@Override
protected void addGenericConfig(JSONObject json, SensorConfig config) throws JSONException {
Long sleepLength = (Long) config.getParameter(SLEEP_LENGTH);
if (sleepLength != null) {
json.put(SLEEP_LENGTH, sleepLength);
json.put(
IS_ADAPTIVELY_SENSED,
(Boolean) config.getParameter(PullSensorConfig.ADAPTIVE_SENSING_ENABLED));
}
}
public static SensorConfig getDefault() {
SensorConfig sensorConfig = new SensorConfig();
sensorConfig.setParameter(FORCE_ENABLE_SENSOR, DEFAULT_FORCE_ENABLE);
sensorConfig.setParameter(
PullSensorConfig.POST_SENSE_SLEEP_LENGTH_MILLIS, DEFAULT_SLEEP_INTERVAL);
sensorConfig.setParameter(PullSensorConfig.NUMBER_OF_SENSE_CYCLES, DEFAULT_SAMPLING_CYCLES);
sensorConfig.setParameter(
PullSensorConfig.SENSE_WINDOW_LENGTH_PER_CYCLE_MILLIS,
DEFAULT_SAMPLING_WINDOW_SIZE_PER_CYCLE_MILLIS);
return sensorConfig;
}
protected SensorConfig getGenericConfig(JSONObject json) {
SensorConfig config = new SensorConfig();
try {
Long sleepLength = (Long) json.get(SLEEP_LENGTH);
config.setParameter(SLEEP_LENGTH, sleepLength);
Boolean isAdaptivelySensed = (Boolean) json.get(IS_ADAPTIVELY_SENSED);
config.setParameter(PullSensorConfig.ADAPTIVE_SENSING_ENABLED, isAdaptivelySensed);
} catch (Exception e) {
}
return config;
}
public SensorData getCurrentSensorData(boolean oneOffSensing) throws ESException {
SensorData sensorData = ((PullSensor) sensor).sense();
// since this is a one-off query for sensor data, sleep interval
// is not relevant in this case
if (sensorData != null) {
// remove sleep length value for the case of one-off sensing
if (oneOffSensing) {
SensorConfig sensorConfig = sensorData.getSensorConfig();
sensorConfig.removeParameter(PullSensorConfig.POST_SENSE_SLEEP_LENGTH_MILLIS);
}
}
return sensorData;
}