity.activate(true);
  humidity.requestAccessMode(AccessMode.EXCLUSIVE, AccessPriority.PRIO_HIGHEST);
  hSensor.activate(false);
}

@Override
public void setup(HmDevice parent, DeviceDescription desc, Map<String, Map<String, ParameterDescription<?>>> paramSets) {
  logger.debug("setup SHUTTER_CONTACT handler for address {}", desc.getAddress());
  String swName = ResourceUtils.getValidResourceName("SHUTTER_CONTACT" + desc.getAddress());
  Map<String, ParameterDescription<?>> values = paramSets.get(ParameterDescription.SET_TYPES.VALUES.name());
  if (values == null) {
    logger.warn("received no VALUES parameters for device {}", desc.getAddress());
    return;
  }
  DoorWindowSensor sens = parent.addDecorator(swName, DoorWindowSensor.class);
  sens.reading().create();
  sens.activate(true);
  sens.battery().chargeSensor().reading().create();
  sens.activate(true);
  conn.addEventListener(new ShutterContactListener(sens, desc.getAddress()));
}

reading.create();
reading.getParent().activate(true);

@Override
public void setRangeFilter(float lowerBoundary, float upperBoundary, int mode) throws RuntimeException {
  if (m_config == null || !m_config.exists())
    throw new RuntimeException("Cannot set filter before ProgramEnforcer has been commited");
  boolean lowerNaN = Float.isNaN(lowerBoundary);
  boolean upperNaN = Float.isNaN(upperBoundary);
  if (lowerNaN && upperNaN) {
    m_config.range().delete();
    return;
  }
  RangeFilter filter = m_config.range();
  if (!lowerNaN) {
    filter.range().lowerLimit().create();
    filter.range().lowerLimit().setValue(lowerBoundary);
  }
  if (!upperNaN) {
    filter.range().upperLimit().create();
    filter.range().upperLimit().setValue(upperBoundary);
  }
  filter.mode().create();
  filter.mode().setValue(mode);
  filter.activate(true);
}

@Override
public void setup(HmDevice parent, DeviceDescription desc, Map<String, Map<String, ParameterDescription<?>>> paramSets) {
  logger.debug("setup SHUTTER_CONTACT handler for address {}", desc.getAddress());
  String swName = ResourceUtils.getValidResourceName("SHUTTER_CONTACT" + desc.getAddress());
  Map<String, ParameterDescription<?>> values = paramSets.get(ParameterDescription.SET_TYPES.VALUES.name());
  if (values == null) {
    logger.warn("received no VALUES parameters for device {}", desc.getAddress());
    return;
  }
  DoorWindowSensor sens = parent.addDecorator(swName, DoorWindowSensor.class);
  sens.reading().create();
  sens.activate(true);
  sens.battery().chargeSensor().reading().create();
  sens.activate(true);
  conn.addEventListener(new ShutterContactListener(sens, desc.getAddress()));
}

reading.create();
reading.getParent().activate(true);

FloatResource reading = thermos.valve().setting().stateFeedback();
if (!reading.exists()) {
  reading.create();
  thermos.activate(true);
FloatResource reading = thermos.battery().internalVoltage().reading();
if (!reading.exists()) {
  reading.create();
  thermos.activate(true);

FloatResource reading = thermos.valve().setting().stateFeedback();
if (!reading.exists()) {
  reading.create();
  thermos.activate(true);
FloatResource reading = thermos.battery().internalVoltage().reading();
if (!reading.exists()) {
  reading.create();
  thermos.activate(true);

@Override
public void onPOSTComplete(String data, OgemaHttpRequest req) {
  FloatResource source = getResource(sva, req, FloatResource.class);
  String val = myField.getValue(req);
  float value;
  try {
    value  = Float.parseFloat(val);
  } catch (NumberFormatException | NullPointerException e) {
    if(alert != null) alert.showAlert(notAllowedMessageUsed, false, req);
    return;
  }
  if (value < minimumAllowed) {
    if(alert != null) alert.showAlert(notAllowedMessageUsed, false, req);
    return;
  }
  if (value > maximumAllowed) {
    if(alert != null) alert.showAlert(notAllowedMessageUsed, false, req);
    return;
  }
  if(!source.exists()) {
    source.create();
    setValue(source, value);
    source.activate(true);
  } else {
    setValue(source, value);
  }
  if(alert != null) alert.showAlert("New value: " + value, true, req);
}

config.targetResourceParent().create();
config.targetResourceParent().addDecorator("schedule",targetResource);
config.updateInterval().create();

FloatResource resultBase = m_config.resultBase().create();
resultBase.program().setAsReference(m_output);
m_config.delay().create();

batteryStatus = (FloatResource) eSens.reading().create();

ElectricDimmer device = resMan.createResource(conInfo.getName(), ElectricDimmer.class);
device.setting().create();
device.setting().stateControl().create();
device.setting().stateControl().addValueListener(createUpdateListener(conInfo), true);
device.setting().stateFeedback().create();
createReadWriteableComInfo(device, true, false);
conInfo.setRessource(device);

private void addMandatoryChannels() {
  HM_hlConfig attributeConfig = new HM_hlConfig();
  attributeConfig.driverId = hm_hlConfig.driverId;
  attributeConfig.interfaceId = hm_hlConfig.interfaceId;
  attributeConfig.deviceAddress = hm_hlConfig.deviceAddress;
  attributeConfig.channelAddress = "ATTRIBUTE:0001";
  attributeConfig.timeout = -1;
  attributeConfig.resourceName = hm_hlConfig.resourceName + "SmokeDetector";
  attributeConfig.chLocator = addChannel(attributeConfig);
  attributeConfig = new HM_hlConfig();
  attributeConfig.driverId = hm_hlConfig.driverId;
  attributeConfig.interfaceId = hm_hlConfig.interfaceId;
  attributeConfig.deviceAddress = hm_hlConfig.deviceAddress;
  attributeConfig.channelAddress = "ATTRIBUTE:0002";
  attributeConfig.timeout = -1;
  attributeConfig.resourceName = hm_hlConfig.resourceName + "_BatteryStatus";
  attributeConfig.chLocator = addChannel(attributeConfig);
  SmokeDetector smokeDetector = resourceManager.createResource(hm_hlConfig.resourceName, SmokeDetector.class);
  smokeAlert = smokeDetector.reading().create();
  // smokeAlert.activate(true);
  // smokeAlert.setValue(false);
  smokeAlert.requestAccessMode(AccessMode.EXCLUSIVE, AccessPriority.PRIO_HIGHEST);
  StateOfChargeSensor eSens = smokeDetector.battery().chargeSensor().create();
  batteryStatus = eSens.reading().create();
  // batteryStatus.activate(true);
  // batteryStatus.setValue(95);
  batteryStatus.requestAccessMode(AccessMode.EXCLUSIVE, AccessPriority.PRIO_HIGHEST);
  // do not activate value resources, since they do not contain sensible values yet
  ResourceUtils.activateComplexResources(smokeDetector, true, appManager.getResourceAccess());
}

batteryStatus = (FloatResource) eSens.reading().create();

private void addMandatoryChannels() {
  HM_hlConfig attributeConfig = new HM_hlConfig();
  attributeConfig.driverId = hm_hlConfig.driverId;
  attributeConfig.interfaceId = hm_hlConfig.interfaceId;
  attributeConfig.deviceAddress = hm_hlConfig.deviceAddress;
  attributeConfig.channelAddress = "ATTRIBUTE:0001";
  attributeConfig.timeout = -1;
  attributeConfig.resourceName = hm_hlConfig.resourceName + "_HighWater";
  attributeConfig.chLocator = addChannel(attributeConfig);
  attributeConfig = new HM_hlConfig();
  attributeConfig.driverId = hm_hlConfig.driverId;
  attributeConfig.interfaceId = hm_hlConfig.interfaceId;
  attributeConfig.deviceAddress = hm_hlConfig.deviceAddress;
  attributeConfig.channelAddress = "ATTRIBUTE:0002";
  attributeConfig.timeout = -1;
  attributeConfig.resourceName = hm_hlConfig.resourceName + "_BatteryStatus";
  attributeConfig.chLocator = addChannel(attributeConfig);
  WaterDetector threeStateDevice = resourceManager.createResource(hm_hlConfig.resourceName, WaterDetector.class);
  highWater = threeStateDevice.reading().create();
  // highWater.activate(true);
  // highWater.setValue("dry");
  highWater.requestAccessMode(AccessMode.EXCLUSIVE, AccessPriority.PRIO_HIGHEST);
  StateOfChargeSensor eSens = threeStateDevice.battery().chargeSensor().create();
  batteryStatus = eSens.reading().create();
  // batteryStatus.activate(true);
  // batteryStatus.setValue(95);
  batteryStatus.requestAccessMode(AccessMode.EXCLUSIVE, AccessPriority.PRIO_HIGHEST);
  // do not activate value resources, since they do not contain sensible values yet
  ResourceUtils.activateComplexResources(threeStateDevice, true, appManager.getResourceAccess());
}

@Override
public boolean commit() {
  if (m_source == null || m_target == null) {
    return false;
  }
  // delete the old configuration if it exsited.
  if (m_config != null)
    m_config.delete();
  m_config = m_base.createResource(ThresholdModel.class);
  m_config.source().setAsReference(m_source);
  m_config.target().setAsReference(m_target);
  m_config.threshold().create();
  m_config.threshold().setValue(m_threshold);
  m_config.equalityExceeds().create();
  m_config.equalityExceeds().setValue(m_equalityExceeds);
  m_config.invert().create();
  m_config.invert().setValue(m_invert);
  m_config.activate(true);
  return true;
}

brightness = (FloatResource) brightnessSensor.reading().create();
brightness.requestAccessMode(AccessMode.EXCLUSIVE, AccessPriority.PRIO_HIGHEST);
batteryStatus = eSens.reading().create();

batteryStatus = eSens.reading().create();