private async Task PerformUpdate(CancellationToken stoppingToken)
{
DateTime lastAutomaticMeasurement = DateTime.MinValue;
DateTime lastMeasurement = DateTime.MinValue;
TimeSpan?measureInterval = null;
List <SwimmingPoolLastMeasurementsGetResponse> measurements = new List <SwimmingPoolLastMeasurementsGetResponse>();
SwimmingPool pool = _pool;
_updateManager.Process(pool, pool);
_logger.LogDebug("Fetching blue devices for {Id} ({Name})", pool.SwimmingPoolId, pool.Name);
SwimmingPoolBlueDevicesGetResponse blueDevices = await _blueClient.GetSwimmingPoolBlueDevices(pool.SwimmingPoolId, stoppingToken);
bool anyBlueDeviceIsAwake = false;
foreach (SwimmingPoolDevice blueDevice in blueDevices.Data)
{
_logger.LogDebug("Fetching measurements for {Id}, blue {Serial} ({Name})", pool.SwimmingPoolId, blueDevice.BlueDeviceSerial, pool.Name);
_updateManager.Process(pool, blueDevice);
SwimmingPoolLastMeasurementsGetResponse blueMeasurement = await _blueClient.GetBlueLastMeasurements(pool.SwimmingPoolId, blueDevice.BlueDeviceSerial, token : stoppingToken);
if (blueDevice.BlueDevice.WakePeriod > 0)
{
measureInterval = ComparisonHelper.GetMin(measureInterval, TimeSpan.FromSeconds(blueDevice.BlueDevice.WakePeriod));
}
measurements.Add(blueMeasurement);
// Track the last measurement time in order to calculate the next expected measurement.
// For now, this includes Gateway & sigfox measurements, as these are automated.
// Manual bluetooth measurements do not affect the interval
lastAutomaticMeasurement = ComparisonHelper.GetMax(lastAutomaticMeasurement,
blueDevice.BlueDevice.LastMeasureMessageSigfox,
blueDevice.BlueDevice.LastMeasureMessageGateway).GetValueOrDefault();
lastMeasurement = ComparisonHelper.GetMax(lastMeasurement,
blueDevice.BlueDevice.LastMeasureMessage,
blueDevice.BlueDevice.LastMeasureMessageBle,
blueDevice.BlueDevice.LastMeasureMessageSigfox).GetValueOrDefault();
// Track sleep states
anyBlueDeviceIsAwake |= blueDevice.BlueDevice.SleepState == "awake";
}
_logger.LogDebug("Fetching guidance for {Id} ({Name})", pool.SwimmingPoolId, pool.Name);
SwimmingPoolGuidanceGetResponse guidance = await _blueClient.GetSwimmingPoolGuidance(pool.SwimmingPoolId, _config.Language, token : stoppingToken);
_updateManager.Process(pool, guidance);
_logger.LogDebug("Fetching measurements for {Id} ({Name})", pool.SwimmingPoolId, pool.Name);
SwimmingPoolLastMeasurementsGetResponse measurement = await _blueClient.GetSwimmingPoolLastMeasurements(pool.SwimmingPoolId, stoppingToken);
measurements.Add(measurement);
lastMeasurement = ComparisonHelper.GetMax(lastMeasurement,
measurement.LastStripTimestamp,
measurement.LastBlueMeasureTimestamp).GetValueOrDefault();
_updateManager.Process(pool, measurements);
_logger.LogDebug("Fetching weather for {Id} ({Name})", pool.SwimmingPoolId, pool.Name);
SwimmingPoolWeatherGetResponse weather = await _blueClient.GetSwimmingPoolWeather(pool.SwimmingPoolId, _config.Language, stoppingToken);
_updateManager.Process(pool, weather.Data);
//_logger.LogDebug("Fetching status for {Id} ({Name})", pool.SwimmingPoolId, pool.Name);
//SwimmingPoolStatusGetResponse status = await _blueClient.GetSwimmingPoolStatus(pool.SwimmingPoolId, stoppingToken);
//_updateManager.Update(pool, status);
_delayCalculator.TrackMeasureInterval(measureInterval);
_delayCalculator.TrackLastAutoMeasurement(lastAutomaticMeasurement);
_delayCalculator.TrackSleepState(anyBlueDeviceIsAwake);
if (lastMeasurement > _lastMeasurement)
{
_lastMeasurement = lastMeasurement;
if (_config.ReportUnchangedValues)
{
// A new measurement was made, report potentially unchanged values
_hassMqttManager.MarkAllValuesDirty();
}
}
}
