public static void ChangeZone(long lRequestId, int iZone, bool bOn)
{
AirConditionerCommand command = new AirConditionerCommand();
string[] strZones;
Logging.WriteDebugLog("AirConditioner.ChangeZone() [0x{0}] Changing Zone: {1}", lRequestId.ToString("X8"), iZone);
lock (_oLockCommand)
{
command.amOn = _airConditionerCommand.amOn;
command.tempTarget = _airConditionerCommand.tempTarget;
command.fanSpeed = _airConditionerCommand.fanSpeed;
command.mode = _airConditionerCommand.mode;
strZones = _airConditionerCommand.enabledZones.Split(new char[] { ',' });
if (strZones.Length != 8 | iZone < 1 | iZone > 8)
{
command.enabledZones = _airConditionerCommand.enabledZones;
}
else
{
strZones[iZone - 1] = bOn ? "1" : "0";
command.enabledZones = string.Format("{0},{1},{2},{3},{4},{5},{6},{7}", strZones[0], strZones[1], strZones[2], strZones[3], strZones[4], strZones[5], strZones[6], strZones[7]);
MQTT.SendMessage(string.Format("actron/aircon/zone{0}", iZone), bOn ? "ON" : "OFF");
}
}
PostCommand(lRequestId, "System", command);
}
private static void MQTTRegister()
{
Logging.WriteDebugLog("Service.MQTTRegister()");
MQTT.SendMessage("homeassistant/climate/actronaircon/config", "{{\"name\":\"{1}\",\"modes\":[\"off\",\"auto\",\"cool\",\"fan_only\",\"heat\"],\"fan_modes\":[\"high\",\"medium\",\"low\"],\"mode_command_topic\":\"actron/aircon/mode/set\",\"temperature_command_topic\":\"actron/aircon/temperature/set\",\"fan_mode_command_topic\":\"actron/aircon/fan/set\",\"min_temp\":\"12\",\"max_temp\":\"30\",\"temp_step\":\"0.5\",\"fan_mode_state_topic\":\"actron/aircon/fanmode\",\"action_topic\":\"actron/aircon/compressor\",\"temperature_state_topic\":\"actron/aircon/settemperature\",\"mode_state_topic\":\"actron/aircon/mode\",\"current_temperature_topic\":\"actron/aircon/temperature\",\"availability_topic\":\"{0}/status\"}}", _strServiceName.ToLower(), _strDeviceName);
foreach (int iZone in AirConditioner.Zones.Keys)
{
MQTT.SendMessage(string.Format("homeassistant/switch/actron/airconzone{0}/config", iZone), "{{\"name\":\"{0} Zone\",\"state_topic\":\"actron/aircon/zone{1}\",\"command_topic\":\"actron/aircon/zone{1}/set\",\"payload_on\":\"ON\",\"payload_off\":\"OFF\",\"state_on\":\"ON\",\"state_off\":\"OFF\",\"availability_topic\":\"{2}/status\"}}", AirConditioner.Zones[iZone].Name, iZone, _strServiceName.ToLower());
MQTT.Subscribe("actron/aircon/zone{0}/set", iZone);
if (_bRegisterZoneTemperatures)
{
MQTT.SendMessage(string.Format("homeassistant/sensor/actron/airconzone{0}/config", iZone), "{{\"name\":\"{0}\",\"state_topic\":\"actron/aircon/zone{1}/temperature\",\"unit_of_measurement\":\"\u00B0C\",\"availability_topic\":\"{2}/status\"}}", AirConditioner.Zones[iZone].Name, iZone, _strServiceName.ToLower());
}
else
{
MQTT.SendMessage(string.Format("homeassistant/sensor/actron/airconzone{0}/config", iZone), "{{}}"); // Clear existing devices
}
}
MQTT.Subscribe("actron/aircon/mode/set");
MQTT.Subscribe("actron/aircon/fan/set");
MQTT.Subscribe("actron/aircon/temperature/set");
}
public static void Start()
{
IConfigurationRoot configuration;
IHost webHost;
bool bMQTTTLS;
Logging.WriteDebugLog("Service.Start() Build Date: {0}", Properties.Resources.BuildDate);
try
{
configuration = new ConfigurationBuilder().AddJsonFile(_strConfigFile, false, true).Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build configuration instance.");
return;
}
bool.TryParse(configuration["RegisterZoneTemperatures"] ?? "false", out _bRegisterZoneTemperatures);
bool.TryParse(configuration["ForwardToOriginalWebService"] ?? "false", out _bForwardToOriginalWebService);
bool.TryParse(configuration["MQTTTLS"] ?? "false", out bMQTTTLS);
Logging.WriteDebugLog("Service.Start() RegisterZoneTemperatures: {0}", _bRegisterZoneTemperatures);
Logging.WriteDebugLog("Service.Start() ForwardToOriginalWebService: {0}", _bForwardToOriginalWebService);
Logging.WriteDebugLog("Service.Start() MQTT TLS: {0}", bMQTTTLS);
MQTT.StartMQTT(configuration["MQTTBroker"] ?? "core-mosquitto", bMQTTTLS, _strServiceName, configuration["MQTTUser"] ?? "", configuration["MQTTPassword"] ?? "", MQTTProcessor);
AirConditioner.Configure(configuration);
MQTTRegister();
try
{
webHost = Host.CreateDefaultBuilder().ConfigureWebHostDefaults(webBuilder =>
{
webBuilder.UseStartup <ASPNETCoreStartup>().UseConfiguration(configuration).UseUrls($"http://*:80/");
}).Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build Kestrel instance.");
return;
}
webHost.Run();
}
public static void ChangeTemperature(long lRequestId, double dblTemperature)
{
AirConditionerCommand command = new AirConditionerCommand();
Logging.WriteDebugLog("AirConditioner.ChangeTemperature() [0x{0}] Changing Temperature: {1}", lRequestId.ToString("X8"), dblTemperature);
lock (_oLockCommand)
{
command.amOn = _airConditionerCommand.amOn;
command.tempTarget = dblTemperature;
command.fanSpeed = _airConditionerCommand.fanSpeed;
command.mode = _airConditionerCommand.mode;
command.enabledZones = _airConditionerCommand.enabledZones;
}
MQTT.SendMessage("actron/aircon/settemperature", command.tempTarget.ToString());
PostCommand(lRequestId, "System", command);
}
public static void ChangeFanSpeed(long lRequestId, FanSpeed speed)
{
AirConditionerCommand command = new AirConditionerCommand();
Logging.WriteDebugLog("AirConditioner.ChangeFanSpeed() [0x{0}] Changing Fan Speed: {1}", lRequestId.ToString("X8"), Enum.GetName(typeof(FanSpeed), speed));
lock (_oLockCommand)
{
command.amOn = _airConditionerCommand.amOn;
command.tempTarget = _airConditionerCommand.tempTarget;
command.fanSpeed = (int)speed;
command.mode = _airConditionerCommand.mode;
command.enabledZones = _airConditionerCommand.enabledZones;
}
MQTT.SendMessage("actron/aircon/fanmode", Enum.GetName(typeof(FanSpeed), speed).ToLower());
PostCommand(lRequestId, "System", command);
}
public static void ChangeMode(long lRequestId, AirConditionerMode mode)
{
AirConditionerCommand command = new AirConditionerCommand();
Logging.WriteDebugLog("AirConditioner.ChangeMode() [0x{0}] Changing Mode: {1}", lRequestId.ToString("X8"), Enum.GetName(typeof(AirConditionerMode), mode));
lock (_oLockCommand)
{
command.amOn = (mode == AirConditionerMode.None ? false : true);
command.tempTarget = _airConditionerCommand.tempTarget;
command.fanSpeed = _airConditionerCommand.fanSpeed;
command.mode = (mode == AirConditionerMode.None ? _airConditionerData.iMode : (int)mode);
command.enabledZones = _airConditionerCommand.enabledZones;
}
MQTT.SendMessage("actron/aircon/mode", (mode != AirConditionerMode.None ? Enum.GetName(typeof(ModeMQTT), mode).ToLower() : "off"));
PostCommand(lRequestId, "System", command);
}
public static void Start()
{
IConfigurationRoot configuration;
IWebHost webHost;
Logging.WriteDebugLog("Service.Start()");
try
{
configuration = new ConfigurationBuilder().AddJsonFile(_strConfigFile, false, true).Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build configuration instance.");
return;
}
bool.TryParse(configuration["RegisterZoneTemperatures"] ?? "false", out _bRegisterZoneTemperatures);
Logging.WriteDebugLog("Service.Start() RegisterZoneTemperatures: {0}", _bRegisterZoneTemperatures);
MQTT.StartMQTT(configuration["MQTTBroker"] ?? "core-mosquitto", _strServiceName, configuration["MQTTUser"] ?? "", configuration["MQTTPassword"] ?? "", MQTTProcessor);
AirConditioner.Configure(configuration);
MQTTRegister();
try
{
webHost = new WebHostBuilder().UseKestrel().UseStartup <ASPNETCoreStartup>().UseConfiguration(configuration).UseUrls($"http://*:80/").Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build Kestrel instance.");
return;
}
webHost.Run();
}
public static void Stop()
{
Logging.WriteDebugLog("Service.Stop()");
MQTT.StopMQTT();
}
public static void PostData(AirConditionerData data)
{
string strZones;
if (!_bDataReceived)
{
Logging.WriteDebugLog("AirConditioner.PostData() First Data Received");
_bDataReceived = true;
}
else
{
Logging.WriteDebugLog("AirConditioner.PostData()");
}
// Update read/write fields if not suppressed
if (DateTime.Now.Subtract(_dtLastCommand) < TimeSpan.FromSeconds(_iSuppressTimer))
{
Logging.WriteDebugLog("AirConditioner.PostData() Suppressing Data Update");
}
else
{
lock (_oLockData)
{
_airConditionerData.bOn = data.bOn;
_airConditionerData.bZone1 = data.bZone1;
_airConditionerData.bZone2 = data.bZone2;
_airConditionerData.bZone3 = data.bZone3;
_airConditionerData.bZone4 = data.bZone4;
_airConditionerData.bZone5 = data.bZone5;
_airConditionerData.bZone6 = data.bZone6;
_airConditionerData.bZone7 = data.bZone7;
_airConditionerData.bZone8 = data.bZone8;
_airConditionerData.dblSetTemperature = data.dblSetTemperature;
_airConditionerData.iFanSpeed = data.iFanSpeed;
_airConditionerData.iMode = data.iMode;
MQTT.SendMessage("actron/aircon/fanmode", Enum.GetName(typeof(FanSpeed), _airConditionerData.iFanSpeed).ToLower());
MQTT.SendMessage("actron/aircon/mode", (_airConditionerData.bOn ? Enum.GetName(typeof(ModeMQTT), _airConditionerData.iMode).ToLower() : "off"));
MQTT.SendMessage("actron/aircon/settemperature", _airConditionerData.dblSetTemperature.ToString());
// Need to move to an array instead of 8 x boolean.
if (_dZones.Count >= 1)
{
MQTT.SendMessage("actron/aircon/zone1", _airConditionerData.bZone1 ? "ON" : "OFF");
}
if (_dZones.Count >= 2)
{
MQTT.SendMessage("actron/aircon/zone2", _airConditionerData.bZone2 ? "ON" : "OFF");
}
if (_dZones.Count >= 3)
{
MQTT.SendMessage("actron/aircon/zone3", _airConditionerData.bZone3 ? "ON" : "OFF");
}
if (_dZones.Count >= 4)
{
MQTT.SendMessage("actron/aircon/zone4", _airConditionerData.bZone4 ? "ON" : "OFF");
}
if (_dZones.Count >= 5)
{
MQTT.SendMessage("actron/aircon/zone5", _airConditionerData.bZone5 ? "ON" : "OFF");
}
if (_dZones.Count >= 6)
{
MQTT.SendMessage("actron/aircon/zone6", _airConditionerData.bZone6 ? "ON" : "OFF");
}
if (_dZones.Count >= 7)
{
MQTT.SendMessage("actron/aircon/zone7", _airConditionerData.bZone7 ? "ON" : "OFF");
}
if (_dZones.Count >= 8)
{
MQTT.SendMessage("actron/aircon/zone8", _airConditionerData.bZone8 ? "ON" : "OFF");
}
}
}
// Update read only fields on each post
lock (_oLockData)
{
_airConditionerData.dtLastUpdate = DateTime.Now;
_airConditionerData.bESPOn = data.bESPOn;
_airConditionerData.iCompressorActivity = data.iCompressorActivity;
_airConditionerData.iFanContinuous = data.iFanContinuous;
_airConditionerData.dblRoomTemperature = data.dblRoomTemperature;
_airConditionerData.dblZone1Temperature = data.dblZone1Temperature;
_airConditionerData.dblZone2Temperature = data.dblZone2Temperature;
_airConditionerData.dblZone3Temperature = data.dblZone3Temperature;
_airConditionerData.dblZone4Temperature = data.dblZone4Temperature;
_airConditionerData.dblZone5Temperature = data.dblZone5Temperature;
_airConditionerData.dblZone6Temperature = data.dblZone6Temperature;
_airConditionerData.dblZone7Temperature = data.dblZone7Temperature;
_airConditionerData.dblZone8Temperature = data.dblZone8Temperature;
_airConditionerData.strErrorCode = data.strErrorCode;
MQTT.SendMessage("actron/aircon/temperature", _airConditionerData.dblRoomTemperature.ToString());
if (Service.RegisterZoneTemperatures)
{
if (_dZones.Count >= 1)
{
MQTT.SendMessage("actron/aircon/zone1/temperature", _airConditionerData.dblZone1Temperature.ToString());
}
if (_dZones.Count >= 2)
{
MQTT.SendMessage("actron/aircon/zone2/temperature", _airConditionerData.dblZone2Temperature.ToString());
}
if (_dZones.Count >= 3)
{
MQTT.SendMessage("actron/aircon/zone3/temperature", _airConditionerData.dblZone3Temperature.ToString());
}
if (_dZones.Count >= 4)
{
MQTT.SendMessage("actron/aircon/zone4/temperature", _airConditionerData.dblZone4Temperature.ToString());
}
if (_dZones.Count >= 5)
{
MQTT.SendMessage("actron/aircon/zone5/temperature", _airConditionerData.dblZone5Temperature.ToString());
}
if (_dZones.Count >= 6)
{
MQTT.SendMessage("actron/aircon/zone6/temperature", _airConditionerData.dblZone6Temperature.ToString());
}
if (_dZones.Count >= 7)
{
MQTT.SendMessage("actron/aircon/zone7/temperature", _airConditionerData.dblZone7Temperature.ToString());
}
if (_dZones.Count >= 8)
{
MQTT.SendMessage("actron/aircon/zone8/temperature", _airConditionerData.dblZone8Temperature.ToString());
}
}
switch (_airConditionerData.iCompressorActivity)
{
case 0:
MQTT.SendMessage("actron/aircon/compressor", "heating");
break;
case 1:
MQTT.SendMessage("actron/aircon/compressor", "cooling");
break;
case 2:
if (_airConditionerData.bOn)
{
MQTT.SendMessage("actron/aircon/compressor", "idle");
}
else
{
MQTT.SendMessage("actron/aircon/compressor", "off");
}
break;
default:
MQTT.SendMessage("actron/aircon/compressor", "off");
break;
}
}
lock (_oLockCommand)
{
if (!_bPendingCommand)
{
if (DateTime.Now.Subtract(_dtLastCommand) < TimeSpan.FromSeconds(_iSuppressTimer))
{
Logging.WriteDebugLog("AirConditioner.PostData() Suppressing Command Update");
}
else if (_airConditionerCommand.amOn != _airConditionerData.bOn || _airConditionerCommand.fanSpeed != _airConditionerData.iFanSpeed || _airConditionerCommand.mode != _airConditionerData.iMode || _airConditionerCommand.tempTarget != _airConditionerData.dblSetTemperature)
{
Logging.WriteDebugLog("AirConditioner.PostData() Updating Command");
_airConditionerCommand.amOn = _airConditionerData.bOn;
_airConditionerCommand.fanSpeed = _airConditionerData.iFanSpeed;
_airConditionerCommand.mode = _airConditionerData.iMode;
_airConditionerCommand.tempTarget = _airConditionerData.dblSetTemperature;
}
}
if (DateTime.Now.Subtract(_dtLastCommand) < TimeSpan.FromSeconds(_iSuppressTimer))
{
Logging.WriteDebugLog("AirConditioner.PostData() Suppressing Zone Update");
}
else if (!_bPendingZone)
{
strZones = string.Format("{0},{1},{2},{3},{4},{5},{6},{7}", _airConditionerData.bZone1 ? "1" : "0", _airConditionerData.bZone2 ? "1" : "0", _airConditionerData.bZone3 ? "1" : "0", _airConditionerData.bZone4 ? "1" : "0", _airConditionerData.bZone5 ? "1" : "0", _airConditionerData.bZone6 ? "1" : "0", _airConditionerData.bZone7 ? "1" : "0", _airConditionerData.bZone8 ? "1" : "0");
if (_airConditionerCommand.enabledZones != strZones)
{
Logging.WriteDebugLog("AirConditioner.PostData() Updating Zones");
_airConditionerCommand.enabledZones = strZones;
}
}
}
MQTT.Update(null);
}