public void SetDeviceHandler(ZWaveNode node)
{
// Search handler in nodesConfig first
for (int n = 0; n < nodesConfig.Count; n++)
{
var config = nodesConfig[n];
if (config.NodeId == node.NodeId && config.DeviceHandler != null && !config.DeviceHandler.Contains(".Generic."))
{
// set to last known handler
SetDeviceHandlerFromName(node, config.DeviceHandler);
break;
}
}
// If no specific devicehandler could be found, then set a generic handler
if (node.DeviceHandler == null)
{
IZWaveDeviceHandler deviceHandler = null;
switch (node.GenericClass)
{
case 0x00:
// need to query node capabilities
//GetNodeCapabilities(node.NodeId);
break;
case (byte)ZWaveLib.GenericType.SwitchBinary:
deviceHandler = new ProductHandlers.Generic.Switch();
break;
case (byte)ZWaveLib.GenericType.SwitchMultilevel: // eg. dimmer
deviceHandler = new ProductHandlers.Generic.Dimmer();
break;
case (byte)ZWaveLib.GenericType.Thermostat:
deviceHandler = new ProductHandlers.Generic.Thermostat();
break;
// Fallback to generic Sensor driver if type is not directly supported.
// The Generic.Sensor handler is currently used as some kind of multi-purpose driver
default:
deviceHandler = new ProductHandlers.Generic.Sensor();
break;
}
if (deviceHandler != null)
{
node.DeviceHandler = deviceHandler;
node.DeviceHandler.SetNodeHost(node);
}
}
}
public void SetGenericHandler()
{
if (this.DeviceHandler == null)
{
//No specific devicehandler could be found. Use a generic handler
IZWaveDeviceHandler deviceHandler = null;
switch (this.GenericClass)
{
case 0x00:
// need to query node capabilities
byte[] message = new byte[] {
0x01,
0x04,
0x00,
(byte)Controller.ZWaveCommandClass.CMD_GET_NODE_PROTOCOL_INFO,
this.NodeId,
0x00
};
SendMessage(message);
break;
case (byte)ZWaveLib.GenericType.SWITCH_BINARY:
deviceHandler = new ProductHandlers.Generic.Switch();
break;
case (byte)ZWaveLib.GenericType.SWITCH_MULTILEVEL: // eg. dimmer
deviceHandler = new ProductHandlers.Generic.Dimmer();
break;
case (byte)ZWaveLib.GenericType.THERMOSTAT:
deviceHandler = new ProductHandlers.Generic.Thermostat();
break;
// Fallback to generic Sensor driver if type is not directly supported.
// The Generic.Sensor handler is currently used as some kind of multi-purpose driver
default:
deviceHandler = new ProductHandlers.Generic.Sensor();
break;
}
if (deviceHandler != null)
{
this.DeviceHandler = deviceHandler;
this.DeviceHandler.SetNodeHost(this);
}
}
}
public void SetGenericHandler()
{
if (this.DeviceHandler == null)
{
//No specific devicehandler could be found. Use a generic handler
IZWaveDeviceHandler deviceHandler = null;
switch (this.GenericClass)
{
case 0x00:
// need to query node capabilities
byte[] message = new byte[] { 0x01, 0x04, 0x00, (byte)Controller.ZWaveCommandClass.CMD_GET_NODE_PROTOCOL_INFO, this.NodeId, 0x00 };
SendMessage(message);
break;
case (byte)ZWaveLib.GenericType.SWITCH_BINARY:
deviceHandler = new ProductHandlers.Generic.Switch();
break;
case (byte)ZWaveLib.GenericType.SWITCH_MULTILEVEL: // eg. dimmer
deviceHandler = new ProductHandlers.Generic.Dimmer();
break;
case (byte)ZWaveLib.GenericType.THERMOSTAT:
deviceHandler = new ProductHandlers.Generic.Thermostat();
break;
// Fallback to generic Sensor driver if type is not directly supported.
// The Generic.Sensor handler is currently used as some kind of multi-purpose driver
default:
deviceHandler = new ProductHandlers.Generic.Sensor();
break;
}
if (deviceHandler != null)
{
this.DeviceHandler = deviceHandler;
this.DeviceHandler.SetNodeHost(this);
}
}
}
