// Performs the logic for the steam sensor, occurs every scan cycle
public void scanDevice() throws Exception {
// Update the subscribed properties and events to send any updates to Thingworx
// Without calling these methods, the property and event updates will not be sent
// The numbers are timeouts in milliseconds.
super.updateSubscribedProperties(15000);
super.updateSubscribedEvents(60000);
}
// The processScanRequest is called by the SteamSensorClient every scan cycle
@Override
public void processScanRequest() throws Exception {
// Be sure to call the base classes scan request
super.processScanRequest();
// Execute the code for this simulation every scan
this.scanDevice();
}
public XerosWasherThing(
String name, String description, String identifier, ConnectedThingClient client) {
super(name, description, identifier, client);
// Data Shape definition that is used for end of cycle data
FieldDefinitionCollection sensorFields = new FieldDefinitionCollection();
sensorFields.addFieldDefinition(
new FieldDefinition(XerosWasherThing.SENSORID, BaseTypes.STRING));
sensorFields.addFieldDefinition(new FieldDefinition(XerosWasherThing.TIME, BaseTypes.DATETIME));
sensorFields.addFieldDefinition(
new FieldDefinition(XerosWasherThing.DURATION, BaseTypes.NUMBER));
defineDataShapeDefinition("SensorData", sensorFields);
FieldDefinitionCollection cycleFields = new FieldDefinitionCollection();
cycleFields.addFieldDefinition(
new FieldDefinition(XerosWasherThing.WM1_LIFETIME, BaseTypes.NUMBER));
cycleFields.addFieldDefinition(new FieldDefinition(XerosWasherThing.WM1_DAY, BaseTypes.NUMBER));
cycleFields.addFieldDefinition(
new FieldDefinition(XerosWasherThing.WM1_CYCLE, BaseTypes.NUMBER));
cycleFields.addFieldDefinition(
new FieldDefinition(XerosWasherThing.WM2_LIFETIME, BaseTypes.NUMBER));
cycleFields.addFieldDefinition(new FieldDefinition(XerosWasherThing.WM2_DAY, BaseTypes.NUMBER));
cycleFields.addFieldDefinition(
new FieldDefinition(XerosWasherThing.WM2_CYCLE, BaseTypes.NUMBER));
FieldDefinition sensorDataField =
new FieldDefinition(XerosWasherThing.SENSOR_DATA, BaseTypes.INFOTABLE);
sensorDataField.setLocalDataShape(this.getDataShapeDefinition("SensorData"));
cycleFields.addFieldDefinition(sensorDataField);
defineDataShapeDefinition("CycleComplete", cycleFields);
// Populate the thing shape with the properties, services, and events that are annotated in this
// code
super.initializeFromAnnotations();
}
public void sendCycleCompleteEvent() throws Exception {
System.out.println(this.getName() + " send CycleComplete Event to server");
super.queueEvent("CycleEvent", DateTime.now(), this.eventInProgress);
super.updateSubscribedEvents(60000);
}
// From the VirtualThing class
// This method will get called when a connect or reconnect happens
// Need to send the values when this happens
// This is more important for a solution that does not send its properties on a regular basis
public void synchronizeState() {
// Be sure to call the base class
super.synchronizeState();
// Send the property values to Thingworx when a synchronization is required
super.syncProperties();
}
