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($"http://*:80/");
}).Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build Kestrel instance.");
return;
}
webHost.Run();
}
public static void Start()
{
IConfigurationRoot configuration;
IWebHost webHost;
Logging.WriteDebugLog("Service.Start()");
try
{
configuration = new ConfigurationBuilder().AddJsonFile(_strConfigFile, false, true).Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build configuration instance.");
return;
}
bool.TryParse(configuration["RegisterZoneTemperatures"] ?? "false", out _bRegisterZoneTemperatures);
Logging.WriteDebugLog("Service.Start() RegisterZoneTemperatures: {0}", _bRegisterZoneTemperatures);
MQTT.StartMQTT(configuration["MQTTBroker"] ?? "core-mosquitto", _strServiceName, configuration["MQTTUser"] ?? "", configuration["MQTTPassword"] ?? "", MQTTProcessor);
AirConditioner.Configure(configuration);
MQTTRegister();
try
{
webHost = new WebHostBuilder().UseKestrel().UseStartup <ASPNETCoreStartup>().UseConfiguration(configuration).UseUrls($"http://*:80/").Build();
}
catch (Exception eException)
{
Logging.WriteDebugLogError("Service.Start()", eException, "Unable to build Kestrel instance.");
return;
}
webHost.Run();
}
private static void MQTTProcessor(string strTopic, string strPayload)
{
long lRequestId = 0;
double dblTemperature = 0;
Logging.WriteDebugLog("Service.MQTTProcessor() {0}", strTopic);
switch (strTopic)
{
case "actron/aircon/zone1/set":
AirConditioner.ChangeZone(lRequestId, 1, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone2/set":
AirConditioner.ChangeZone(lRequestId, 2, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone3/set":
AirConditioner.ChangeZone(lRequestId, 3, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone4/set":
AirConditioner.ChangeZone(lRequestId, 4, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone5/set":
AirConditioner.ChangeZone(lRequestId, 5, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone6/set":
AirConditioner.ChangeZone(lRequestId, 6, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone7/set":
AirConditioner.ChangeZone(lRequestId, 7, strPayload == "ON" ? true : false);
break;
case "actron/aircon/zone8/set":
AirConditioner.ChangeZone(lRequestId, 8, strPayload == "ON" ? true : false);
break;
case "actron/aircon/mode/set":
Logging.WriteDebugLog("ServiceCore.MQTTProcessor() {0}: {1}", strTopic, strPayload);
switch (strPayload)
{
case "off":
AirConditioner.ChangeMode(lRequestId, AirConditionerMode.None);
break;
case "auto":
AirConditioner.ChangeMode(lRequestId, AirConditionerMode.Automatic);
break;
case "cool":
AirConditioner.ChangeMode(lRequestId, AirConditionerMode.Cooling);
break;
case "heat":
AirConditioner.ChangeMode(lRequestId, AirConditionerMode.Heating);
break;
case "fan_only":
AirConditioner.ChangeMode(lRequestId, AirConditionerMode.FanOnly);
break;
}
break;
case "actron/aircon/fan/set":
Logging.WriteDebugLog("Service.MQTTProcessor() {0}: {1}", strTopic, strPayload);
switch (strPayload)
{
case "low":
AirConditioner.ChangeFanSpeed(lRequestId, FanSpeed.Low);
break;
case "medium":
AirConditioner.ChangeFanSpeed(lRequestId, FanSpeed.Medium);
break;
case "high":
AirConditioner.ChangeFanSpeed(lRequestId, FanSpeed.High);
break;
}
break;
case "actron/aircon/temperature/set":
Logging.WriteDebugLog("Service.MQTTProcessor() {0}: {1}", strTopic, strPayload);
if (double.TryParse(strPayload, out dblTemperature))
{
AirConditioner.ChangeTemperature(lRequestId, dblTemperature);
}
break;
}
}
