def _decode_62_record(self, p_controller_obj):
"""Get response to Send Insteon standard-length message (9 bytes).
Basically, a response to the 62 command.
See p 243 of developers guide.
[0] = 0x02
[1] = 0x62
[2-4] = address
[5] = message flags
[6] = command 1
[7] = command 2
[8] = ACK/NAK
This is an ack/nak of the command and generally is not very interesting by itself.
Depending on the command sent, another response MAY follow this message with further data.
"""
l_message = p_controller_obj._Message
l_obj = utilDecode.get_obj_from_message(self.m_pyhouse_obj, l_message[2:5])
_l_msgflags = utilDecode._decode_message_flag(l_message[5])
l_ack = utilDecode.get_ack_nak(l_message[8])
l_debug_msg = "Device: {}, {}".format(l_obj.Name, l_ack)
if l_ack == 'NAK':
LOG.info("Got ACK(62); {}".format(l_debug_msg))
return self.check_for_more_decoding(p_controller_obj)
def _decode_0x62_record(self, p_controller_obj):
"""Get response to Send Insteon standard-length message (9 bytes).
Basically, a response to the 62 command.
See p 230(243) of 2009 developers guide.
[0] = 0x02
[1] = 0x62
[2-4] = address
[5] = message flags
[6] = command 1
[7] = command 2
[8] = ACK/NAK
[8] = User Data 1
[9] = User Data 2
[10] = User Data 3
[11] = User Data 4
[12] = User Data 5
[13] = User Data 6
[14] = User Data 7
[15] = User Data 8
[16] = User Data 9
[17] = User Data 10
[18] = User Data 11
[19] = User Data 12
[20] = User Data 13
[21] = User Data 14
[22] = ACK/NAK
This is an ack/nak of the command and generally is not very interesting by itself.
Depending on the command sent, another response MAY follow this message with further data.
"""
l_message = p_controller_obj._Message
l_obj = utilDecode.get_obj_from_message(self.m_pyhouse_obj, l_message[2:5])
_l_msgflags = utilDecode._decode_message_flag(l_message[5])
l_ack = utilDecode.get_ack_nak(l_message[8])
l_debug_msg = "Device: {}, {}".format(l_obj.Name, l_ack)
if l_ack == 'NAK':
LOG.info("Got ACK(62); {}".format(l_debug_msg))
return
def _decode_62_record(self, p_controller_obj):
"""Get response to Send Insteon standard-length message (9 bytes).
Basically, a response to the 62 command.
See p 243 of developers guide.
[0] = 0x02
[1] = 0x62
[2-4] = address
[5] = message flags
[6] = command 1
[7] = command 2
[8] = ACK/NAK
This is an ack/nak of the command and generally is not very interesting by itself.
Depending on the command sent, another response MAY follow this message with further data.
"""
l_message = p_controller_obj._Message
l_obj = utilDecode.get_obj_from_message(self.m_pyhouse_obj,
l_message[2:5])
_l_msgflags = utilDecode._decode_message_flag(l_message[5])
l_ack = utilDecode.get_ack_nak(l_message[8])
l_debug_msg = "Device: {}, {}".format(l_obj.Name, l_ack)
if l_ack == 'NAK':
LOG.info("Got ACK(62); {}".format(l_debug_msg))
return self.check_for_more_decoding(p_controller_obj)
def decode_0x50(self, p_pyhouse_obj, p_device_obj, p_controller_obj):
"""
@param p_device_obj: is the Device (GDO, Motion...) we are decoding.
A Standard-length INSTEON message is received from either a Controller or Responder that you are ALL-Linked to.
See p 233(246) of 2009 developers guide.
[0] = x02
[1] = 0x50
[2-4] = from address
[5-7] = to address / group
[8] = message flags
[9] = command 1
[10] = command 2
"""
l_device = SensorMessage(p_device_obj.Name, p_device_obj.RoomName, 'Generic ')
l_mqtt_topic = 'security/'
l_mqtt_msg = 'security '
if p_device_obj.DeviceSubType == 1:
l_mqtt_msg += 'Garage Door: '
l_device.Type = 'Garage Door'
l_mqtt_topic += 'garage_door'
elif p_device_obj.DeviceSubType == 2:
l_mqtt_msg += 'Motion Sensor: '
l_device.Type = 'Motion Sensor'
l_mqtt_topic += 'motion_sensor'
#
l_message = p_controller_obj._Message
l_firmware = l_message[7]
l_flags = utilDecode._decode_message_flag(l_message[8])
l_cmd1 = l_message[9]
l_cmd2 = l_message[10]
l_data = [l_cmd1, l_cmd2]
l_mqtt_msg += 'Fm:"{}"; Flg:{}; C1:{:#x},{:#x}; '.format(p_device_obj.Name, l_flags, l_cmd1, l_cmd2)
if l_message[8] & 0xE0 == 0x80: # 100 - SB [Broadcast]
l_mqtt_msg += utilDecode._devcat(l_message[5:7], p_device_obj)
elif l_message[8] & 0xE0 == 0xC0: # 110 - SA Broadcast = all link broadcast of group id
l_group = l_message[7]
l_mqtt_msg += 'A-L-brdcst-Gp:"{}","{}"; '.format(l_group, l_data)
if l_cmd1 == MESSAGE_TYPES['cleanup_success']: # 0x06
l_mqtt_msg += 'CleanupSuccess with {} failures; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['engine_version']: # 0x0D
p_device_obj.EngineVersion = l_cmd2
l_mqtt_msg += 'Engine-version:"{}"; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['id_request']: # 0x10
p_device_obj.FirmwareVersion = l_firmware
l_mqtt_msg += 'Request-ID-From:"{}"; '.format(p_device_obj.Name)
elif l_cmd1 == MESSAGE_TYPES['on']: # 0x11
if p_device_obj.DeviceSubType == 1: # The status turns on when the Garage Door goes closed
l_mqtt_msg += 'Garage Door Closed; '.format(p_device_obj.Name)
p_device_obj.Status = 'Close'
l_device.Status = 'Garage Door Closed.'
elif p_device_obj.DeviceSubType == 2:
l_mqtt_msg += 'Motion Detected; '.format(p_device_obj.Name)
l_device.Status = 'Motion Detected.'
else:
l_mqtt_msg += 'Unknown SubType {} for Device; '.format(p_device_obj.DeviceSubType, p_device_obj.Name)
if ((l_message[8] & 0xE0) >> 5) == 6:
p_pyhouse_obj.APIs.Computer.MqttAPI.MqttPublish(l_mqtt_topic, l_device) # /security
elif l_cmd1 == MESSAGE_TYPES['off']: # 0x13
if p_device_obj.DeviceSubType == 1:
l_mqtt_msg += 'Garage Door Opened; '.format(p_device_obj.Name)
p_device_obj.Status = 'Opened'
l_device.Status = 'Garage Door Opened.'
elif p_device_obj.DeviceSubType == 2:
l_mqtt_msg += 'NO Motion; '.format(p_device_obj.Name)
l_device.Status = 'Motion Stopped.'
else:
l_mqtt_msg += 'Unknown SubType {} for Device; '.format(p_device_obj.DeviceSubType, p_device_obj.Name)
if ((l_message[8] & 0xE0) >> 5) == 6:
p_pyhouse_obj.APIs.Computer.MqttAPI.MqttPublish(l_mqtt_topic, l_device) # /security
LOG.info('Security {}'.format(l_mqtt_msg))
Insteon_utils.update_insteon_obj(p_pyhouse_obj, p_device_obj)
return
def decode_0x50(self, p_pyhouse_obj, p_device_obj, p_controller_obj):
"""
@param p_device_obj: is the Device (light, thermostat...) we are decoding.
A Standard-length INSTEON message is received from either a Controller or Responder that you are ALL-Linked to.
See p 233(246) of 2009 developers guide.
[0] = x02
[1] = 0x50
[2-4] = from address
[5-7] = to address / group
[8] = message flags
[9] = command 1
[10] = command 2
"""
l_mqtt_topic = 'hvac/{}'.format(p_device_obj.Name)
l_mqtt_message = "thermostat: "
l_message = p_controller_obj._Message
l_firmware = l_message[7]
l_flags = utilDecode._decode_message_flag(l_message[8])
l_cmd1 = l_message[9]
l_cmd2 = l_message[10]
l_mqtt_message += ' Cmd1:{:#02X}/{:#02X}({:d})'.format(l_cmd1, l_cmd2, l_cmd2)
l_debug_msg = 'Fm:"{}"; Flg:{}; C1:{:#x},{:#x}; '.format(p_device_obj.Name, l_flags, l_cmd1, l_cmd2)
if l_cmd1 == MESSAGE_TYPES['assign_to_group']: # 0x01
l_mqtt_message += " assign_to_group:{}; ".format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['delete_from_group']: # 0x02
l_mqtt_message += " delete_from_group:{}; ".format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['cleanup_success']: # 0x06
l_mqtt_message += 'CleanupSuccess with {} failures; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['engine_version']: # 0x0d
p_device_obj.EngineVersion = l_cmd2
l_mqtt_message += " EngineId:{}; ".format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['ping']: # 0x0f
l_mqtt_message += " ping:{}; ".format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['id_request']: # 0x10
p_device_obj.FirmwareVersion = l_firmware
l_mqtt_message += " id_request:{}; ".format(l_firmware)
elif l_cmd1 == MESSAGE_TYPES['on']: # 0x11
p_device_obj.ThermostatStatus = 'On'
l_mqtt_message += " On; "
elif l_cmd1 == MESSAGE_TYPES['off']: # 0x13
p_device_obj.ThermostatStatus = 'Off'
l_mqtt_message += " Off; "
elif l_cmd1 == MESSAGE_TYPES['thermostat_temp_up']: # 0x68: # Set thermostat temperature up (half degrees)
l_mqtt_topic += '/temperature'
l_mqtt_message += ' temp UP = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_temp_down']: # 0x69: # Set Thermostat temperature down (half degrees)
# p_device_obj.CurrentTemperature = l_cmd2 * HALF
l_mqtt_topic += '/temperature'
l_mqtt_message += ' temp DOWN = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_status']: # 0x6A: # Send request for thermostat status
# p_device_obj.CurrentTemperature = l_cmd2 * HALF
l_mqtt_topic += '/temperature'
l_mqtt_message += ' Status = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_control']: # 0x6B: # Response for thermostat status
p_device_obj.CurrentTemperature = l_cmd2 * HALF
l_mqtt_topic += '/temperature'
l_mqtt_message += ' temp = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_setpoint_cool']: # 0x6C: # Thermostat Set cool set point
# p_device_obj.CurrentTemperature = l_cmd2 * HALF
l_mqtt_topic += '/ThermostatSetCoolSetpointCommand'
l_mqtt_message += ' cool set point = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_setpoint_heat']: # 0x6D: # Set heat set point
# p_device_obj.CurrentTemperature = l_cmd2 * HALF
l_mqtt_topic += '/ThermostatSetHeatSetpointCommand'
l_mqtt_message += ' Heat set point = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_report_temperature']: # 0x6e: # Status report Temperature
p_device_obj.CurrentTemperature = l_cmd2 * FACTOR
l_mqtt_topic += '/ThermostatTemperatureReport'
l_mqtt_message += ' Temperature = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_report_humidity']: # 0x6f: # Status Report Humidity
l_mqtt_topic += '/ThermostatHumidityReport'
l_mqtt_message += ' Humidity = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_report_mode']: # 0x70: # Status Report Mode / Fan Status
l_mqtt_topic += '/ThermostatStatusReport'
l_mqtt_message += ' StatusMode = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_report_cool_setpoint']: # 0x71: # Status Report Cool Set Point
p_device_obj.CoolSetPoint = l_cmd2 * FACTOR
l_mqtt_topic += '/ThermostatCoolSetPointReport'
l_mqtt_message += ' CoolSetPoint = {}; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['thermostat_report_heat_setpoint']: # 0x72: # Status Report Heat Set Point
p_device_obj.HeatSetPoint = l_cmd2 * FACTOR
l_mqtt_topic += '/ThermostatHeatSetPointReport'
l_mqtt_message += ' HeatSetPoint = {}; '.format(l_cmd2)
else:
pass
LOG.info('HVAC {}'.format(l_mqtt_message))
p_pyhouse_obj.APIs.Computer.MqttAPI.MqttPublish(l_mqtt_topic, p_device_obj) # /temperature
return
def _decode_0x50(self, p_controller_obj):
""" Insteon Standard Message Received (11 bytes)
A Standard-length INSTEON message is received from either a Controller or Responder that you are ALL-Linked to.
See p 233(246) of 2009 developers guide.
[0] = x02
[1] = 0x50
[2-4] = from address
[5-7] = to address / group
[8] = message flags
[9] = command 1
[10] = command 2
"""
l_mqtt = False
l_message = p_controller_obj._Message
l_device_obj = utilDecode.get_obj_from_message(self.m_pyhouse_obj, l_message[2:5])
l_device_obj.BrightnessPct = '?'
if l_device_obj.DeviceType == 2: # HVAC Type
DecodeHvac().decode_0x50(self.m_pyhouse_obj, l_device_obj, p_controller_obj)
return
if l_device_obj.DeviceType == 3: # Security Type
DecodeSecurity().decode_0x50(self.m_pyhouse_obj, l_device_obj, p_controller_obj)
return
l_flags = utilDecode._decode_message_flag(l_message[8])
l_cmd1 = l_message[9]
l_cmd2 = l_message[10]
l_data = [l_cmd1, l_cmd2]
l_debug_msg = 'Fm:"{}"; Flg:{}; C1:{:#x},{:#x}; '.format(l_device_obj.Name, l_flags, l_cmd1, l_cmd2)
#
# Break down bits 7(msb), 6, 5 into message type
#
if l_message[8] & 0xE0 == 0x80: # 100 - SB [Broadcast]
l_debug_msg += utilDecode._devcat(l_message[5:7], l_device_obj)
elif l_message[8] & 0xE0 == 0xC0: # 110 - SA Broadcast = all link broadcast of group id
l_group = l_message[7]
l_debug_msg += 'A-L-brdcst-Gp:"{}","{}"; '.format(l_group, l_data)
try:
if l_cmd1 == MESSAGE_TYPES['product_data_request']: # 0x03
l_debug_msg += " Product-data-request."
elif l_cmd1 == MESSAGE_TYPES['cleanup_success']: # 0x06
l_debug_msg += 'CleanupSuccess with {} failures; '.format(l_cmd2)
elif l_cmd1 == MESSAGE_TYPES['engine_version']: # 0x0D
l_device_obj.EngineVersion = l_cmd2
l_debug_msg += 'Engine-version:"{}(i-{})"; '.format(l_cmd2, l_cmd2 + 1)
elif l_cmd1 == MESSAGE_TYPES['id_request']: # 0x10
l_device_obj.FirmwareVersion = l_cmd2
l_debug_msg += 'Request-ID:"{}"; '.format(l_device_obj.FirmwareVersion)
elif l_cmd1 == MESSAGE_TYPES['on']: # 0x11
l_device_obj.BrightnessPct = 100
l_mqtt = True
l_debug_msg += 'Turn ON; '.format(l_device_obj.Name)
elif l_cmd1 == MESSAGE_TYPES['off']: # 0x13
l_device_obj.BrightnessPct = 0
l_mqtt = True
l_debug_msg += 'Turn OFF; '.format(l_device_obj.Name)
elif l_cmd1 == MESSAGE_TYPES['status_request']: # 0x19
l_device_obj.BrightnessPct = l_level = utilDecode.decode_light_brightness(l_cmd2)
l_debug_msg += 'Status of light:"{}"-level:"{}"; '.format(l_device_obj.Name, l_level)
elif l_message[8] & 0xE0 == 0x80 and l_cmd1 == 0x01:
l_debug_msg += ' Device-Set-Button-Pressed '
elif l_message[8] & 0xE0 == 0x80 and l_cmd1 == 0x02:
l_debug_msg += ' Controller-Set-Button-Pressed '
else:
l_debug_msg += '\n\tUnknown-type -"{}"; '.format(FormatBytes(l_message))
l_device_obj.BrightnessPct = utilDecode.decode_light_brightness(l_cmd2)
l_mqtt = True
except AttributeError as e_err:
LOG.error('ERROR decoding 0x50 record {}'.format(e_err))
Insteon_utils.update_insteon_obj(self.m_pyhouse_obj, l_device_obj)
p_controller_obj.Ret = True
LOG.info('{}'.format(l_debug_msg))
if l_mqtt:
self.m_pyhouse_obj.APIs.Computer.MqttAPI.MqttPublish('lighting/status/debug', l_device_obj) # /lig
return
def _decode_50_record(self, p_controller_obj):
""" Insteon Standard Message Received (11 bytes)
A Standard-length INSTEON message is received from either a Controller or Responder that you are ALL-Linked to.
See p 233(246) of developers guide.
[0] = x02
[1] = 0x50
[2-4] = from address
[5-7] = to address / group
[8] = message flags
[9] = command 1
[10] = command 2
"""
l_message = p_controller_obj._Message
l_device_obj = utilDecode.get_obj_from_message(self.m_pyhouse_obj, l_message[2:5])
l_flags = utilDecode._decode_message_flag(l_message[8])
l_cmd1 = l_message[9]
l_cmd2 = l_message[10]
l_data = [l_cmd1, l_cmd2]
# print(PrettyFormatAny.form(l_device_obj, 'Insteon_decoder 156 - Device'))
if l_device_obj.DeviceType == 2:
Insteon_HVAC.ihvac_utility().decode_50_record(self.m_pyhouse_obj, l_device_obj, p_controller_obj)
return self.check_for_more_decoding(p_controller_obj, True)
l_debug_msg = 'Std Msg fm: {}; Cmd1:{:#x}, Cmd2:{:#x}; '.format(l_device_obj.Name, l_cmd1, l_cmd2)
# Break down bits 7(msb), 6, 5 into message type
if l_message[8] & 0xE0 == 0x80: # Broadcast/NAK Message (100)
l_debug_msg += utilDecode._devcat(l_message[5:7], l_device_obj)
elif l_message[8] & 0xE0 == 0xC0: # (110) all link broadcast of group id
l_group = l_message[7]
l_debug_msg += "All-Link broadcast - Group:{}, Data:{}; ".format(l_group, l_data)
LOG.info("== 50B All-link Broadcast Group:{}, Data:{} ==".format(l_group, l_data))
#
try:
if l_cmd1 == MESSAGE_TYPES['product_data_request']: # 0x03
l_debug_msg += " product data request. - Should never happen - S/B 51 response"
elif l_cmd1 == MESSAGE_TYPES['engine_version']: # 0x0D
l_engine_id = l_cmd2
l_device_obj.EngineVersion = l_engine_id
l_debug_msg += "Engine version is: {}; ".format(l_engine_id)
self._publish(self.m_pyhouse_obj, l_device_obj)
elif l_cmd1 == MESSAGE_TYPES['id_request']: # 0x10
l_debug_msg += "Request ID From: {}; ".format(l_device_obj.Name)
# LOG.info("Got an ID request. Light:{}".format(l_device_obj.Name,))
elif l_cmd1 == MESSAGE_TYPES['on']: # 0x11
l_device_obj.CurLevel = 100
l_debug_msg += "Device:{} turned Full ON ; ".format(l_device_obj.Name)
self._publish(self.m_pyhouse_obj, l_device_obj)
elif l_cmd1 == MESSAGE_TYPES['off']: # 0x13
l_device_obj.CurLevel = 0
l_debug_msg += "Light:{} turned Full OFF; ".format(l_device_obj.Name)
self._publish(self.m_pyhouse_obj, l_device_obj)
elif l_cmd1 == MESSAGE_TYPES['status_request']: # 0x19
l_level = int(((l_cmd2 + 2) * 100) / 256)
l_device_obj.CurLevel = l_level
l_debug_msg += "Status of light:{} is level:{}; ".format(l_device_obj.Name, l_level)
LOG.info("PLM:{} Got Light Status From:{}, Level is:{} ".format(p_controller_obj.Name, l_device_obj.Name, l_level))
elif l_cmd1 >= MESSAGE_TYPES['thermostat_temp_up'] and l_cmd1 <= MESSAGE_TYPES['thermostat_report']: # 0x6e
_l_ret1 = Insteon_HVAC.ihvac_utility().decode_50_record(l_device_obj, l_cmd1, l_cmd2)
pass
elif l_cmd1 >= 0x68 and l_cmd1 <= 0x75: # 0x6e
_l_ret1 = Insteon_HVAC.ihvac_utility().decode_50_record(l_device_obj, l_cmd1, l_cmd2)
pass
elif l_message[8] & 0xE0 == 0x80 and l_cmd1 == 01:
l_debug_msg += ' Device Set Button Pressed '
elif l_message[8] & 0xE0 == 0x80 and l_cmd1 == 02:
l_debug_msg += ' Controller Set Button Pressed '
else:
l_debug_msg += "\n\tUnknown type - last command was {} - {}; ".format(l_device_obj._Command1, PrintBytes(l_message))
LOG.warn('Decoding 50 tyoe {}'.format(l_debug_msg))
except AttributeError as e_err:
LOG.error('ERROR decoding 50 record {}'.format(e_err))
l_ret = True
LOG.info('50 Resp; {}'.format(l_debug_msg))
return self.check_for_more_decoding(p_controller_obj, l_ret)
def _decode_50_record(self, p_controller_obj):
""" Insteon Standard Message Received (11 bytes)
A Standard-length INSTEON message is received from either a Controller or Responder that you are ALL-Linked to.
See p 233(246) of developers guide.
[0] = x02
[1] = 0x50
[2-4] = from address
[5-7] = to address / group
[8] = message flags
[9] = command 1
[10] = command 2
"""
l_message = p_controller_obj._Message
l_device_obj = utilDecode.get_obj_from_message(self.m_pyhouse_obj,
l_message[2:5])
l_flags = utilDecode._decode_message_flag(l_message[8])
l_cmd1 = l_message[9]
l_cmd2 = l_message[10]
l_data = [l_cmd1, l_cmd2]
# print(PrettyFormatAny.form(l_device_obj, 'Insteon_decoder 156 - Device'))
if l_device_obj.DeviceType == 2:
Insteon_HVAC.ihvac_utility().decode_50_record(
self.m_pyhouse_obj, l_device_obj, p_controller_obj)
return self.check_for_more_decoding(p_controller_obj, True)
l_debug_msg = 'Std Msg fm: {}; Cmd1:{:#x}, Cmd2:{:#x}; '.format(
l_device_obj.Name, l_cmd1, l_cmd2)
# Break down bits 7(msb), 6, 5 into message type
if l_message[8] & 0xE0 == 0x80: # Broadcast/NAK Message (100)
l_debug_msg += utilDecode._devcat(l_message[5:7], l_device_obj)
elif l_message[
8] & 0xE0 == 0xC0: # (110) all link broadcast of group id
l_group = l_message[7]
l_debug_msg += "All-Link broadcast - Group:{}, Data:{}; ".format(
l_group, l_data)
LOG.info("== 50B All-link Broadcast Group:{}, Data:{} ==".format(
l_group, l_data))
#
try:
if l_cmd1 == MESSAGE_TYPES['product_data_request']: # 0x03
l_debug_msg += " product data request. - Should never happen - S/B 51 response"
elif l_cmd1 == MESSAGE_TYPES['engine_version']: # 0x0D
l_engine_id = l_cmd2
l_device_obj.EngineVersion = l_engine_id
l_debug_msg += "Engine version is: {}; ".format(l_engine_id)
self._publish(self.m_pyhouse_obj, l_device_obj)
elif l_cmd1 == MESSAGE_TYPES['id_request']: # 0x10
l_debug_msg += "Request ID From: {}; ".format(
l_device_obj.Name)
# LOG.info("Got an ID request. Light:{}".format(l_device_obj.Name,))
elif l_cmd1 == MESSAGE_TYPES['on']: # 0x11
l_device_obj.CurLevel = 100
l_debug_msg += "Device:{} turned Full ON ; ".format(
l_device_obj.Name)
self._publish(self.m_pyhouse_obj, l_device_obj)
elif l_cmd1 == MESSAGE_TYPES['off']: # 0x13
l_device_obj.CurLevel = 0
l_debug_msg += "Light:{} turned Full OFF; ".format(
l_device_obj.Name)
self._publish(self.m_pyhouse_obj, l_device_obj)
elif l_cmd1 == MESSAGE_TYPES['status_request']: # 0x19
l_level = int(((l_cmd2 + 2) * 100) / 256)
l_device_obj.CurLevel = l_level
l_debug_msg += "Status of light:{} is level:{}; ".format(
l_device_obj.Name, l_level)
LOG.info(
"PLM:{} Got Light Status From:{}, Level is:{} ".format(
p_controller_obj.Name, l_device_obj.Name, l_level))
elif l_cmd1 >= MESSAGE_TYPES[
'thermostat_temp_up'] and l_cmd1 <= MESSAGE_TYPES[
'thermostat_report']: # 0x6e
_l_ret1 = Insteon_HVAC.ihvac_utility().decode_50_record(
l_device_obj, l_cmd1, l_cmd2)
pass
elif l_cmd1 >= 0x68 and l_cmd1 <= 0x75: # 0x6e
_l_ret1 = Insteon_HVAC.ihvac_utility().decode_50_record(
l_device_obj, l_cmd1, l_cmd2)
pass
elif l_message[8] & 0xE0 == 0x80 and l_cmd1 == 01:
l_debug_msg += ' Device Set Button Pressed '
elif l_message[8] & 0xE0 == 0x80 and l_cmd1 == 02:
l_debug_msg += ' Controller Set Button Pressed '
else:
l_debug_msg += "\n\tUnknown type - last command was {} - {}; ".format(
l_device_obj._Command1, PrintBytes(l_message))
LOG.warn('Decoding 50 tyoe {}'.format(l_debug_msg))
except AttributeError as e_err:
LOG.error('ERROR decoding 50 record {}'.format(e_err))
l_ret = True
LOG.info('50 Resp; {}'.format(l_debug_msg))
return self.check_for_more_decoding(p_controller_obj, l_ret)
