/// <summary>
/// Raises the node updated event.
/// </summary>
/// <param name="args">Arguments.</param>
protected virtual void OnNodeUpdated(NodeUpdatedEventArgs args)
{
Utility.logger.Debug("{0} {1} {2}", args.NodeId, args.Event.Parameter, args.Event.Value);
if (NodeUpdated != null)
{
new Thread(() =>
{
NodeUpdated(this, args);
}).Start();
}
}
static void Controller_NodeUpdated(object sender, NodeUpdatedEventArgs args)
{
Console.ForegroundColor = ConsoleColor.Yellow;
Console.WriteLine("NodeUpdated {0} Event Parameter {1} Value {2}", args.NodeId, args.Event.Parameter, args.Event.Value);
Console.ForegroundColor = ConsoleColor.White;
}
/// <summary>
/// Raises the node updated event.
/// </summary>
/// <param name="args">Arguments.</param>
protected virtual void OnNodeUpdated(NodeUpdatedEventArgs args)
{
Utility.logger.Debug("{0} {1} {2}", args.NodeId, args.Event.Parameter, args.Event.Value);
if (NodeUpdated != null)
NodeUpdated(this, args);
}
private void Controller_NodeUpdated(object sender, NodeUpdatedEventArgs args)
{
var eventData = args.Event;
while (eventData != null)
{
string eventPath = "UnknwonParameter";
object eventValue = eventData.Value;
switch (eventData.Parameter)
{
case EventParameter.MeterKwHour:
eventPath = GetIndexedParameterPath(ModuleEvents.Meter_KwHour, eventData.Instance);
break;
case EventParameter.MeterKvaHour:
eventPath = GetIndexedParameterPath(ModuleEvents.Meter_KvaHour, eventData.Instance);
break;
case EventParameter.MeterWatt:
eventPath = GetIndexedParameterPath(ModuleEvents.Meter_Watts, eventData.Instance);
break;
case EventParameter.MeterPulses:
eventPath = GetIndexedParameterPath(ModuleEvents.Meter_Pulses, eventData.Instance);
break;
case EventParameter.MeterAcVolt:
eventPath = GetIndexedParameterPath(ModuleEvents.Meter_AcVoltage, eventData.Instance);
break;
case EventParameter.MeterAcCurrent:
eventPath = GetIndexedParameterPath(ModuleEvents.Meter_AcCurrent, eventData.Instance);
break;
case EventParameter.MeterPower:
eventPath = GetIndexedParameterPath(ModuleEvents.Sensor_Power, eventData.Instance);
break;
case EventParameter.Battery:
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", EventPath_Battery, eventValue);
eventPath = ModuleEvents.Status_Battery;
break;
case EventParameter.NodeInfo:
eventPath = EventPath_NodeInfo;
break;
case EventParameter.RoutingInfo:
eventPath = EventPath_RoutingInfo;
break;
case EventParameter.SensorGeneric:
eventPath = ModuleEvents.Sensor_Generic;
break;
case EventParameter.SensorTemperature:
eventPath = ModuleEvents.Sensor_Temperature;
break;
case EventParameter.SensorHumidity:
eventPath = ModuleEvents.Sensor_Humidity;
break;
case EventParameter.SensorLuminance:
eventPath = ModuleEvents.Sensor_Luminance;
break;
case EventParameter.SensorMotion:
eventPath = ModuleEvents.Sensor_MotionDetect;
break;
case EventParameter.AlarmGeneric:
eventPath = ModuleEvents.Sensor_Alarm;
// Translate generic alarm into specific Door Lock event values if node is an entry control type device
//at this level the sender is the controller so get the node from eventData
if (eventData.Node.ProtocolInfo.GenericType == (byte)GenericType.EntryControl)
{
eventPath = ModuleEvents.Status_DoorLock;
//! do not convert to string since Alarms accept ONLY numbers a string would be outputed as NaN
//! for now let it as is.
//eventValue = ((DoorLock.Alarm)(byte)value).ToString();
}
break;
case EventParameter.AlarmDoorWindow:
eventPath = ModuleEvents.Sensor_DoorWindow;
break;
case EventParameter.AlarmTampered:
eventPath = ModuleEvents.Sensor_Tamper;
break;
case EventParameter.AlarmSmoke:
eventPath = ModuleEvents.Sensor_Smoke;
break;
case EventParameter.AlarmCarbonMonoxide:
eventPath = ModuleEvents.Sensor_CarbonMonoxide;
break;
case EventParameter.AlarmCarbonDioxide:
eventPath = ModuleEvents.Sensor_CarbonDioxide;
break;
case EventParameter.AlarmHeat:
eventPath = ModuleEvents.Sensor_Heat;
break;
case EventParameter.AlarmFlood:
eventPath = ModuleEvents.Sensor_Flood;
break;
case EventParameter.DoorLockStatus:
eventPath = ModuleEvents.Status_DoorLock;
eventValue = ((DoorLock.Value)(byte)eventValue).ToString();
break;
case EventParameter.ManufacturerSpecific:
ManufacturerSpecificInfo mf = (ManufacturerSpecificInfo)eventValue;
eventPath = EventPath_ManufacturerSpecific;
eventValue = mf.ManufacturerId + ":" + mf.TypeId + ":" + mf.ProductId;
break;
case EventParameter.Configuration:
eventPath = EventPath_ConfigVariables + "." + eventData.Instance;
break;
case EventParameter.Association:
var associationResponse = (Association.AssociationResponse)eventValue;
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", EventPath_Associations + ".Max", associationResponse.Max);
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", EventPath_Associations + ".Count", associationResponse.Count);
eventPath = EventPath_Associations + "." + associationResponse.GroupId; // TODO: implement generic group/node association instead of fixed one
eventValue = associationResponse.NodeList;
break;
case EventParameter.MultiinstanceSwitchBinaryCount:
eventPath = EventPath_MultiInstance + ".SwitchBinary.Count";
break;
case EventParameter.MultiinstanceSwitchMultilevelCount:
eventPath = EventPath_MultiInstance + ".SwitchMultiLevel.Count";
break;
case EventParameter.MultiinstanceSensorBinaryCount:
eventPath = EventPath_MultiInstance + ".SensorBinary.Count";
break;
case EventParameter.MultiinstanceSensorMultilevelCount:
eventPath = EventPath_MultiInstance + ".SensorMultiLevel.Count";
break;
case EventParameter.MultiinstanceSwitchBinary:
eventPath = EventPath_MultiInstance + ".SwitchBinary." + eventData.Instance;
break;
case EventParameter.MultiinstanceSwitchMultilevel:
eventPath = EventPath_MultiInstance + ".SwitchMultiLevel." + eventData.Instance;
break;
case EventParameter.MultiinstanceSensorBinary:
eventPath = EventPath_MultiInstance + ".SensorBinary." + eventData.Instance;
break;
case EventParameter.MultiinstanceSensorMultilevel:
eventPath = EventPath_MultiInstance + ".SensorMultiLevel." + eventData.Instance;
break;
case EventParameter.WakeUpInterval:
eventPath = EventPath_WakeUpInterval;
break;
case EventParameter.WakeUpSleepingStatus:
eventPath = "ZWaveNode.WakeUpSleepingStatus";
break;
case EventParameter.WakeUpNotify:
eventPath = "ZWaveNode.WakeUpNotify";
break;
case EventParameter.Basic:
eventPath = EventPath_Basic;
{
double normalizedLevel = GetNormalizedValue((double)eventValue);
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", ModuleEvents.Status_Level + (eventData.Instance == 0 ? "" : "." + eventData.Instance), normalizedLevel.ToString(CultureInfo.InvariantCulture));
}
SetNodeLevel(eventData.Node, Convert.ToByte((double)eventValue));
break;
case EventParameter.SwitchBinary:
eventPath = EventPath_SwitchBinary;
{
double normalizedLevel = GetNormalizedValue((double)eventValue);
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", ModuleEvents.Status_Level + (eventData.Instance == 0 ? "" : "." + eventData.Instance), normalizedLevel.ToString(CultureInfo.InvariantCulture));
}
SetNodeLevel(eventData.Node, Convert.ToByte((double)eventValue));
break;
case EventParameter.SwitchMultilevel:
eventPath = EventPath_SwitchMultilevel;
{
double normalizedLevel = GetNormalizedValue((double)eventValue);
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", ModuleEvents.Status_Level + (eventData.Instance == 0 ? "" : "." + eventData.Instance), normalizedLevel.ToString(CultureInfo.InvariantCulture));
}
SetNodeLevel(eventData.Node, Convert.ToByte((double)eventValue));
break;
case EventParameter.ThermostatMode:
eventPath = "Thermostat.Mode";
eventValue = ((ThermostatMode.Value)eventValue).ToString();
break;
case EventParameter.ThermostatOperatingState:
eventPath = "Thermostat.OperatingState";
eventValue = ((ThermostatOperatingState.Value)eventValue).ToString();
break;
case EventParameter.ThermostatFanMode:
eventPath = "Thermostat.FanMode";
eventValue = ((ThermostatFanMode.Value)eventValue).ToString();
break;
case EventParameter.ThermostatFanState:
eventPath = "Thermostat.FanState";
eventValue = ((ThermostatFanState.Value)eventValue).ToString();
break;
case EventParameter.ThermostatHeating:
eventPath = "Thermostat.Heating";
break;
case EventParameter.ThermostatSetBack:
eventPath = "Thermostat.SetBack";
break;
case EventParameter.ThermostatSetPoint:
// value stores a dynamic object with Type and Value fields: value = { Type = ..., Value = ... }
eventPath = "Thermostat.SetPoint." + ((ThermostatSetPoint.Value)((dynamic)eventValue).Type).ToString();
eventValue = ((dynamic)eventValue).Value;
break;
case EventParameter.UserCode:
eventPath = "EntryControl.UserCode";
eventValue = ((ZWaveLib.Values.UserCodeValue)eventValue).TagCodeToHexString();
break;
case EventParameter.SecurityNodeInformationFrame:
eventPath = "ZWaveNode.SecuredNodeInfo";
break;
case EventParameter.VersionCommandClass:
if (eventValue is NodeVersion)
{
eventPath = "ZWaveNode.VersionReport";
eventValue = (eventValue as NodeVersion).ToString();
}
else
{
eventPath = "ZWaveNode.Version." + (eventValue as ZWaveLib.Values.VersionValue).CmdClass;
eventValue = (eventValue as ZWaveLib.Values.VersionValue).Version;
}
break;
default:
MigService.Log.Warn("Unhandled event from node {0} (Event={1}, Id={2}, Value={3})", eventData.Node.Id, eventData.Parameter, eventData.Instance, eventValue);
break;
}
OnInterfacePropertyChanged(this.GetDomain(), eventData.Node.Id.ToString(), "ZWave Node", eventPath, eventValue);
eventData = eventData.NestedEvent;
}
}
private void Controller_NodeUpdated(object sender, NodeUpdatedEventArgs args)
{
var eventData = args.Event;
while (eventData != null)
{
string eventPath = "UnknwonParameter";
object eventValue = eventData.Value;
switch (eventData.Parameter)
{
case EventParameter.MeterKwHour:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_METER_KW_HOUR, eventData.Instance);
break;
case EventParameter.MeterKvaHour:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_METER_KVA_HOUR, eventData.Instance);
break;
case EventParameter.MeterWatt:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_METER_WATTS, eventData.Instance);
break;
case EventParameter.MeterPulses:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_METER_PULSES, eventData.Instance);
break;
case EventParameter.MeterAcVolt:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_METER_AC_VOLT, eventData.Instance);
break;
case EventParameter.MeterAcCurrent:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_METER_AC_CURRENT, eventData.Instance);
break;
case EventParameter.MeterPower:
eventPath = GetIndexedParameterPath(ModuleParameters.MODPAR_SENSOR_POWER, eventData.Instance);
break;
case EventParameter.Battery:
RaisePropertyChanged(new InterfacePropertyChangedAction() {
Domain = this.Domain,
SourceId = eventData.Node.Id.ToString(),
SourceType = "ZWave Node",
Path = EventPath_Battery,
Value = eventValue
});
eventPath = ModuleParameters.MODPAR_STATUS_BATTERY;
break;
case EventParameter.NodeInfo:
eventPath = EventPath_NodeInfo;
break;
case EventParameter.RoutingInfo:
eventPath = EventPath_RoutingInfo;
break;
case EventParameter.SensorGeneric:
eventPath = ModuleParameters.MODPAR_SENSOR_GENERIC;
break;
case EventParameter.SensorTemperature:
eventPath = ModuleParameters.MODPAR_SENSOR_TEMPERATURE;
break;
case EventParameter.SensorHumidity:
eventPath = ModuleParameters.MODPAR_SENSOR_HUMIDITY;
break;
case EventParameter.SensorLuminance:
eventPath = ModuleParameters.MODPAR_SENSOR_LUMINANCE;
break;
case EventParameter.SensorMotion:
eventPath = ModuleParameters.MODPAR_SENSOR_MOTIONDETECT;
break;
case EventParameter.AlarmGeneric:
eventPath = ModuleParameters.MODPAR_SENSOR_ALARM_GENERIC;
// Translate generic alarm into specific Door Lock event values if node is an entry control type device
//at this level the sender is the controller so get the node from eventData
if (eventData.Node.ProtocolInfo.GenericType == (byte)GenericType.EntryControl)
{
eventPath = EventPath_DoorLock;
//! do not convert to string since Alarms accept ONLY numbers a string would be outputed as NaN
//! for now let it as is.
//eventValue = ((DoorLock.Alarm)(byte)value).ToString();
}
break;
case EventParameter.AlarmDoorWindow:
eventPath = ModuleParameters.MODPAR_SENSOR_DOORWINDOW;
break;
case EventParameter.AlarmTampered:
eventPath = ModuleParameters.MODPAR_SENSOR_TAMPER;
break;
case EventParameter.AlarmSmoke:
eventPath = ModuleParameters.MODPAR_SENSOR_ALARM_SMOKE;
break;
case EventParameter.AlarmCarbonMonoxide:
eventPath = ModuleParameters.MODPAR_SENSOR_ALARM_CARBONMONOXIDE;
break;
case EventParameter.AlarmCarbonDioxide:
eventPath = ModuleParameters.MODPAR_SENSOR_ALARM_CARBONDIOXIDE;
break;
case EventParameter.AlarmHeat:
eventPath = ModuleParameters.MODPAR_SENSOR_ALARM_HEAT;
break;
case EventParameter.AlarmFlood:
eventPath = ModuleParameters.MODPAR_SENSOR_ALARM_FLOOD;
break;
case EventParameter.DoorLockStatus:
eventPath = ModuleParameters.MODPAR_STATUS_DOORLOCK;
eventValue = ((DoorLock.Value)(byte)eventValue).ToString();
break;
case EventParameter.ManufacturerSpecific:
ManufacturerSpecificInfo mf = (ManufacturerSpecificInfo)eventValue;
eventPath = EventPath_ManufacturerSpecific;
eventValue = mf.ManufacturerId + ":" + mf.TypeId + ":" + mf.ProductId;
break;
case EventParameter.Configuration:
eventPath = EventPath_ConfigVariables + "." + eventData.Instance;
break;
case EventParameter.Association:
var associationResponse = (Association.AssociationResponse)eventValue;
RaisePropertyChanged(new InterfacePropertyChangedAction() {
Domain = this.Domain,
SourceId = eventData.Node.Id.ToString(),
SourceType = "ZWave Node",
Path = EventPath_Associations + ".Max",
Value = associationResponse.Max
});
RaisePropertyChanged(new InterfacePropertyChangedAction() {
Domain = this.Domain,
SourceId = eventData.Node.Id.ToString(),
SourceType = "ZWave Node",
Path = EventPath_Associations + ".Count",
Value = associationResponse.Count
});
eventPath = EventPath_Associations + "." + associationResponse.GroupId; // TODO: implement generic group/node association instead of fixed one
eventValue = associationResponse.NodeList;
break;
case EventParameter.MultiinstanceSwitchBinaryCount:
eventPath = EventPath_MultiInstance + ".SwitchBinary.Count";
break;
case EventParameter.MultiinstanceSwitchMultilevelCount:
eventPath = EventPath_MultiInstance + ".SwitchMultiLevel.Count";
break;
case EventParameter.MultiinstanceSensorBinaryCount:
eventPath = EventPath_MultiInstance + ".SensorBinary.Count";
break;
case EventParameter.MultiinstanceSensorMultilevelCount:
eventPath = EventPath_MultiInstance + ".SensorMultiLevel.Count";
break;
case EventParameter.MultiinstanceSwitchBinary:
eventPath = EventPath_MultiInstance + ".SwitchBinary." + eventData.Instance;
break;
case EventParameter.MultiinstanceSwitchMultilevel:
eventPath = EventPath_MultiInstance + ".SwitchMultiLevel." + eventData.Instance;
break;
case EventParameter.MultiinstanceSensorBinary:
eventPath = EventPath_MultiInstance + ".SensorBinary." + eventData.Instance;
break;
case EventParameter.MultiinstanceSensorMultilevel:
eventPath = EventPath_MultiInstance + ".SensorMultiLevel." + eventData.Instance;
break;
case EventParameter.WakeUpInterval:
eventPath = EventPath_WakeUpInterval;
break;
case EventParameter.WakeUpNotify:
eventPath = "ZWaveNode.WakeUpNotify";
break;
case EventParameter.Level:
eventPath = EventPath_Basic;
// binary switches have [0/255], while multilevel switches [0-99],
// normalize Status.Level to [0.0 <-> 1.0]
double normalizedval = (Math.Round((double)eventValue / 100D, 2));
if (normalizedval >= 0.99)
normalizedval = 1.0;
RaisePropertyChanged(new InterfacePropertyChangedAction() {
Domain = this.Domain,
SourceId = eventData.Node.Id.ToString(),
SourceType = "ZWave Node",
Path = ModuleParameters.MODPAR_STATUS_LEVEL + (eventData.Instance == 0 ? "" : "." + eventData.Instance),
Value = normalizedval.ToString(CultureInfo.InvariantCulture)
});
break;
case EventParameter.ThermostatMode:
eventPath = "Thermostat.Mode";
eventValue = ((ThermostatMode.Value)eventValue).ToString();
break;
case EventParameter.ThermostatOperatingState:
eventPath = "Thermostat.OperatingState";
eventValue = ((ThermostatOperatingState.Value)eventValue).ToString();
break;
case EventParameter.ThermostatFanMode:
eventPath = "Thermostat.FanMode";
eventValue = ((ThermostatFanMode.Value)eventValue).ToString();
break;
case EventParameter.ThermostatFanState:
eventPath = "Thermostat.FanState";
eventValue = ((ThermostatFanState.Value)eventValue).ToString();
break;
case EventParameter.ThermostatHeating:
eventPath = "Thermostat.Heating";
break;
case EventParameter.ThermostatSetBack:
eventPath = "Thermostat.SetBack";
break;
case EventParameter.ThermostatSetPoint:
// value stores a dynamic object with Type and Value fields: value = { Type = ..., Value = ... }
eventPath = "Thermostat.SetPoint." + ((ThermostatSetPoint.Value)((dynamic)eventValue).Type).ToString();
eventValue = ((dynamic)eventValue).Value;
break;
case EventParameter.UserCode:
eventPath = "EntryControl.UserCode";
eventValue = ((ZWaveLib.Values.UserCodeValue)eventValue).TagCodeToHexString();
break;
case EventParameter.SecurityNodeInformationFrame:
eventPath = "ZWaveNode.SecuredNodeInfo";
break;
default:
Console.WriteLine("UNHANDLED PARAMETER CHANGE FROM NODE {0} ====> Param Type: {1} Param Id:{2} Value:{3}", eventData.Node.Id, eventData.Parameter, eventData.Instance, eventValue);
break;
}
if (waitEventPath == eventPath)
{
waitEventValue = eventValue;
responseAck.Set();
}
RaisePropertyChanged(new InterfacePropertyChangedAction() {
Domain = this.Domain,
SourceId = eventData.Node.Id.ToString(),
SourceType = "ZWave Node",
Path = eventPath,
Value = eventValue
});
eventData = eventData.NestedEvent;
}
}
