def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ Clock ProcessMsg +++++++++++++++'
if _data[0] == ClockCmd.Get:
msg = Msg("Clock_report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(4)
msg.Append(self.GetCommandClassId)
msg.Append(ClockCmd.Report)
data = self._node.getValue(self.GetCommandClassId, instance,
ClockIndex.Day).getValueByte() << 5
data += self._node.getValue(self.GetCommandClassId, instance,
ClockIndex.Hour).getValueByte()
msg.Append(data)
msg.Append(
self._node.getValue(self.GetCommandClassId, instance,
ClockIndex.Minute).getValueByte())
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
if _data[0] == PowerlevelCmd.Get:
msg = Msg("PowerlevelCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = self.getDataMsg(_data, instance)
if msgData:
if multiInstanceData:
multiInstanceData[2] += len(msgData)
for v in multiInstanceData:
msg.Append(v)
else:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(len(msgData))
for v in msgData:
msg.Append(v)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData = []):
if _data[0] == SensorMultilevelCmd.SupportedGet:
# group = self.getGroup(_data[1])
# if group is not None :
# msg = Msg("SensorMultilevelCmd_Supported_Report", self.nodeId, REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER,)
# msg.Append(TRANSMIT_COMPLETE_OK)
# msg.Append(self.nodeId)
# msg.Append(len(group['nodes']) + 5)
# msg.Append(self.GetCommandClassId)
# msg.Append(SensorMultilevelCmd.SupportedReport)
#
# self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
self._log.write(LogLevel.Warning, self, "REQUEST SensorMultilevelCmd.SupportedGet Not implemented : {0}".format(GetDataAsHex(_data)))
elif _data[0] == SensorMultilevelCmd.Get:
value = self._node.getValue(self.GetCommandClassId, instance, self.getByteIndex(instance))
if value is not None :
msg = Msg("SensorMultilevelCmd_Report", self.nodeId, REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = self.getDataMsg(_data, instance)
if multiInstanceData :
multiInstanceData[2] += len(msgData)
for v in multiInstanceData : msg.Append(v)
else :
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(len(msgData))
for v in msgData : msg.Append(v)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(LogLevel.Warning, self, "CommandClass REQUEST {0}, Not implemented : {1}".format(self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData = []):
if _data[0] == BatteryCmd.Get:
msg = Msg("BatteryCmd_Report", self.nodeId, REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
value = self._node.getValue(self.GetCommandClassId, instance, 0) # Battery index is allways 0
if value is not None :
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(3)
msg.Append(self.GetCommandClassId)
msg.Append(BatteryCmd.Report)
msg.Append(value._value)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else :
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(LogLevel.Warning, self, "CommandClass REQUEST {0}, Not implemented : {1}".format(self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def Set(self, _route, _queue=MsgQueue.NoOp):
# Send a No Operation fake message class.
self._log.write(LogLevel.Detail, self._node,
"NoOperation::Set - Routing={0}".format(_route))
msg = Msg("NoOperation_Set", self.nodeId, REQUEST,
FUNC_ID_ZW_SEND_DATA)
msg.Append(self.nodeId)
msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(0)
if _route:
msg.Append(self.GetDriver.GetTransmitOptions)
else:
msg.Append(TRANSMIT_OPTION_ACK | TRANSMIT_OPTION_NO_ROUTE)
msg.Append(self.GetDriver.getNextCallbackId())
self.GetDriver.SendMsg(msg, _queue)
def SendRejectedRequest(self, status):
"""" Status values
"""
# TODO : Find status values code
msg = Msg("ApplicationStatusCmd_RejectedRequest", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(3 if code != 1 else 4)
msg.Append(self.GetCommandClassId)
msg.Append(ApplicationStatusCmd.RejectedRequest)
msg.Append(status)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
def SendBusyState(self, code):
"""" code values
0 : Try again later
1 : Try again in %d seconds
2 : Request queued, will be executed later
else : Unknown status
"""
msg = Msg("ApplicationStatusCmd_Busy", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(3 if code != 1 else 4)
msg.Append(self.GetCommandClassId)
msg.Append(ApplicationStatusCmd.Busy)
msg.Append(code)
if code == 1: # add extra time (s) data
msg.Append(10)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
def SendWakeUp(self):
if self.GetDriver is not None:
msg = Msg("Send Wakeup Notification", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK) # 0x00
msg.Append(self.nodeId)
msg.Append(0x02)
msg.Append(self.GetCommandClassId)
msg.Append(WakeUpCmd.Notification)
self.GetDriver.SendMsg(msg, MsgQueue.WakeUp)
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ SensorBinary ProcessMsg +++++++++++++++'
if _data[0] == SensorBinaryCmd.Get:
msg = Msg("SensorBinaryCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
index = self.getActiveIndex()
vData = self._node.getValue(self.GetCommandClassId, instance,
index)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
if self.sensorMaps: msg.Append(3)
else: msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(SensorBinaryCmd.Report)
msg.Append(vData.getValueByte())
if self.sensorMaps: msg.Append(self.getByteType(index))
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
if _data[0] == SwitchBinaryCmd.Get:
msg = Msg("SwitchBinaryCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = self.getDataMsg(_data, instance)
if msgData:
if multiInstanceData:
multiInstanceData[2] += len(msgData)
for v in multiInstanceData:
msg.Append(v)
else:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(len(msgData))
for v in msgData:
msg.Append(v)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == SwitchBinaryCmd.Set:
value = self._node.getValue(self.GetCommandClassId, instance,
0) # index is allways 0
if value is not None:
value._value = True if _data[1] else False
#TODO: Verify is response is necessary ?
self._log.write(
LogLevel.Detail, self,
"SwitchBinaryCmd on/off cmd received: {0}".format(
'On' if _data[1] else 'Off'))
self.HandleReportChange("SwitchBinaryCmd_Report", self,
[SwitchBinaryCmd.Get], instance)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ Alarm ProcessMsg +++++++++++++++'
if _data[0] == ProtectionCmd.Get:
msg = Msg("ProtectionCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
value = self._node.getValue(self.GetCommandClassId, instance, 0)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(3)
msg.Append(self.GetCommandClassId)
msg.Append(ProtectionCmd.Report)
msg.Append(value.getValueByte())
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ Alarm ProcessMsg +++++++++++++++'
if _data[0] == AlarmCmd.Get:
msg = Msg("AlarmCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(4)
# if len(_data) >= 5 and _data[1] == 0x00 : # Version 2
data = self.getDataMsg([AlarmCmd.Get, _data[2]], instance)
msg.Append(len(data))
for d in data:
msg.Append(d)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
if _data[0] == SwitchAllCmd.Get:
msg = Msg("SwitchAllCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
value = self._node.getValue(self.GetCommandClassId, instance,
0) # index is allways 0
if value is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(3)
msg.Append(self.GetCommandClassId)
msg.Append(SwitchAllCmd.Report)
msg.Append(value.getValueByte())
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] in [SwitchAllCmd.On, SwitchAllCmd.Off]:
#TODO: Call manager to send at all nodes
self._log.write(
LogLevel.Warning, self,
"SwitchALL on/off cmd received, Not impletmented, TODO......")
msg = Msg("SwitchAllCmd_On-Off_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
value = self._node.getValue(self.GetCommandClassId, instance,
0) # index is allways 0
if value is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(3)
msg.Append(self.GetCommandClassId)
msg.Append(SwitchAllCmd.Report)
msg.Append(value.getValueByte())
state = value.getValueByte()
if state == 0: # Disabled
self._log.write(LogLevel.Detail, self._node,
"SwitchALL on/off Disabled")
elif _data[0] == SwitchAllCmd.Off:
if state == 1 or state == 255: # Off Enabled
self._log.write(
LogLevel.Detail, self._node,
"SwitchALL Off Enabled, TODO: Simulate....")
else:
self._log.write(LogLevel.Detail, self._node,
"SwitchALL Off Disabled")
elif _data[0] == SwitchAllCmd.On:
if state == 2 or state == 255: # On Enabled
self._log.write(
LogLevel.Detail, self._node,
"SwitchALL On Enabled, TODO: Simulate....")
else:
self._log.write(LogLevel.Detail, self._node,
"SwitchALL On Disabled")
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def RequestValue(self, _requestFlags, _getTypeEnum, _instance, _queue):
"""Nothing to do for wakeup"""
if _instance != 1:
# This command class doesn't work with multiple instances
return False
if _getTypeEnum == WakeUpCmd.IntervalCapabilitiesGet:
msg = Msg("WakeUpCmd_IntervalCapabilityGet", self.nodeId, REQUEST,
FUNC_ID_ZW_SEND_DATA, True,
FUNC_ID_APPLICATION_COMMAND_HANDLER,
self.GetCommandClassId)
msg.Append(self.nodeId)
msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(WakeUpCmd.IntervalCapabilitiesGet)
msg.Append(self.GetDriver.GetTransmitOptions())
msg.Append(self.GetDriver.getNextCallbackId())
self.GetDriver.SendMsg(msg, _queue)
if _getTypeEnum == 0:
# We won't get a response until the device next wakes up
msg = Msg("WakeUpCmd_IntervalGet", self.nodeId, REQUEST,
FUNC_ID_ZW_SEND_DATA, True,
FUNC_ID_APPLICATION_COMMAND_HANDLER,
self.GetCommandClassId)
msg.Append(self.nodeId)
msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(WakeUpCmd.IntervalGet)
msg.Append(self.GetDriver.GetTransmitOptions)
msg.Append(self.GetDriver.getNextCallbackId())
self.GetDriver.SendMsg(msg, _queue)
return True
return False
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
if _data[0] == ConfigurationCmd.Get:
msg = Msg("ConfigurationCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
param = _data[1]
value = self._node.getValue(self.GetCommandClassId, instance,
param)
if value is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
val = value.getValueHex()
if val is None:
self._log.write(
LogLevel.Error, self,
"Invalid type ({0}) for configuration parameter {1}".
format(value.type, param))
return
msg.Append(3 + len(val))
msg.Append(self.GetCommandClassId)
msg.Append(ConfigurationCmd.Report)
msg.Append(param)
for v in val:
msg.Append(v)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
# Version 1 MULTI_INSTANCE
if _data[0] == MultiInstanceCmd.Get:
msg = Msg("MultiInstanceCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
clss = self._node.GetCommandClass(_data[1])
if clss is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x04)
msg.Append(self.GetCommandClassId)
msg.Append(MultiInstanceCmd.Report)
msg.Append(clss.GetCommandClassId)
msg.Append(len(clss.instances))
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Error, self._node,
"MultiInstance Version 1 commandClass 0x%.2x don't exist" %
_data[1])
# Version 2 MULTI_CHANNEL
elif _data[0] == MultiInstanceCmd.EndPointGet:
msg = Msg("MultiChannelCmd_EndPoint_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x04)
msg.Append(self.GetCommandClassId)
msg.Append(MultiInstanceCmd.EndPointReport)
endP = 0x80 if self._node.numEndPointsCanChange else 0x00
if self._node.endPointsAreSameClass: endP = endP or 0x40
msg.Append(endP)
msg.Append(self._node.numEndPoints)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == MultiInstanceCmd.CapabilityGet:
endPoint = _data[1]
msg = Msg("MultiChannelCmd_Capability_Report", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
mapEndpoint = self._node.getEndpointCmdClasses(endPoint)
cmdClasses = []
afterMark = []
for clssId in mapEndpoint:
clss = self._node.GetCommandClass(clssId)
if clss.m_afterMark:
if not afterMark: afterMark = [0xef]
afterMark.append(clssId)
else:
cmdClasses.append(clssId)
cmdClasses.extend(afterMark)
msg.Append(5 + len(cmdClasses))
msg.Append(self.GetCommandClassId)
msg.Append(MultiInstanceCmd.CapabilityReport)
# TODO: Handle dynamic devices with msg.Append(endPoint and 0x80), don't known what is dynamic
msg.Append(endPoint)
msg.Append(self._node.generic)
msg.Append(self._node.specific)
for i in cmdClasses:
msg.Append(i)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == MultiInstanceCmd.EncapV2:
endPoint = _data[2]
cmdClss = self._node.GetCommandClass(_data[2])
if cmdClss is not None:
msg = Msg("MultiChannelCmd_EncapV2_Report", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgHeader = [TRANSMIT_COMPLETE_OK]
msgHeader.append(self.nodeId)
instance = self._node.getInstanceFromEndpoint(
_data[3], endPoint)
if instance:
self._log.write(
LogLevel.Detail, self._node,
" MultiChannelCmd_EncapV2, Call {0}, instance :{1}"
.format(cmdClss.GetCommandClassName, instance))
msgHeader.append(4) # + len(msgData))
msgHeader.append(self.GetCommandClassId)
msgHeader.append(MultiInstanceCmd.EncapV2)
msgHeader.append(endPoint)
msgHeader.append(0x01) # TODO: don't known signification
cmdClss.ProcessMsg(_data[4:], instance, msgHeader)
elif _data[0] == MultiInstanceCmd.Encap:
endPoint = _data[1]
cmdClss = self._node.GetCommandClass(_data[2])
if cmdClss is not None:
msg = Msg("MultiChannelCmd_Encap_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgHeader = [TRANSMIT_COMPLETE_OK]
msgHeader.append(self.nodeId)
instance = self._node.getInstanceFromEndpoint(
_data[2], endPoint)
if instance:
self._log.write(
LogLevel.Detail, self._node,
" MultiChannelCmd_Encap, Call {0}, instance :{1}".
format(cmdClss.GetCommandClassName, instance))
msgHeader.append(3) # + len(msgData))
msgHeader.append(instance)
msgHeader.append(self.GetCommandClassId)
msgHeader.append(MultiInstanceCmd.Encap)
cmdClss.ProcessMsg(_data[3:], instance, msgHeader)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData = []):
print '++++++++++++++++ SensorAlarm ProcessMsg +++++++++++++++'
if _data[0] == SensorAlarmCmd.Get:
msg = Msg("SensorAlarmCmd_Report", self.nodeId, REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
vData = self._node.getValue(self.GetCommandClassId, instance, 1)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(5)
msg.Append(self.GetCommandClassId)
msg.Append(SensorAlarmCmd.Report)
msg.Append(self.nodeId)
msg.Append(self.getTypeAlarm(vData._label))
msg.Append(vData.getValueByte())
# TODO: Add extend msg but openzwave don't known what : // uint16 time = (((uint16)_data[4])<<8) | (uint16)_data[5]; Don't know what to do with this yet.
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == SensorAlarmCmd.SupportedGet:
msg = Msg("SensorAlarmCmd_SupportedReport", self.nodeId, REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
values = self._node.getCmdClassValues(self.GetCommandClassId)
alarms = []
for v in values : alarms.append(v._label)
data = self.codeAlarmType(alarms)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(2 + len(data))
msg.Append(self.GetCommandClassId)
msg.Append(SensorAlarmCmd.SupportedReport)
for d in data :
msg.Append(d)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(LogLevel.Warning, self, "CommandClass REQUEST {0}, Not implemented : {1}".format(self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def HandleReportChange(self,
msgText,
cmdClss,
params,
instance,
queue=MsgQueue.NoOp):
self._log.write(
LogLevel.Debug, self,
"HandleReportChange, {0} - {1} - instance {2}.".format(
msgText, cmdClss.GetCommandClassName, instance))
msg = Msg(msgText, self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = cmdClss.getDataMsg(params, instance)
self._log.write(LogLevel.Debug, self,
"Data Value: {0}".format(GetDataAsHex(msgData)))
if msgData:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
if instance > 1: # Multi instance class level
endPoint = self._node.getEndpointFromInstance(
cmdClss.GetCommandClassId, instance)
self._log.write(
LogLevel.Debug, self,
"Multi-instance endPoint : {0}".format(endPoint))
msg.Append(4 + len(msgData))
multInstclss = self._node.GetCommandClass(0x60)
msg.Append(multInstclss.GetCommandClassId)
msg.Append(multInstclss.getCmd)
msg.Append(endPoint)
msg.Append(0x00) # TODO: don't known signification
else:
msg.Append(len(msgData))
print(u"Add msgData {0}".format(msgData))
for v in msgData:
msg.Append(v)
driver = self.GetDriver
if driver is not None: driver.SendMsg(msg, queue)
else:
self._log.write(LogLevel.Warning, self,
"Driver not ready, msg not sended.")
else:
self._log.write(
LogLevel.Error, self,
"No Data find to report it, {0} - {1} - instance {2}.".format(
msgText, cmdClss.GetCommandClassName, instance))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ WakeUp ProcessMsg +++++++++++++++'
if _data[0] == WakeUpCmd.IntervalGet:
msg = Msg("WakeUpCmd_IntervalReport", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
vInterval = self._node.getValue(self.GetCommandClassId, instance,
0)
msgData = vInterval.getValueHex(24)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(6)
msg.Append(self.GetCommandClassId)
msg.Append(WakeUpCmd.IntervalReport)
for v in msgData[1:]:
msg.Append(v)
msg.Append(self.GetDriver.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == WakeUpCmd.NoMoreInformation:
self._log.write(
LogLevel.Detail, self,
"WakeUpCmd.NoMoreInformation received, go to sleep for {0}s.".
format(self.timeoutWakeUp))
self._lastTime = time.time()
self.m_awake = False
elif _data[0] == WakeUpCmd.IntervalCapabilitiesGet:
msg = Msg("WakeUpCmd_IntervalCapabilitiesReport", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = []
for i in range(1, 5): # get value for capabilities index 1 to 4
value = self._node.getValue(self.GetCommandClassId, instance,
i)
msgData.extend(value.getValueHex(24)[1:])
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(2 + len(msgData))
msg.Append(self.GetCommandClassId)
msg.Append(WakeUpCmd.IntervalCapabilitiesReport)
for v in msgData:
msg.Append(v)
msg.Append(self.GetDriver.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1):
if _data[0] == AssociationCmd.Get:
group = self.getGroup(_data[1])
if group is not None:
msg = Msg("Association_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(len(group['nodes']) + 5)
msg.Append(self.GetCommandClassId)
msg.Append(AssociationCmd.Report)
msg.Append(group['index'])
msg.Append(group['max_associations'])
msg.Append(
0x00
) # TODO: numReportsToFollow , If a device supports a lot of associations, they may come in more than one message. don't known how to do ?
for n in group['nodes']:
msg.Append(n['id'])
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg = Msg("Association_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_NOT_IDLE)
msg.Append(self.nodeId)
msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(AssociationCmd.Report)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
self._log.write(
LogLevel.Warning, self._node,
"Group index {0} don't exist, Data : {1}".format(
_data[1], GetDataAsHex(_data)))
elif _data[0] == AssociationCmd.GroupingsGet:
msg = Msg("Association_GroupingsReport", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x03)
msg.Append(self.GetCommandClassId)
msg.Append(AssociationCmd.GroupingsReport)
msg.Append(self.m_numGroups)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == AssociationCmd.Set:
# _data[1] = group index, _data[2] = nodeId
if self.addNodeInGroup(_data[1], _data[2]):
self._log.write(
LogLevel.Info, self._node,
"Add node {0} to group index {1}".format(
_data[2], _data[1]))
else:
self._log.write(
LogLevel.Info, self._node,
"Node {0} allready in group index {1}".format(
_data[2], _data[1]))
elif _data[0] == AssociationCmd.Remove:
# _data[1] = group index, _data[2] = nodeId
if self.removeNodeInGroup(_data[1], _data[2]):
self._log.write(
LogLevel.Info, self._node,
"Remove node {0} from group index {1}".format(
_data[2], _data[1]))
else:
self._log.write(
LogLevel.Info, self._node,
"Node {0} not in group index {1}".format(
_data[2], _data[1]))
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1):
if _data[0] == ThermostatSetpointCmd.Get:
setpointName = c_setpointName[_data[1] - self.pointBase]
value = self._node.getValueByLabel(self.GetCommandClassId,
instance, setpointName)
print "Thermostat_Setpoint_Report ", setpointName, value
for v in self._node.getCmdClassValues(self.GetCommandClassId):
print " -- ", v.label, v.index
msg = Msg("Thermostat_Setpoint_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
if value is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
vData = self.EncodeValue(value._value,
1 if value.units == 'C' else 0)
print " -- encoding : ", value._value, value.units
msg.Append(3 + len(vData))
msg.Append(self.GetCommandClassId)
msg.Append(ThermostatSetpointCmd.Report)
msg.Append(value.index)
for d in vData:
msg.Append(d)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOT_IDLE)
msg.Append(self.nodeId)
msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(ThermostatSetpointCmd.Report)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
self._log.write(
LogLevel.Error, self._node,
"Thermostat_Setpoint_Report, value doesn't exist for label {0}."
.format(setpointName))
elif _data[0] == ThermostatSetpointCmd.SupportedGet:
values = self._node.getCmdClassValues(self.GetCommandClassId)
msg = Msg("Thermostat_Setpoint_SupportedReport", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
vData = []
for n in range(0, ThermostatSetpointIndex.Count):
for value in values:
if value.label == c_setpointName[n]:
id = (value.index - self.pointBase) / 8
if id >= len(vData): vData.append(0)
vData[id] |= 1 << ((value.index - self.pointBase) -
(id * 8))
msg.Append(2 + len(vData))
msg.Append(self.GetCommandClassId)
msg.Append(ThermostatSetpointCmd.SupportedReport)
for d in vData:
msg.Append(d)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == ThermostatSetpointCmd.Set:
# _data[1] = index
vIndex = _data[1] - self.pointBase
value = self._node.getValue(self.GetCommandClassId, instance,
vIndex)
if value:
val = self.ExtractValue(_data[2:],
1 if value.units == 'C' else 0, 0)
value.setVal(val)
self._log.write(
LogLevel.Info, self._node,
"Thermostat Setpoint {0} set to {1}".format(
c_setpointName[vIndex], val))
else:
self._log.write(
LogLevel.Warning, self._node,
"Thermostat Setpoint Set unknown value {0} index {1}, value not set to {2}"
.format(c_setpointName[vIndex], vIndex, val))
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
if _data[0] == NodeNamingCmd.Get:
msg = Msg("NodeNamingCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
value = self._node.getValue(self.GetCommandClassId, instance,
0) # Name index is allways 0
if value is not None: name = value._value
else: name = self._node.name
if name is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
dStr = self.encodeString(
name) # for moment only StringEncoding_ASCII
msg.Append(2 + len(dStr))
msg.Append(self.GetCommandClassId)
msg.Append(NodeNamingCmd.Report)
for d in dStr:
msg.Append(d)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == NodeNamingCmd.Set:
value = self._node.getValue(self.GetCommandClassId, instance,
0) # Name index is allways 0
name = self.extractString(_data, len(_data))
if name:
if value is not None: value.setVal(name)
self._node.name = name
self._log.write(
LogLevel.Detail, self, "{0} cmd received: {1}".format(
self.getFullNameCmd(_data[0]), name))
#TODO: Verify is response is necessary ?
# self.HandleReportChange("NodeNamingCmd_Report", self, [NodeNamingCmd.Get], instance)
else:
self._log.write(
LogLevel.Warning, self,
"{0}, no name extract from data : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
elif _data[0] == NodeNamingCmd.LocationGet:
msg = Msg("NodeNamingCmd_LocationReport", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
value = self._node.getValue(
self.GetCommandClassId, instance,
1) # TODO : Check this : Location index presumed allways 1
if value is not None: location = value._value
else: location = self._node.location
if location is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
dStr = self.encodeString(
location) # for momment only StringEncoding_ASCII
msg.Append(2 + len(dStr))
msg.Append(self.GetCommandClassId)
msg.Append(NodeNamingCmd.LocationReport)
for d in dStr:
msg.Append(d)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg.Append(TRANSMIT_COMPLETE_NOROUTE)
msg.Append(self.nodeId)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == NodeNamingCmd.LocationSet:
value = self._node.getValue(
self.GetCommandClassId, instance,
1) # TODO : Check this : Location index presumed allways 1
location = self.extractString(_data, len(_data))
if location:
if value is not None: value.setVal(location)
self._node.location = location
self._log.write(
LogLevel.Detail, self, "{0} cmd received: {1}".format(
self.getFullNameCmd(_data[0]), location))
#TODO: Verify is response is necessary ?
# self.HandleReportChange("NodeNamingCmd_LocationReport", self, [NodeNamingCmd.LocationGet], instance)
else:
self._log.write(
LogLevel.Warning, self,
"{0}, no location extract from data : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ Meter ProcessMsg +++++++++++++++'
if not self.meterType: self.setMeterType()
print 'DATA : ', GetDataAsHex(_data), " -- instance : ", instance
# Version 1
if _data[0] == MeterCmd.Get:
msg = Msg("MeterCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = self.getDataMsg(_data, instance)
if multiInstanceData:
multiInstanceData[2] += len(msgData)
for v in multiInstanceData:
msg.Append(v)
else:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(len(msgData))
for v in msgData:
msg.Append(v)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
# Version 2
elif _data[0] == MeterCmd.SupportedGet:
msg = Msg("MeterCmd_Supported_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
if multiInstanceData:
multiInstanceData[2] += 4
for v in multiInstanceData:
msg.Append(v)
else:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x04)
msg.Append(self.GetCommandClassId)
msg.Append(MeterCmd.SupportedReport)
msg.Append(self.getByteType(instance, True))
if self.m_version > 1: msg.Append(0x05)
else: msg.Append(0x00)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1):
msg = Msg("ManufacturerSpecificCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
if _data[0] == ManufacturerSpecificCmd.Get:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x08)
msg.Append(self.GetCommandClassId)
msg.Append(ManufacturerSpecificCmd.Report)
# first two bytes are manufacturer id code
manufacturerId = int(self._node.GetManufacturerId, 16)
msg.Append((manufacturerId & 0x0000ff00) >> 8)
msg.Append((manufacturerId & 0x000000ff))
# next four are product type and product id
productType = int(self._node.GetProductType, 16)
msg.Append((productType & 0x0000ff00) >> 8)
msg.Append((productType & 0x000000ff))
productId = int(self._node.GetProductId, 16)
msg.Append((productId & 0x0000ff00) >> 8)
msg.Append((productId & 0x000000ff))
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
def ProcessMsg(self, _data, instance=1):
if _data[0] == VersionCmd.Get:
msg = Msg("VersionCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x07)
msg.Append(self.GetCommandClassId)
msg.Append(VersionCmd.Report)
libraryValue = self._node.getValue(self.GetCommandClassId,
instance, VersionIndex.Library)
if libraryValue is None:
self._log.write(
LogLevel.Error, self,
"CommandClass Version as no Library form xml file.")
return
msg.Append(int(libraryValue.getVal()))
protocolValue = self._node.getValue(self.GetCommandClassId,
instance,
VersionIndex.Protocol)
if protocolValue is None:
self._log.write(
LogLevel.Error, self,
"CommandClass Version as no Protocol form xml file.")
return
p = protocolValue.getVal().split('.')
msg.Append(int(p[0]))
msg.Append(int(p[1]))
applicationValue = self._node.getValue(self.GetCommandClassId,
instance,
VersionIndex.Application)
if applicationValue is None:
self._log.write(
LogLevel.Error, self,
"CommandClass Version as no Application form xml file.")
return
p = applicationValue.getVal().split('.')
msg.Append(int(p[0]))
msg.Append(int(p[1]))
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == VersionCmd.CommandClassGet:
msg = Msg("VersionCmd_CommandClass_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
clssId = _data[1]
clss = self._node.GetCommandClass(_data[1])
if clss is not None:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x04)
msg.Append(self.GetCommandClassId)
msg.Append(VersionCmd.CommandClassReport)
msg.Append(clss.GetCommandClassId)
msg.Append(clss.m_version)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
self._log.write(
LogLevel.Warning, self,
"Bad commandClass id version request :0x%0x%.2x" %
_data[1])
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
print '++++++++++++++++ Multi Instance Association ProcessMsg +++++++++++++++'
if _data[0] == MultiInstanceAssociationCmd.Get:
cAss = self._node.GetCommandClass(
0x85) # COMMAND_CLASS_ASSOCIATION
group = cAss.getGroup(_data[1]) # _data[1] group index
if group is not None:
msg = Msg("Multi_Instance_Association_report", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
size = 0
nodes = []
nodes_i = []
for n in group['nodes']:
if n['instance'] == 0x00:
nodes.append(n)
size += 1
else:
nodes_i.append(n)
size += 2
if nodes_i: size += 1 # add multi-instance marker place
msg.Append(size + 5)
msg.Append(self.GetCommandClassId)
msg.Append(MultiInstanceAssociationCmd.Report)
# data = self._node.getValue(self.GetCommandClassId, instance, _data[1]).getValueByte() #_data[1] groupe index
msg.Append(group['index'])
msg.Append(group['max_associations'])
msg.Append(
0
) # TODO: numReportsToFollow , If a device supports a lot of associations, they may come in more than one message.
for n in nodes:
msg.Append(n['id'])
if nodes_i:
msg.Append(0x00) # multi-instance marker
for n in nodes_i:
msg.Append(n['id'])
msg.Append(n['instance'])
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
else:
msg = Msg("Multi_Instance_Association_Report", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_NOT_IDLE)
msg.Append(self.nodeId)
msg.Append(2)
msg.Append(self.GetCommandClassId)
msg.Append(MultiInstanceAssociationCmd.Report)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
self._log.write(
LogLevel.Warning, self._node,
"Group index {0} don't exist, Data : {1}".format(
_data[1], GetDataAsHex(_data)))
elif _data[0] == MultiInstanceAssociationCmd.GroupingsGet:
cAss = self._node.GetCommandClass(
0x85) # COMMAND_CLASS_ASSOCIATION
msg = Msg("Multi_Instance_Association_Report", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(0x03)
msg.Append(self.GetCommandClassId)
msg.Append(MultiInstanceAssociationCmd.GroupingsReport)
msg.Append(cAss.m_numGroups)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == MultiInstanceAssociationCmd.Set:
# _data[1] = group index
cAss = self._node.GetCommandClass(
0x85) # COMMAND_CLASS_ASSOCIATION
if _data[
2] == 0x00: # marker 0x00 for instance _data[3] = nodeId, _data[4] = instance
if cAss.addNodeInGroup(_data[1], _data[3], _data[4]):
self._log.write(
LogLevel.Info, self._node,
"Add node {0} multi-instance {1} to group index {2}".
format(_data[3], _data[4], _data[1]))
else:
self._log.write(
LogLevel.Info, self._node,
"Node {0} multi-instance {1} allready in group index {2}"
.format(_data[2], _data[4], _data[1]))
else: #" _data[2] = nodeId
if cAss.addNodeInGroup(_data[1], _data[2]):
self._log.write(
LogLevel.Info, self._node,
"Add node {0} to group index {1}".format(
_data[2], _data[1]))
else:
self._log.write(
LogLevel.Info, self._node,
"Node {0} allready in group index {1}".format(
_data[2], _data[1]))
elif _data[0] == MultiInstanceAssociationCmd.Remove:
# _data[1] = group index
cAss = self._node.GetCommandClass(
0x85) # COMMAND_CLASS_ASSOCIATION
if _data[
2] == 0x00: # marker 0x00 for instance _data[3] = nodeId, _data[4] = instance
if cAss.removeNodeInGroup(_data[1], _data[3], _data[4]):
self._log.write(
LogLevel.Info, self._node,
"Remove node {0} multi-instance {1} from group index {2}"
.format(_data[3], _data[4], _data[1]))
else:
self._log.write(
LogLevel.Info, self._node,
"Node {0} multi-instance {1} not in group index {2}".
format(_data[2], _data[4], _data[1]))
else: #" _data[2] = nodeId
if cAss.removeNodeInGroup(_data[1], _data[2]):
self._log.write(
LogLevel.Info, self._node,
"Remove node {0} from group index {1}".format(
_data[2], _data[1]))
else:
self._log.write(
LogLevel.Info, self._node,
"Node {0} not in group index {1}".format(
_data[2], _data[1]))
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
def ProcessMsg(self, _data, instance=1, multiInstanceData=[]):
if _data[0] == SwitchMultilevelCmd.Get:
value = self._node.getValue(self.GetCommandClassId, instance,
self.getByteIndex(instance))
if value is not None:
msg = Msg("SwitchMultilevelCmd_Report", self.nodeId, REQUEST,
FUNC_ID_APPLICATION_COMMAND_HANDLER)
msgData = self.getDataMsg(_data, instance)
if multiInstanceData:
multiInstanceData[2] += len(msgData)
for v in multiInstanceData:
msg.Append(v)
else:
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
msg.Append(len(msgData))
for v in msgData:
msg.Append(v)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == SwitchMultilevelCmd.SupportedGet:
msg = Msg("SwitchMultilevelCmd_SupportedReport", self.nodeId,
REQUEST, FUNC_ID_APPLICATION_COMMAND_HANDLER)
msg.Append(TRANSMIT_COMPLETE_OK)
msg.Append(self.nodeId)
switchtype1label = 0
try:
switchtype1label = self.extraParams[instance]['switchtype1']
except:
raise CommandClassException(
"Get switchtype1label Fail, Index not found for label : {0}."
.format(self.extraParams[instance]), self)
switchtype2label = 0
try:
switchtype2label = self.extraParams[instance]['switchtype2']
except:
raise CommandClassException(
"Get switchtype2label Fail, Index not found for label : {0}."
.format(self.extraParams[instance]), self)
msg.Append(4)
msg.Append(self.GetCommandClassId)
msg.Append(SwitchMultilevelCmd.SupportedReport)
msg.Append(switchtype1label & 0x1f)
msg.Append(switchtype2label & 0x1f)
self.GetDriver.SendMsg(msg, MsgQueue.NoOp)
elif _data[0] == SwitchMultilevelCmd.StartLevelChange:
direction = _data[1] & 0xdF
startLevel = _data[2]
ignoreStartLevel = True if (_data[1] & 0x20) else False
self._log.write(
LogLevel.Debug, self,
"CommandClass REQUEST {0}, direction : {1}, startLevel : {2}, ignoreStartLevel : {3}"
.format(self.getFullNameCmd(_data[0]), direction, startLevel,
ignoreStartLevel))
value = self._node.getValue(self.GetCommandClassId, instance,
SwitchMultilevelIndex.IgnoreStartLevel)
if value is not None: value.setVal(ignoreStartLevel)
value = self._node.getValue(self.GetCommandClassId, instance,
SwitchMultilevelIndex.StartLevel)
if value is not None: value.setVal(startLevel)
if self.m_version >= 2:
value = self._node.getValue(self.GetCommandClassId, instance,
SwitchMultilevelIndex.Duration)
if value is not None: value.setVal(_data[3])
if self.m_version >= 3:
value = self._node.getValue(self.GetCommandClassId,
instance,
SwitchMultilevelIndex.Step)
if value is not None: value.setVal(_data[4])
threading.Thread(
None, self._handleChangeLevel,
"th_Handle_ChangeLevel_class_0x%0.2x." %
self.GetCommandClassId, (direction), {
'instance': instance
}).start()
elif _data[0] == SwitchMultilevelCmd.StopLevelChange:
self.runChange = False
elif _data[0] == SwitchMultilevelCmd.Get:
value = self._node.getValue(self.GetCommandClassId, instance,
self.getByteIndex(instance))
if value is not None: value.setVal(_data[1])
else:
self._log.write(
LogLevel.Warning, self,
"CommandClass REQUEST {0}, Not implemented : {1}".format(
self.getFullNameCmd(_data[0]), GetDataAsHex(_data)))
