protected override void UpdateInternal(SwimmingPool pool, SwimmingPool _)
{
ISensorContainer sensor = HassMqttManager.GetSensor(HassUniqueIdBuilder.GetPoolDeviceId(pool), "pump_schedule");
SwimmingPoolCharacteristicsFilterPump pump = pool.Characteristics?.FilterPump;
if (pump == null)
{
return;
}
MqttAttributesTopic attributes = sensor.GetAttributesSender();
// The new schedule may have fewer time ranges
attributes.Clear();
sensor.SetPoolAttributes(pool);
if (!pump.IsPresent)
{
// No pump
sensor.SetValue(HassTopicKind.State, "None");
}
else if (pump.OperatingType == "Manual")
{
// Pump exists, but is not scheduled
sensor.SetValue(HassTopicKind.State, "Manual");
}
else if (pump.OperatingType == "Scheduled")
{
sensor.SetValue(HassTopicKind.State, "Scheduled");
if (pump.OperatingHours != null && pump.OperatingHours.Any())
{
string allTimes = string.Join(", ", pump.OperatingHours.Select(s => s.Start.ToString(TimeFormat) + "-" + s.End.ToString(TimeFormat)));
attributes.SetAttribute("schedule", allTimes);
attributes.SetAttribute("schedules", pump.OperatingHours.Count);
for (int index = 0; index < pump.OperatingHours.Count; index++)
{
TimeRange range = pump.OperatingHours[index];
attributes.SetAttribute($"schedule_{index}", $"{range.Start.ToString(TimeFormat)}-{range.End.ToString(TimeFormat)}");
attributes.SetAttribute($"schedule_{index}_start", range.Start.ToString(TimeFormat));
attributes.SetAttribute($"schedule_{index}_end", range.End.ToString(TimeFormat));
}
}
}
}
protected override void Update(ISensorContainer sensor, SwimmingPool pool, SwimmingPoolWeather obj)
{
sensor.SetAttribute("temp_min", obj.TemperatureMin);
sensor.SetAttribute("temp_max", obj.TemperatureMax);
sensor.SetValue(HassTopicKind.State, obj.TemperatureCurrent);
}
protected override async Task ExecuteAsync(CancellationToken stoppingToken)
{
ISensorContainer operationalSensor = CreateSystemEntities();
try
{
// Update loop
while (!stoppingToken.IsCancellationRequested)
{
_logger.LogDebug("Beginning update");
try
{
await PerformUpdate(stoppingToken);
// Track API operational status
operationalSensor.SetValue(HassTopicKind.State, OkMessage);
operationalSensor.SetAttribute("last_ok", DateTime.UtcNow.ToString("O"));
}
catch (OperationCanceledException) when(stoppingToken.IsCancellationRequested)
{
// Do nothing
}
catch (Exception e)
{
_logger.LogError(e, "An error occurred while performing the update");
// Track API operational status
operationalSensor.SetValue(HassTopicKind.State, ProblemMessage);
operationalSensor.SetAttribute("last_bad", DateTime.UtcNow.ToString("O"));
operationalSensor.SetAttribute("last_bad_status", e.Message);
}
await Task.Delay(_config.DiscoveryInterval, stoppingToken);
}
}
finally
{
// Stop all updaters
_logger.LogInformation("Stopping all pool updaters");
foreach (SingleBlueRiiotPoolUpdater updater in _updaters.Values)
{
updater.Stop();
}
}
}
protected override void UpdateInternal(SwimmingPool pool, List <SwimmingPoolLastMeasurementsGetResponse> measurements, SwimmingPoolLastMeasurementsGetResponse latest)
{
ISensorContainer sensor = HassMqttManager
.GetSensor(HassUniqueIdBuilder.GetPoolDeviceId(pool), "last_measurement")
.SetPoolAttributes(pool);
if (latest == null)
{
// No measurements
sensor.SetValue(HassTopicKind.State, null);
sensor.SetAttribute(AttributeMeasurement, "none");
return;
}
SwpLastMeasurements lastMeasurement = null;
if (latest.LastBlueMeasureTimestamp.HasValue &&
(!latest.LastStripTimestamp.HasValue || latest.LastBlueMeasureTimestamp > latest.LastStripTimestamp))
{
// Blue measurement is latest
lastMeasurement = latest.Data.OrderByDescending(s => s.Timestamp).FirstOrDefault();
sensor.SetValue(HassTopicKind.State, latest.LastBlueMeasureTimestamp);
sensor.SetAttribute("method", "blue");
}
else if (latest.LastStripTimestamp.HasValue)
{
// Strip measurement is latest
lastMeasurement = latest.Data.OrderByDescending(s => s.Timestamp).FirstOrDefault();
sensor.SetValue(HassTopicKind.State, latest.LastStripTimestamp);
sensor.SetAttribute("method", "strip");
}
else
{
// No measurements
sensor.SetAttribute(AttributeMeasurement, "none");
sensor.SetValue(HassTopicKind.State, null);
}
if (lastMeasurement != null)
{
sensor.SetAttribute(AttributeMeasurement, lastMeasurement.Name);
}
}
protected override void Update(ISensorContainer sensor, SwimmingPool pool, SwimmingPoolWeather obj)
{
sensor.SetAttribute("temp_min", obj.TemperatureMin);
sensor.SetAttribute("temp_max", obj.TemperatureMax);
sensor.SetAttribute("temp", obj.TemperatureCurrent);
sensor.SetAttribute("wind_speed", obj.WindSpeedCurrent);
sensor.SetAttribute("uv", obj.UvCurrent);
sensor.SetValue(HassTopicKind.State, obj.WeatherCurrentDescription);
}
protected override void UpdateInternal(SwimmingPool pool, SwimmingPoolDevice data)
{
string deviceId = HassUniqueIdBuilder.GetBlueDeviceId(data);
ISensorContainer deviceSensor = HassMqttManager
.GetSensor(deviceId, "device")
.SetPoolAttributes(pool);
ISensorContainer batterySensor = HassMqttManager
.GetSensor(deviceId, "battery")
.SetPoolAttributes(pool);
ISensorContainer statusSensor = HassMqttManager
.GetSensor(deviceId, "status")
.SetPoolAttributes(pool);
// Device
// Determine last contact
DateTime?latestContact = ComparisonHelper.GetMax(data.Created,
data.BlueDevice.LastHelloMessageV,
data.BlueDevice.LastMeasureMessage,
data.BlueDevice.LastMeasureMessageBle,
data.BlueDevice.LastMeasureMessageSigfox);
deviceSensor.SetValue(HassTopicKind.State, latestContact);
// Device attributes
deviceSensor.SetAttribute("serial", data.BlueDevice.Serial);
deviceSensor.SetAttribute("serial_number", data.BlueDevice.Sn);
deviceSensor.SetAttribute("wake_interval", data.BlueDevice.WakePeriod);
deviceSensor.SetAttribute("firmware", data.BlueDevice.FwVersionPsoc);
deviceSensor.SetAttribute("firmware_installed", data.BlueDevice.FwVersionHistory?.OrderByDescending(s => s.Timestamp).Select(s => s.Timestamp).FirstOrDefault());
// Battery
if (data.BlueDevice.BatteryLow)
{
batterySensor.SetValue(HassTopicKind.State, 10);
}
else
{
batterySensor.SetValue(HassTopicKind.State, 100);
}
// Status (awake, sleeping, ..)
statusSensor.SetValue(HassTopicKind.State, data.BlueDevice.SleepState);
}
protected override void UpdateInternal(SwimmingPool pool, SwimmingPoolGuidanceGetResponse guidance)
{
ISensorContainer sensor = HassMqttManager
.GetSensor(HassUniqueIdBuilder.GetPoolDeviceId(pool), "guidance")
.SetPoolAttributes(pool);
if (guidance.Guidance?.IssueToFix == null)
{
sensor.SetValue(HassTopicKind.State, "No guidance at this time");
sensor.SetAttribute("status", "ok");
return;
}
string text = $"{guidance.Guidance.IssueToFix.IssueTitle}: {guidance.Guidance.IssueToFix.ActionTitle}";
sensor.SetValue(HassTopicKind.State, text);
sensor.SetAttribute("status", "alert");
}
private Task UponorClientOnOnSuccessfulResponse()
{
ISensorContainer sensor = _hassMqttManager.GetSensor(DeviceId, EntityId);
sensor.SetValue(HassTopicKind.State, OkMessage);
sensor.SetAttribute("last_ok", DateTime.UtcNow.ToString("O"));
_shouldFlush.Set();
return(Task.CompletedTask);
}
private Task UponorClientOnOnFailedResponse(string message)
{
ISensorContainer sensor = _hassMqttManager.GetSensor(DeviceId, EntityId);
sensor.SetValue(HassTopicKind.State, ProblemMessage);
sensor.SetAttribute("last_bad", DateTime.UtcNow.ToString("O"));
sensor.SetAttribute("last_bad_status", message);
_shouldFlush.Set();
return(Task.CompletedTask);
}
protected override void UpdateInternal(SwimmingPool pool, List <SwimmingPoolLastMeasurementsGetResponse> measurements, SwimmingPoolLastMeasurementsGetResponse latest)
{
if (!TryGetMeasurement(latest.Data, out SwpLastMeasurements measurement))
{
return;
}
ISensorContainer sensor = HassMqttManager
.GetSensor(HassUniqueIdBuilder.GetPoolDeviceId(pool), $"{_measurement}_status")
.SetPoolAttributes(pool);
MeasurementUtility.AddAttributes(sensor.GetAttributesSender(), measurement);
MeasurementStatus status = MeasurementUtility.GetStatus(measurement);
sensor.SetValue(HassTopicKind.State, status.AsString(EnumFormat.EnumMemberValue));
}
protected override void Update(ISensorContainer sensor, SwimmingPool pool, SwimmingPoolWeather obj)
{
sensor.SetValue(HassTopicKind.State, obj.UvCurrent);
}
public override void Process(UponorResponseContainer values)
{
List <string> problems = new List <string>();
foreach ((int controller, int thermostat) in _systemDetails.GetAvailableThermostats())
{
string deviceId = HassUniqueIdBuilder.GetThermostatDeviceId(controller, thermostat);
// Battery sensor
// We don't know what the battery level is with Uponor. So we can only say it's "good" or "bad"
ISensorContainer sensor = HassMqttManager.GetSensor(deviceId, "battery");
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.BatteryAlarm, controller, thermostat),
UponorProperties.Value, out object objVal) && objVal != null)
{
sensor.SetValue(HassTopicKind.State, BatteryLow);
}
else
{
sensor.SetValue(HassTopicKind.State, BatteryOk);
}
// Alarm sensor
sensor = HassMqttManager.GetSensor(deviceId, "alarms");
problems.Clear();
// Check one of: RfAlarm, BatteryAlarm, TechnicalAlarm, TamperIndication
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.RfAlarm, controller, thermostat),
UponorProperties.Value, out objVal) && objVal != null)
{
problems.Add("No signal");
sensor.SetAttribute("signal", "alarm");
}
else
{
sensor.SetAttribute("signal", "ok");
}
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.TechnicalAlarm, controller, thermostat),
UponorProperties.Value, out objVal) && objVal != null)
{
problems.Add("Technical (?)");
sensor.SetAttribute("technical", "alarm");
}
else
{
sensor.SetAttribute("technical", "ok");
}
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.TamperIndication, controller, thermostat),
UponorProperties.Value, out objVal) && objVal != null)
{
problems.Add("Tampering");
sensor.SetAttribute("tampering", "alarm");
}
else
{
sensor.SetAttribute("tampering", "ok");
}
if (problems.Any())
{
sensor.SetValue(HassTopicKind.State, "on");
sensor.SetAttribute("problem", string.Join(", ", problems));
}
else
{
sensor.SetValue(HassTopicKind.State, "off");
sensor.SetAttribute("problem", string.Empty);
}
}
}
public override void Process(UponorResponseContainer values)
{
foreach ((int controller, int thermostat) in _systemDetails.GetAvailableThermostats())
{
string deviceId = HassUniqueIdBuilder.GetThermostatDeviceId(controller, thermostat);
// Temperature
ISensorContainer sensor = HassMqttManager.GetSensor(deviceId, "temp");
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.RoomTemperature, controller, thermostat),
UponorProperties.Value, out float floatVal))
{
if (IsValid.Temperature(floatVal))
{
sensor.SetValue(HassTopicKind.CurrentTemperature, floatVal);
}
else
{
_logger.LogWarning("Received an invalid temperature of {Value} for {Device}", floatVal, deviceId);
}
}
// Setpoint
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.RoomSetpoint, controller, thermostat),
UponorProperties.Value, out floatVal))
{
sensor.SetValue(HassTopicKind.TemperatureState, floatVal);
}
// Action & Mode
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.RoomInDemand, controller, thermostat),
UponorProperties.Value, out int intVal))
{
// If this value is >0, the room is heating/cooling (see H/C mode)
string action, mode;
// Valid values: off, heating, cooling, drying, idle, fan.
if (intVal <= 0)
{
action = "idle";
mode = "off";
}
else if (_systemDetails.HcMode == HcMode.Heating)
{
action = "heating";
mode = "heat";
}
else
{
action = "cooling";
mode = "cool";
}
// Override Mode as auto
if (_operationConfig.OperationMode == OperationMode.Normal)
{
mode = "auto";
}
sensor.SetValue(HassTopicKind.Action, action);
sensor.SetValue(HassTopicKind.ModeState, mode);
}
// Home/away
if (values.TryGetValue(
UponorObjects.Thermostat(UponorThermostats.HomeAwayModeStatus, controller, thermostat),
UponorProperties.Value, out intVal))
{
if (intVal > 0)
{
// Away
sensor.SetValue(HassTopicKind.AwayModeState, "on");
}
else
{
// Home
sensor.SetValue(HassTopicKind.AwayModeState, "off");
}
}
}
}
private async Task Run()
{
ISensorContainer operationalSensor = CreateSystemEntities();
// Update loop
while (!_stoppingToken.Token.IsCancellationRequested)
{
_logger.LogDebug("Beginning update for pool {Pool}", _pool.SwimmingPoolId);
try
{
await PerformUpdate(_stoppingToken.Token);
// Track API operational status
operationalSensor.SetValue(HassTopicKind.State, BlueRiiotMqttService.OkMessage);
operationalSensor.SetAttribute("last_ok", DateTime.UtcNow);
}
catch (OperationCanceledException) when(_stoppingToken.Token.IsCancellationRequested)
{
// Do nothing
}
catch (Exception e)
{
_logger.LogError(e, "An error occurred while performing the update for pool {Pool}", _pool.SwimmingPoolId);
// Track API operational status
operationalSensor.SetValue(HassTopicKind.State, BlueRiiotMqttService.ProblemMessage);
operationalSensor.SetAttribute("last_bad", DateTime.UtcNow);
operationalSensor.SetAttribute("last_bad_status", e.Message);
}
TimeSpan?runDelay;
if (_config.EnableSchedule)
{
// Calculate time to next update
runDelay = _delayCalculator.CalculateNextRun(DateTime.UtcNow);
DateTime runNext = DateTime.UtcNow + runDelay.Value;
operationalSensor.SetAttribute("next_run", runNext);
}
else
{
// We will forever wait for manual sync
runDelay = null;
operationalSensor.SetAttribute("next_run", "manual");
}
try
{
await _hassMqttManager.FlushAll(_stoppingToken.Token);
}
catch (OperationCanceledException) when(_stoppingToken.Token.IsCancellationRequested)
{
// Do nothing
}
catch (Exception e)
{
_logger.LogError(e, "An error occurred while pushing updated data to MQTT for pool {Pool}", _pool.SwimmingPoolId);
}
// Wait on the force sync reset event, for the specified time.
// If either the reset event or the time runs out, we do an update
using (CancellationTokenSource cts = new CancellationTokenSource())
using (CancellationTokenSource linkedToken = CancellationTokenSource.CreateLinkedTokenSource(cts.Token, _stoppingToken.Token))
{
if (runDelay.HasValue)
{
cts.CancelAfter(runDelay.Value);
}
try
{
await _forceSyncResetEvent.WaitAsync(linkedToken.Token);
// We were forced
_logger.LogDebug("Forcing a sync for pool {Pool} with BlueRiiot", _pool.SwimmingPoolId);
}
catch (OperationCanceledException)
{
}
}
}
}