static void Main(string[] args)
{
BasicConfigurator.Configure();
//instanciate device manager
DeviceManager dm = new DeviceManager("192.168.1.200");
//create alarm automation
var windowAutomation = new WindowOpenAutomation(dm, AutomationNames.WindowOpenAutomation);
//create humidty automation group. both humidity sensors and actuators must be assigned to Humidity function and the same rooms
//actuator has to be in all rooms that should have humidity automation enabled
var humidityAutomation = new ActuatorSensorAutomation <IHumidityControlDevice>(dm, AutomationNames.HumidityAutomation, Function.Humidity, (a, d) => d.Humidity.Value);
humidityAutomation.RefencePoint = 55; //you should check humidity across all devices at home, and take mean + 10% to be safe.
humidityAutomation.Hysteresis = 5;
humidityAutomation.MaxOnTime = new TimeSpan(0, 1, 0);
humidityAutomation.MinOnTime = new TimeSpan(0, 0, 15);
humidityAutomation.MinOffTime = new TimeSpan(0, 0, 5);
//create heating automation group. both heating sensors and actuators must be assigned to Heating function and the same rooms
//actuator has to be in all rooms that should have heating automation enabled
var heatingAutomation = new ActuatorSensorAutomation <IValveControlDevice>(dm, AutomationNames.HeatingAutomation, Function.Heating, (a, d) => Convert.ToInt32(Math.Round(d.Level.Value * 100)));
heatingAutomation.RefencePoint = 20; //20% valve open
heatingAutomation.Hysteresis = 2;
heatingAutomation.MaxOnTime = new TimeSpan(0, 6, 0);
heatingAutomation.MinOnTime = new TimeSpan(0, 0, 30);
heatingAutomation.MinOffTime = new TimeSpan(0, 5, 0);
//create master value sync automation, which will sync relevant schedule mastervalues across heating rooms/house.
var syncHeatingMastervaluesAutomation = new SyncHeatingMasterValuesAutomation(dm, AutomationNames.SyncHeatingMastervaluesAutomation);
for (;;)
{
//this will refresh data from HM api and run all automations
dm.Work();
//log events
List <DatapointEvent> eventsSinceLastRefresh = dm.Refresh();
foreach (var e in dm.Events)
{
LOGGER.InfoFormat("{0} EVENT {1}: ({2}) => ({3})",
e.EventTimestamp.ToString("o"),
e.Current.Name,
e.Previous == null ? "" : e.Previous.Value, e.Current.Value
);
}
//wait a bit before running again
new ManualResetEvent(false).WaitOne(200);
}
}
static void Main(string[] args)
{
log4net.Config.XmlConfigurator.Configure();
int restartTries = 0;
for (;;)
{
try
{
var dm = new DeviceManager(Settings.Default.HomematicServerAddress);
LOGGER.Info("Starting external Slack notification service");
Slack s = Slack.TryFromCCU(dm);
if (s != null)
{
dm.RegisterNotificationService(s);
}
LOGGER.Info("Starting alarm automation");
var alarmAutomation = new AlarmAutomation(dm, AutomationNames.AlarmAutomation);
LOGGER.Info("Starting humidity automation");
var humidityAutomation = new ActuatorSensorAutomation <IHumidityControlDevice>(dm, AutomationNames.HumidityAutomation, Function.Humidity, (a, d) => d.Humidity.Value);
humidityAutomation.RefencePoint = Settings.Default.HumidityAutomationRefencePoint;
humidityAutomation.Hysteresis = Settings.Default.HumidityAutomationHysteresis;
humidityAutomation.MaxOnTime = Settings.Default.HumidityAutomationMaxOnTime;
humidityAutomation.MinOnTime = Settings.Default.HumidityAutomationMinOnTime;
humidityAutomation.MinOffTime = Settings.Default.HumidityAutomationMinOffTime;
LOGGER.Info("Starting heating automation");
var heatingAutomation = new ActuatorSensorAutomation <ITempControlDevice>(dm, AutomationNames.HeatingAutomation, Function.Heating, (a, d) =>
{
if (d.Boost_Mode.Value)
{
a.IgnoreLimits = true;
return(100);
}
int target = Convert.ToInt32(Math.Round(d.Set_Point_Temperature.Value * 10M));
int actual = Convert.ToInt32(Math.Round(d.Actual_Temperature.Value * 10M));
int diff = target - actual;
return(diff);
}
);
heatingAutomation.RefencePoint = Settings.Default.HeatingAutomationRefencePoint;
heatingAutomation.Hysteresis = Settings.Default.HeatingAutomationHysteresis;
heatingAutomation.MaxOnTime = Settings.Default.HeatingAutomationMaxOnTime;
heatingAutomation.MinOnTime = Settings.Default.HeatingAutomationMinOnTime;
heatingAutomation.MinOffTime = Settings.Default.heatingAutomationMinOffTime;
LOGGER.Info("Starting window open/close automation");
var windowAutomation = new WindowOpenAutomation(dm, AutomationNames.WindowOpenAutomation);
LOGGER.Info("Starting heating master valus sync automation");
var syncHeatingMastervaluesAutomation = new SyncHeatingMasterValuesAutomation(dm, AutomationNames.SyncHeatingMastervaluesAutomation);
LOGGER.Info("Starting webserver");
//init web server
//web server runs in async mode, locking is required around all DM objects
var server = new WebServer(Settings.Default.WebServerListenPort);
server.WithCors();
RoomController.DeviceManager = dm;
server.WithWebApi("/api/room", m => m.WithController <RoomController>());
DeviceController.DeviceManager = dm;
server.WithWebApi("/api/device", m => m.WithController <DeviceController>());
AlarmControler.AlarmAutomation = alarmAutomation;
server.WithWebApi("/api/alarm", m => m.WithController <AlarmControler>());
server.WithStaticFolder("/", Settings.Default.WebServerRoot, true, m => m.WithContentCaching(true));
server.RunAsync();
LOGGER.Info("Starting entering main loop");
for (;;)
{
//this will refresh data from HM api and run all automations
dm.Work();
//log events
foreach (var e in dm.Events)
{
LOGGER.InfoFormat("{0} EVENT {1}: ({2}) => ({3})",
e.EventTimestamp.ToString("o"),
e.Current.Name,
e.Previous == null ? "" : e.Previous.Value, e.Current.Value
);
}
//refresh data every so often
new ManualResetEvent(false).WaitOne(200);
restartTries = 0;
}
}
catch (Exception e)
{
restartTries++;
if (restartTries < 5)
{
LOGGER.Error($"Got unhandled exception {restartTries} in a row. Restarting imediately", e);
}
else
{
LOGGER.Error($"Got unhandled exception {restartTries} in a row. Restarting in 3s..", e);
new ManualResetEvent(false).WaitOne(3000);
}
}
}
}