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rs485.py
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# -*- coding: utf-8 -*-
'''
python -m pip install pyserial
python -m pip install paho-mqtt
'''
import os
import os.path
import serial
import socket
import time
import platform
import threading
import json
import logging
import logging.config
import logging.handlers
import configparser
import paho.mqtt.client as mqtt
from collections import OrderedDict
# Version
SW_VERSION = 'RS485 Compilation 1.0.3b'
# Log Level
CONF_LOGLEVEL = 'info' # debug, info, warn
###############################################################################################################
################################################## K O C O M ##################################################
# 본인에 맞게 수정하세요
# 보일러 초기값
INIT_TEMP = 22
# 환풍기 초기속도 ['low', 'medium', 'high']
DEFAULT_SPEED = 'medium'
# 조명 / 플러그 갯수
KOCOM_LIGHT_SIZE = {'livingroom': 3, 'bedroom': 2, 'room1': 2, 'room2': 2, 'kitchen': 3}
KOCOM_PLUG_SIZE = {'livingroom': 2, 'bedroom': 2, 'room1': 2, 'room2': 2, 'kitchen': 2}
# 방 패킷에 따른 방이름 (패킷1: 방이름1, 패킷2: 방이름2 . . .)
# 월패드에서 장치를 작동하며 방이름(livingroom, bedroom, room1, room2, kitchen 등)을 확인하여 본인의 상황에 맞게 바꾸세요
# 조명/콘센트와 난방의 방패킷이 달라서 두개로 나뉘어있습니다.
KOCOM_ROOM = {'00': 'livingroom', '01': 'bedroom', '02': 'room2', '03': 'room1', '04': 'kitchen'}
KOCOM_ROOM_THERMOSTAT = {'00': 'livingroom', '01': 'bedroom', '02': 'room1', '03': 'room2'}
# TIME 변수(초)
SCAN_INTERVAL = 300 # 월패드의 상태값 조회 간격
SCANNING_INTERVAL = 0.8 # 상태값 조회 시 패킷전송 간격
####################### Start Here by Zooil ###########################
option_file = '/data/options.json'
if os.path.isfile(option_file):
with open(option_file) as json_file:
json_data = json.load(json_file)
INIT_TEMP = json_data['Advanced']['INIT_TEMP']
SCAN_INTERVAL = json_data['Advanced']['SCAN_INTERVAL']
SCANNING_INTERVAL = json_data['Advanced']['SCANNING_INTERVAL']
DEFAULT_SPEED = json_data['Advanced']['DEFAULT_SPEED']
CONF_LOGLEVEL = json_data['Advanced']['LOGLEVEL']
KOCOM_LIGHT_SIZE = {}
dict_data = json_data['KOCOM_LIGHT_SIZE']
for i in dict_data:
KOCOM_LIGHT_SIZE[i['name']] = i['number']
KOCOM_PLUG_SIZE = {}
dict_data = json_data['KOCOM_PLUG_SIZE']
for i in dict_data:
KOCOM_PLUG_SIZE[i['name']] = i['number']
num = 0
KOCOM_ROOM = {}
list_data = json_data['KOCOM_ROOM']
for i in list_data:
if num < 10:
num_key = "0%d" % (num)
else:
num_key = "%d" % (num)
KOCOM_ROOM[num_key] = i
num += 1
num = 0
KOCOM_ROOM_THERMOSTAT = {}
list_data = json_data['KOCOM_ROOM_THERMOSTAT']
for i in list_data:
if num < 10:
num_key = "0%d" % (num)
else:
num_key = "%d" % (num)
KOCOM_ROOM_THERMOSTAT[num_key] = i
num += 1
####################### End Here by Zooil ###########################
###############################################################################################################
###############################################################################################################
################################################# 수 정 금 지 ##################################################
################################################# 수 정 금 지 ##################################################
################################################# 수 정 금 지 ##################################################
###############################################################################################################
# HA MQTT Discovery
HA_PREFIX = 'homeassistant'
HA_SWITCH = 'switch'
HA_LIGHT = 'light'
HA_CLIMATE = 'climate'
HA_SENSOR = 'sensor'
HA_FAN = 'fan'
# DEVICE 명명
DEVICE_WALLPAD = 'wallpad'
DEVICE_LIGHT = 'light'
DEVICE_THERMOSTAT = 'thermostat'
DEVICE_PLUG = 'plug'
DEVICE_GAS = 'gas'
DEVICE_ELEVATOR = 'elevator'
DEVICE_FAN = 'fan'
# KOCOM 코콤 패킷 기본정보
KOCOM_DEVICE = {'01': DEVICE_WALLPAD, '0e': DEVICE_LIGHT, '36': DEVICE_THERMOSTAT, '3b': DEVICE_PLUG, '44': DEVICE_ELEVATOR, '2c': DEVICE_GAS, '48': DEVICE_FAN}
KOCOM_COMMAND = {'3a': '조회', '00': '상태', '01': 'on', '02': 'off'}
KOCOM_TYPE = {'30b': 'send', '30d': 'ack'}
KOCOM_FAN_SPEED = {'4': 'low', '8': 'medium', 'c': 'high', '0': 'off'}
KOCOM_DEVICE_REV = {v: k for k, v in KOCOM_DEVICE.items()}
KOCOM_ROOM_REV = {v: k for k, v in KOCOM_ROOM.items()}
KOCOM_ROOM_THERMOSTAT_REV = {v: k for k, v in KOCOM_ROOM_THERMOSTAT.items()}
KOCOM_COMMAND_REV = {v: k for k, v in KOCOM_COMMAND.items()}
KOCOM_TYPE_REV = {v: k for k, v in KOCOM_TYPE.items()}
KOCOM_FAN_SPEED_REV = {v: k for k, v in KOCOM_FAN_SPEED.items()}
KOCOM_ROOM_REV[DEVICE_WALLPAD] = '00'
# CONFIG 파일 변수값
CONF_FILE = 'rs485.conf'
CONF_LOGFILE = 'rs485.log'
CONF_LOGNAME = 'RS485'
CONF_WALLPAD = 'Wallpad'
CONF_MQTT = 'MQTT'
CONF_DEVICE = 'RS485'
CONF_SERIAL = 'Serial'
CONF_SERIAL_DEVICE = 'SerialDevice'
CONF_SOCKET = 'Socket'
CONF_SOCKET_DEVICE = 'SocketDevice'
# Log 폴더 생성 (도커 실행 시 로그폴더 매핑)
def make_folder(folder_name):
if not os.path.isdir(folder_name):
os.mkdir(folder_name)
root_dir = str(os.path.dirname(os.path.realpath(__file__)))
log_dir = root_dir + '/log/'
make_folder(log_dir)
conf_path = str(root_dir + '/'+ CONF_FILE)
log_path = str(log_dir + '/' + CONF_LOGFILE)
class rs485:
def __init__(self):
self._mqtt_config = {}
self._port_url = {}
self._device_list = {}
self._wp_list = {}
self.type = None
config = configparser.ConfigParser()
config.read(conf_path)
get_conf_wallpad = config.items(CONF_WALLPAD)
for item in get_conf_wallpad:
self._wp_list.setdefault(item[0], item[1])
logger.info('[CONFIG] {} {} : {}'.format(CONF_WALLPAD, item[0], item[1]))
get_conf_mqtt = config.items(CONF_MQTT)
for item in get_conf_mqtt:
self._mqtt_config.setdefault(item[0], item[1])
logger.info('[CONFIG] {} {} : {}'.format(CONF_MQTT, item[0], item[1]))
d_type = config.get(CONF_LOGNAME, 'type').lower()
if d_type == 'serial':
self.type = d_type
get_conf_serial = config.items(CONF_SERIAL)
port_i = 1
for item in get_conf_serial:
if item[1] != '':
self._port_url.setdefault(port_i, item[1])
logger.info('[CONFIG] {} {} : {}'.format(CONF_SERIAL, item[0], item[1]))
port_i += 1
get_conf_serial_device = config.items(CONF_SERIAL_DEVICE)
port_i = 1
for item in get_conf_serial_device:
if item[1] != '':
self._device_list.setdefault(port_i, item[1])
logger.info('[CONFIG] {} {} : {}'.format(CONF_SERIAL_DEVICE, item[0], item[1]))
port_i += 1
self._con = self.connect_serial(self._port_url)
elif d_type == 'socket':
self.type = d_type
server = config.get(CONF_SOCKET, 'server')
port = config.get(CONF_SOCKET, 'port')
self._socket_device = config.get(CONF_SOCKET_DEVICE, 'device')
self._con = self.connect_socket(server, port)
else:
logger.info('[CONFIG] SERIAL / SOCKET IS NOT VALID')
logger.info('[CONFIG] EXIT RS485')
exit(1)
@property
def _wp_light(self):
return True if self._wp_list['light'] == 'True' else False
@property
def _wp_fan(self):
return True if self._wp_list['fan'] == 'True' else False
@property
def _wp_thermostat(self):
return True if self._wp_list['thermostat'] == 'True' else False
@property
def _wp_plug(self):
return True if self._wp_list['plug'] == 'True' else False
@property
def _wp_gas(self):
return True if self._wp_list['gas'] == 'True' else False
@property
def _wp_elevator(self):
return True if self._wp_list['elevator'] == 'True' else False
@property
def _device(self):
if self.type == 'serial':
return self._device_list
elif self.type == 'socket':
return self._socket_device
@property
def _type(self):
return self.type
@property
def _connect(self):
return self._con
@property
def _mqtt(self):
return self._mqtt_config
def connect_serial(self, port):
ser = {}
opened = 0
for p in port:
try:
ser[p] = serial.Serial(port[p], 9600, timeout=None)
if ser[p].isOpen():
ser[p].bytesize = 8
ser[p].stopbits = 1
ser[p].autoOpen = False
logger.info('Port {} : {}'.format(p, port[p]))
opened += 1
else:
logger.info('시리얼포트가 열려있지 않습니다.[{}]'.format(port[p]))
except serial.serialutil.SerialException:
logger.info('시리얼포트에 연결할 수 없습니다.[{}]'.format(port[p]))
if opened == 0: return False
return ser
def connect_socket(self, server, port):
soc = socket.socket()
soc.settimeout(10)
try:
soc.connect((server, int(port)))
except Exception as e:
logger.info('소켓에 연결할 수 없습니다.[{}][{}:{}]'.format(e, server, port))
return False
soc.settimeout(None)
return soc
class Kocom(rs485):
def __init__(self, client, name, device, packet_len):
self.client = client
self._name = name
self.connected = True
self.ha_registry = False
self.kocom_scan = True
self.scan_packet_buf = []
self.tick = time.time()
self.wp_list = {}
self.wp_light = self.client._wp_light
self.wp_fan = self.client._wp_fan
self.wp_plug = self.client._wp_plug
self.wp_gas = self.client._wp_gas
self.wp_elevator = self.client._wp_elevator
self.wp_thermostat = self.client._wp_thermostat
for d_name in KOCOM_DEVICE.values():
if d_name == DEVICE_ELEVATOR or d_name == DEVICE_GAS:
self.wp_list[d_name] = {}
self.wp_list[d_name][DEVICE_WALLPAD] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
self.wp_list[d_name][DEVICE_WALLPAD][d_name] = {'state': 'off', 'set': 'off', 'last': 'state', 'count': 0}
elif d_name == DEVICE_FAN:
self.wp_list[d_name] = {}
self.wp_list[d_name][DEVICE_WALLPAD] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
self.wp_list[d_name][DEVICE_WALLPAD]['mode'] = {'state': 'off', 'set': 'off', 'last': 'state', 'count': 0}
self.wp_list[d_name][DEVICE_WALLPAD]['speed'] = {'state': 'off', 'set': 'off', 'last': 'state', 'count': 0}
elif d_name == DEVICE_THERMOSTAT:
self.wp_list[d_name] = {}
for r_name in KOCOM_ROOM_THERMOSTAT.values():
self.wp_list[d_name][r_name] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
self.wp_list[d_name][r_name]['mode'] = {'state': 'off', 'set': 'off', 'last': 'state', 'count': 0}
self.wp_list[d_name][r_name]['current_temp'] = {'state': 0, 'set': 0, 'last': 'state', 'count': 0}
self.wp_list[d_name][r_name]['target_temp'] = {'state': INIT_TEMP, 'set': INIT_TEMP, 'last': 'state', 'count': 0}
elif d_name == DEVICE_LIGHT or d_name == DEVICE_PLUG:
self.wp_list[d_name] = {}
for r_name in KOCOM_ROOM.values():
self.wp_list[d_name][r_name] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
if d_name == DEVICE_LIGHT:
for i in range(0, KOCOM_LIGHT_SIZE[r_name] + 1):
self.wp_list[d_name][r_name][d_name + str(i)] = {'state': 'off', 'set': 'off', 'last': 'state', 'count': 0}
if d_name == DEVICE_PLUG:
for i in range(0, KOCOM_PLUG_SIZE[r_name] + 1):
self.wp_list[d_name][r_name][d_name + str(i)] = {'state': 'on', 'set': 'on', 'last': 'state', 'count': 0}
self.d_type = client._type
if self.d_type == "serial":
self.d_serial = client._connect[device]
elif self.d_type == "socket":
self.d_serial = client._connect
self.d_mqtt = self.connect_mqtt(self.client._mqtt, name)
self._t1 = threading.Thread(target=self.get_serial, args=(name, packet_len))
self._t1.start()
self._t2 = threading.Thread(target=self.scan_list)
self._t2.start()
def connection_lost(self):
self._t1.join()
self._t2.join()
if not self.connected:
logger.debug('[ERROR] 서버 연결이 끊어져 kocom 클래스를 종료합니다.')
return False
def read(self):
if self.client._connect == False:
return ''
try:
if self.d_type == 'serial':
if self.d_serial.readable():
return self.d_serial.read()
else:
return ''
elif self.d_type == 'socket':
return self.d_serial.recv(1)
except:
logging.info('[Serial Read] Connection Error')
def write(self, data):
if data == False:
return
self.tick = time.time()
if self.client._connect == False:
return
try:
if self.d_type == 'serial':
return self.d_serial.write(bytearray.fromhex((data)))
elif self.d_type == 'socket':
return self.d_serial.send(bytearray.fromhex((data)))
except:
logging.info('[Serial Write] Connection Error')
def connect_mqtt(self, server, name):
mqtt_client = mqtt.Client()
mqtt_client.on_message = self.on_message
#mqtt_client.on_publish = self.on_publish
mqtt_client.on_subscribe = self.on_subscribe
mqtt_client.on_connect = self.on_connect
if server['anonymous'] != 'True':
if server['server'] == '' or server['username'] == '' or server['password'] == '':
logger.info('{} 설정을 확인하세요. Server[{}] ID[{}] PW[{}] Device[{}]'.format(CONF_MQTT, server['server'], server['username'], server['password'], name))
return False
mqtt_client.username_pw_set(username=server['username'], password=server['password'])
logger.debug('{} STATUS. Server[{}] ID[{}] PW[{}] Device[{}]'.format(CONF_MQTT, server['server'], server['username'], server['password'], name))
else:
logger.debug('{} STATUS. Server[{}] Device[{}]'.format(CONF_MQTT, server['server'], name))
mqtt_client.connect(server['server'], 1883, 60)
mqtt_client.loop_start()
return mqtt_client
def on_message(self, client, obj, msg):
_topic = msg.topic.split('/')
_payload = msg.payload.decode()
if 'config' in _topic and _topic[0] == 'rs485' and _topic[1] == 'bridge' and _topic[2] == 'config':
if _topic[3] == 'log_level':
if _payload == "info": logger.setLevel(logging.INFO)
if _payload == "debug": logger.setLevel(logging.DEBUG)
if _payload == "warn": logger.setLevel(logging.WARN)
logger.info('[From HA]Set Loglevel to {}'.format(_payload))
return
elif _topic[3] == 'restart':
self.homeassistant_device_discovery()
logger.info('[From HA]HomeAssistant Restart')
return
elif _topic[3] == 'remove':
self.homeassistant_device_discovery(remove=True)
logger.info('[From HA]HomeAssistant Remove')
return
elif _topic[3] == 'scan':
for d_name in KOCOM_DEVICE.values():
if d_name == DEVICE_ELEVATOR or d_name == DEVICE_GAS:
self.wp_list[d_name][DEVICE_WALLPAD] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
elif d_name == DEVICE_FAN:
self.wp_list[d_name][DEVICE_WALLPAD] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
elif d_name == DEVICE_THERMOSTAT:
for r_name in KOCOM_ROOM_THERMOSTAT.values():
self.wp_list[d_name][r_name] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
elif d_name == DEVICE_LIGHT or d_name == DEVICE_PLUG:
for r_name in KOCOM_ROOM.values():
self.wp_list[d_name][r_name] = {'scan': {'tick': 0, 'count': 0, 'last': 0}}
logger.info('[From HA]HomeAssistant Scan')
return
elif _topic[3] == 'packet':
self.packet_parsing(_payload.lower(), name='HA')
elif _topic[3] == 'check_sum':
chksum = self.check_sum(_payload.lower())
logger.info('[From HA]{} = {}({})'.format(_payload, chksum[0], chksum[1]))
elif not self.kocom_scan:
self.parse_message(_topic, _payload)
return
logger.info("Message: {} = {}".format(msg.topic, _payload))
if self.ha_registry != False and self.ha_registry == msg.topic and self.kocom_scan:
self.kocom_scan = False
def parse_message(self, topic, payload):
device = topic[1]
command = topic[3]
if device == HA_LIGHT or device == HA_SWITCH:
room_device = topic[2].split('_')
room = room_device[0]
sub_device = room_device[1]
if sub_device.find(DEVICE_LIGHT) != -1:
device = DEVICE_LIGHT
if sub_device.find(DEVICE_PLUG) != -1:
device = DEVICE_PLUG
if sub_device.find(DEVICE_ELEVATOR) != -1:
device = DEVICE_ELEVATOR
if sub_device.find(DEVICE_GAS) != -1:
device = DEVICE_GAS
try:
if device == DEVICE_GAS:
if payload == 'on':
payload = 'off'
logger.info('[From HA]Error GAS Cannot Set to ON')
else:
self.wp_list[device][room][sub_device][command] = payload
self.wp_list[device][room][sub_device]['last'] = command
elif device == DEVICE_ELEVATOR:
if payload == 'off':
self.wp_list[device][room][sub_device][command] = payload
self.wp_list[device][room][sub_device]['last'] = 'state'
self.send_to_homeassistant(device, DEVICE_WALLPAD, payload)
else:
self.wp_list[device][room][sub_device][command] = payload
self.wp_list[device][room][sub_device]['last'] = command
else:
self.wp_list[device][room][sub_device][command] = payload
self.wp_list[device][room][sub_device]['last'] = command
logger.info('[From HA]{}/{}/{}/{} = {}'.format(device, room, sub_device, command, payload))
except:
logger.info('[From HA]Error {} = {}'.format(topic, payload))
elif device == HA_CLIMATE:
device = DEVICE_THERMOSTAT
room = topic[2]
try:
if command != 'mode':
self.wp_list[device][room]['target_temp']['set'] = int(float(payload))
self.wp_list[device][room]['mode']['set'] = 'heat'
self.wp_list[device][room]['target_temp']['last'] = 'set'
self.wp_list[device][room]['mode']['last'] = 'set'
elif command == 'mode':
self.wp_list[device][room]['mode']['set'] = payload
self.wp_list[device][room]['mode']['last'] = 'set'
ha_payload = {
'mode': self.wp_list[device][room]['mode']['set'],
'target_temp': self.wp_list[device][room]['target_temp']['set'],
'current_temp': self.wp_list[device][room]['current_temp']['state']
}
logger.info('[From HA]{}/{}/set = [mode={}, target_temp={}]'.format(device, room, self.wp_list[device][room]['mode']['set'], self.wp_list[device][room]['target_temp']['set']))
self.send_to_homeassistant(device, room, ha_payload)
except:
logger.info('[From HA]Error {} = {}'.format(topic, payload))
elif device == HA_FAN:
device = DEVICE_FAN
room = topic[2]
try:
if command != 'mode':
self.wp_list[device][room]['speed']['set'] = payload
self.wp_list[device][room]['mode']['set'] = 'on'
elif command == 'mode':
self.wp_list[device][room]['speed']['set'] = DEFAULT_SPEED if payload == 'on' else 'off'
self.wp_list[device][room]['mode']['set'] = payload
self.wp_list[device][room]['speed']['last'] = 'set'
self.wp_list[device][room]['mode']['last'] = 'set'
ha_payload = {
'mode': self.wp_list[device][room]['mode']['set'],
'speed': self.wp_list[device][room]['speed']['set']
}
logger.info('[From HA]{}/{}/set = [mode={}, speed={}]'.format(device, room, self.wp_list[device][room]['mode']['set'], self.wp_list[device][room]['speed']['set']))
self.send_to_homeassistant(device, room, ha_payload)
except:
logger.info('[From HA]Error {} = {}'.format(topic, payload))
def on_publish(self, client, obj, mid):
logger.info("Publish: {}".format(str(mid)))
def on_subscribe(self, client, obj, mid, granted_qos):
logger.info("Subscribed: {} {}".format(str(mid),str(granted_qos)))
def on_connect(self, client, userdata, flags, rc):
if int(rc) == 0:
logger.info("[MQTT] connected OK")
self.homeassistant_device_discovery(initial=True)
elif int(rc) == 1:
logger.info("[MQTT] 1: Connection refused – incorrect protocol version")
elif int(rc) == 2:
logger.info("[MQTT] 2: Connection refused – invalid client identifier")
elif int(rc) == 3:
logger.info("[MQTT] 3: Connection refused – server unavailable")
elif int(rc) == 4:
logger.info("[MQTT] 4: Connection refused – bad username or password")
elif int(rc) == 5:
logger.info("[MQTT] 5: Connection refused – not authorised")
else:
logger.info("[MQTT] {} : Connection refused".format(rc))
def homeassistant_device_discovery(self, initial=False, remove=False):
subscribe_list = []
subscribe_list.append(('rs485/bridge/#', 0))
publish_list = []
self.ha_registry = False
self.kocom_scan = True
if self.wp_elevator:
ha_topic = '{}/{}/{}_{}/config'.format(HA_PREFIX, HA_SWITCH, 'wallpad', DEVICE_ELEVATOR)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_ELEVATOR),
'cmd_t': '{}/{}/{}_{}/set'.format(HA_PREFIX, HA_SWITCH, 'wallpad', DEVICE_ELEVATOR),
'stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_SWITCH, 'wallpad'),
'val_tpl': '{{ value_json.' + DEVICE_ELEVATOR + ' }}',
'ic': 'mdi:elevator',
'pl_on': 'on',
'pl_off': 'off',
'uniq_id': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_ELEVATOR),
'device': {
'name': 'Kocom {}'.format('wallpad'),
'ids': 'kocom_{}'.format('wallpad'),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
subscribe_list.append((ha_payload['cmd_t'], 0))
#subscribe_list.append((ha_payload['stat_t'], 0))
if remove:
publish_list.append({ha_topic : ''})
else:
publish_list.append({ha_topic : json.dumps(ha_payload)})
if self.wp_gas:
ha_topic = '{}/{}/{}_{}/config'.format(HA_PREFIX, HA_SWITCH, 'wallpad', DEVICE_GAS)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_GAS),
'cmd_t': '{}/{}/{}_{}/set'.format(HA_PREFIX, HA_SWITCH, 'wallpad', DEVICE_GAS),
'stat_t': '{}/{}/{}_{}/state'.format(HA_PREFIX, HA_SWITCH, 'wallpad', DEVICE_GAS),
'val_tpl': '{{ value_json.' + DEVICE_GAS + ' }}',
'ic': 'mdi:gas-cylinder',
'pl_on': 'on',
'pl_off': 'off',
'uniq_id': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_GAS),
'device': {
'name': 'Kocom {}'.format('wallpad'),
'ids': 'kocom_{}'.format('wallpad'),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
subscribe_list.append((ha_payload['cmd_t'], 0))
#subscribe_list.append((ha_payload['stat_t'], 0))
if remove:
publish_list.append({ha_topic : ''})
else:
publish_list.append({ha_topic : json.dumps(ha_payload)})
ha_topic = '{}/{}/{}_{}/config'.format(HA_PREFIX, HA_SENSOR, 'wallpad', DEVICE_GAS)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_GAS),
'stat_t': '{}/{}/{}_{}/state'.format(HA_PREFIX, HA_SENSOR, 'wallpad', DEVICE_GAS),
'val_tpl': '{{ value_json.' + DEVICE_GAS + ' }}',
'ic': 'mdi:gas-cylinder',
'uniq_id': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_GAS),
'device': {
'name': 'Kocom {}'.format('wallpad'),
'ids': 'kocom_{}'.format('wallpad'),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
#subscribe_list.append((ha_payload['stat_t'], 0))
publish_list.append({ha_topic : json.dumps(ha_payload)})
if self.wp_fan:
ha_topic = '{}/{}/{}_{}/config'.format(HA_PREFIX, HA_FAN, 'wallpad', DEVICE_FAN)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_FAN),
'cmd_t': '{}/{}/{}/mode'.format(HA_PREFIX, HA_FAN, 'wallpad'),
'stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_FAN, 'wallpad'),
'spd_cmd_t': '{}/{}/{}/speed'.format(HA_PREFIX, HA_FAN, 'wallpad'),
'spd_stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_FAN, 'wallpad'),
'stat_val_tpl': '{{ value_json.mode }}',
'spd_val_tpl': '{{ value_json.speed }}',
'pl_on': 'on',
'pl_off': 'off',
'spds': ['low', 'medium', 'high', 'off'],
'uniq_id': '{}_{}_{}'.format(self._name, 'wallpad', DEVICE_FAN),
'device': {
'name': 'Kocom {}'.format('wallpad'),
'ids': 'kocom_{}'.format('wallpad'),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
subscribe_list.append((ha_payload['cmd_t'], 0))
#subscribe_list.append((ha_payload['stat_t'], 0))
subscribe_list.append((ha_payload['spd_cmd_t'], 0))
if remove:
publish_list.append({ha_topic : ''})
else:
publish_list.append({ha_topic : json.dumps(ha_payload)})
if self.wp_light:
for room, r_value in self.wp_list[DEVICE_LIGHT].items():
if type(r_value) == dict:
for sub_device, d_value in r_value.items():
if type(d_value) == dict:
ha_topic = '{}/{}/{}_{}/config'.format(HA_PREFIX, HA_LIGHT, room, sub_device)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, room, sub_device),
'cmd_t': '{}/{}/{}_{}/set'.format(HA_PREFIX, HA_LIGHT, room, sub_device),
'stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_LIGHT, room),
'val_tpl': '{{ value_json.' + str(sub_device) + ' }}',
'pl_on': 'on',
'pl_off': 'off',
'uniq_id': '{}_{}_{}'.format(self._name, room, sub_device),
'device': {
'name': 'Kocom {}'.format(room),
'ids': 'kocom_{}'.format(room),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
subscribe_list.append((ha_payload['cmd_t'], 0))
#subscribe_list.append((ha_payload['stat_t'], 0))
if remove:
publish_list.append({ha_topic : ''})
else:
publish_list.append({ha_topic : json.dumps(ha_payload)})
if self.wp_plug:
for room, r_value in self.wp_list[DEVICE_PLUG].items():
if type(r_value) == dict:
for sub_device, d_value in r_value.items():
if type(d_value) == dict:
ha_topic = '{}/{}/{}_{}/config'.format(HA_PREFIX, HA_SWITCH, room, sub_device)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, room, sub_device),
'cmd_t': '{}/{}/{}_{}/set'.format(HA_PREFIX, HA_SWITCH, room, sub_device),
'stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_SWITCH, room),
'val_tpl': '{{ value_json.' + str(sub_device) + ' }}',
'ic': 'mdi:power-socket-eu',
'pl_on': 'on',
'pl_off': 'off',
'uniq_id': '{}_{}_{}'.format(self._name, room, sub_device),
'device': {
'name': 'Kocom {}'.format(room),
'ids': 'kocom_{}'.format(room),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
subscribe_list.append((ha_payload['cmd_t'], 0))
#subscribe_list.append((ha_payload['stat_t'], 0))
if remove:
publish_list.append({ha_topic : ''})
else:
publish_list.append({ha_topic : json.dumps(ha_payload)})
if self.wp_thermostat:
for room, r_list in self.wp_list[DEVICE_THERMOSTAT].items():
if type(r_list) == dict:
ha_topic = '{}/{}/{}/config'.format(HA_PREFIX, HA_CLIMATE, room)
ha_payload = {
'name': '{}_{}_{}'.format(self._name, room, DEVICE_THERMOSTAT),
'mode_cmd_t': '{}/{}/{}/mode'.format(HA_PREFIX, HA_CLIMATE, room),
'mode_stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_CLIMATE, room),
'mode_stat_tpl': '{{ value_json.mode }}',
'temp_cmd_t': '{}/{}/{}/target_temp'.format(HA_PREFIX, HA_CLIMATE, room),
'temp_stat_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_CLIMATE, room),
'temp_stat_tpl': '{{ value_json.target_temp }}',
'curr_temp_t': '{}/{}/{}/state'.format(HA_PREFIX, HA_CLIMATE, room),
'curr_temp_tpl': '{{ value_json.current_temp }}',
'min_temp': 5,
'max_temp': 40,
'temp_step': 1,
'modes': ['off', 'heat', 'fan_only'],
'uniq_id': '{}_{}_{}'.format(self._name, room, DEVICE_THERMOSTAT),
'device': {
'name': 'Kocom {}'.format(room),
'ids': 'kocom_{}'.format(room),
'mf': 'KOCOM',
'mdl': 'Wallpad',
'sw': SW_VERSION
}
}
subscribe_list.append((ha_topic, 0))
subscribe_list.append((ha_payload['mode_cmd_t'], 0))
#subscribe_list.append((ha_payload['mode_stat_t'], 0))
subscribe_list.append((ha_payload['temp_cmd_t'], 0))
#subscribe_list.append((ha_payload['temp_stat_t'], 0))
if remove:
publish_list.append({ha_topic : ''})
else:
publish_list.append({ha_topic : json.dumps(ha_payload)})
if initial:
self.d_mqtt.subscribe(subscribe_list)
for ha in publish_list:
for topic, payload in ha.items():
self.d_mqtt.publish(topic, payload)
self.ha_registry = ha_topic
def send_to_homeassistant(self, device, room, value):
v_value = json.dumps(value)
if device == DEVICE_LIGHT:
self.d_mqtt.publish("{}/{}/{}/state".format(HA_PREFIX, HA_LIGHT, room), v_value)
logger.info("[To HA]{}/{}/{}/state = {}".format(HA_PREFIX, HA_LIGHT, room, v_value))
elif device == DEVICE_PLUG:
self.d_mqtt.publish("{}/{}/{}/state".format(HA_PREFIX, HA_SWITCH, room), v_value)
logger.info("[To HA]{}/{}/{}/state = {}".format(HA_PREFIX, HA_SWITCH, room, v_value))
elif device == DEVICE_THERMOSTAT:
self.d_mqtt.publish("{}/{}/{}/state".format(HA_PREFIX, HA_CLIMATE, room), v_value)
logger.info("[To HA]{}/{}/{}/state = {}".format(HA_PREFIX, HA_CLIMATE, room, v_value))
elif device == DEVICE_ELEVATOR:
v_value = json.dumps({device: value})
self.d_mqtt.publish("{}/{}/{}/state".format(HA_PREFIX, HA_SWITCH, room), v_value)
logger.info("[To HA]{}/{}/{}/state = {}".format(HA_PREFIX, HA_SWITCH, room, v_value))
elif device == DEVICE_GAS:
v_value = json.dumps({device: value})
self.d_mqtt.publish("{}/{}/{}_{}/state".format(HA_PREFIX, HA_SENSOR, room, DEVICE_GAS), v_value)
logger.info("[To HA]{}/{}/{}_{}/state = {}".format(HA_PREFIX, HA_SENSOR, room, DEVICE_GAS, v_value))
self.d_mqtt.publish("{}/{}/{}_{}/state".format(HA_PREFIX, HA_SWITCH, room, DEVICE_GAS), v_value)
logger.info("[To HA]{}/{}/{}_{}/state = {}".format(HA_PREFIX, HA_SWITCH, room, DEVICE_GAS, v_value))
elif device == DEVICE_FAN:
self.d_mqtt.publish("{}/{}/{}/state".format(HA_PREFIX, HA_FAN, room), v_value)
logger.info("[To HA]{}/{}/{}/state = {}".format(HA_PREFIX, HA_FAN, room, v_value))
def get_serial(self, packet_name, packet_len):
packet = ''
start_flag = False
while True:
row_data = self.read()
hex_d = row_data.hex()
start_hex = ''
if packet_name == 'kocom': start_hex = 'aa'
elif packet_name == 'grex_ventilator': start_hex = 'd1'
elif packet_name == 'grex_controller': start_hex = 'd0'
if hex_d == start_hex:
start_flag = True
if start_flag:
packet += hex_d
if len(packet) >= packet_len:
chksum = self.check_sum(packet)
if chksum[0]:
self.tick = time.time()
logger.debug("[From {}]{}".format(packet_name, packet))
self.packet_parsing(packet)
packet = ''
start_flag = False
if not self.connected:
logger.debug('[ERROR] 서버 연결이 끊어져 get_serial Thread를 종료합니다.')
break
def check_sum(self, packet):
sum_packet = sum(bytearray.fromhex(packet)[:17])
v_sum = int(packet[34:36], 16) if len(packet) >= 36 else 0
chk_sum = '{0:02x}'.format((sum_packet + 1 + v_sum) % 256)
orgin_sum = packet[36:38] if len(packet) >= 38 else ''
return (True, chk_sum) if chk_sum == orgin_sum else (False, chk_sum)
def parse_packet(self, packet):
p = {}
try:
p['header'] = packet[:4]
p['type'] = packet[4:7]
p['order'] = packet[7:8]
if KOCOM_TYPE.get(p['type']) == 'send':
p['dst_device'] = packet[10:12]
p['dst_room'] = packet[12:14]
p['src_device'] = packet[14:16]
p['src_room'] = packet[16:18]
elif KOCOM_TYPE.get(p['type']) == 'ack':
p['src_device'] = packet[10:12]
p['src_room'] = packet[12:14]
p['dst_device'] = packet[14:16]
p['dst_room'] = packet[16:18]
p['command'] = packet[18:20]
p['value'] = packet[20:36]
p['checksum'] = packet[36:38]
p['tail'] = packet[38:42]
return p
except:
return False
def value_packet(self, p):
v = {}
if not p:
return False
try:
v['type'] = KOCOM_TYPE.get(p['type'])
v['command'] = KOCOM_COMMAND.get(p['command'])
v['src_device'] = KOCOM_DEVICE.get(p['src_device'])
v['src_room'] = KOCOM_ROOM.get(p['src_room']) if v['src_device'] != DEVICE_THERMOSTAT else KOCOM_ROOM_THERMOSTAT.get(p['src_room'])
v['dst_device'] = KOCOM_DEVICE.get(p['dst_device'])
v['dst_room'] = KOCOM_ROOM.get(p['dst_room']) if v['src_device'] != DEVICE_THERMOSTAT else KOCOM_ROOM_THERMOSTAT.get(p['dst_room'])
v['value'] = p['value']
if v['src_device'] == DEVICE_FAN:
v['value'] = self.parse_fan(p['value'])
elif v['src_device'] == DEVICE_LIGHT or v['src_device'] == DEVICE_PLUG:
v['value'] = self.parse_switch(v['src_device'], v['src_room'], p['value'])
elif v['src_device'] == DEVICE_THERMOSTAT:
v['value'] = self.parse_thermostat(p['value'], self.wp_list[v['src_device']][v['src_room']]['target_temp']['state'])
elif v['src_device'] == DEVICE_WALLPAD and v['dst_device'] == DEVICE_ELEVATOR:
v['value'] = 'off'
elif v['src_device'] == DEVICE_GAS:
v['value'] = v['command']
return v
except:
return False
def packet_parsing(self, packet, name='kocom', from_to='From'):
p = self.parse_packet(packet)
v = self.value_packet(p)
try:
if v['command'] == "조회" and v['src_device'] == DEVICE_WALLPAD:
if name == 'HA':
self.write(self.make_packet(v['dst_device'], v['dst_room'], '조회', '', ''))
logger.debug('[{} {}]{}({}) {}({}) -> {}({})'.format(from_to, name, v['type'], v['command'], v['src_device'], v['src_room'], v['dst_device'], v['dst_room']))
else:
logger.debug('[{} {}]{}({}) {}({}) -> {}({}) = {}'.format(from_to, name, v['type'], v['command'], v['src_device'], v['src_room'], v['dst_device'], v['dst_room'], v['value']))
if (v['type'] == 'ack' and v['dst_device'] == DEVICE_WALLPAD) or (v['type'] == 'send' and v['dst_device'] == DEVICE_ELEVATOR):
if v['type'] == 'send' and v['dst_device'] == DEVICE_ELEVATOR:
self.set_list(v['dst_device'], DEVICE_WALLPAD, v['value'])
self.send_to_homeassistant(v['dst_device'], DEVICE_WALLPAD, v['value'])
elif v['src_device'] == DEVICE_FAN or v['src_device'] == DEVICE_GAS:
self.set_list(v['src_device'], DEVICE_WALLPAD, v['value'])
self.send_to_homeassistant(v['src_device'], DEVICE_WALLPAD, v['value'])
elif v['src_device'] == DEVICE_THERMOSTAT or v['src_device'] == DEVICE_LIGHT or v['src_device'] == DEVICE_PLUG:
self.set_list(v['src_device'], v['src_room'], v['value'])
self.send_to_homeassistant(v['src_device'], v['src_room'], v['value'])
except:
logger.info('[{} {}]Error {}'.format(from_to, name, packet))
def set_list(self, device, room, value, name='kocom'):
try:
logger.info('[From {}]{}/{}/state = {}'.format(name, device, room, value))
if 'scan' in self.wp_list[device][room] and type(self.wp_list[device][room]['scan']) == dict:
self.wp_list[device][room]['scan']['tick'] = time.time()
self.wp_list[device][room]['scan']['count'] = 0
self.wp_list[device][room]['scan']['last'] = 0
if device == DEVICE_GAS or device == DEVICE_ELEVATOR:
self.wp_list[device][room][device]['state'] = value
self.wp_list[device][room][device]['last'] = 'state'
self.wp_list[device][room][device]['count'] = 0
elif device == DEVICE_FAN:
for sub, v in value.items():
try:
if sub == 'mode':
self.wp_list[device][room][sub]['state'] = v
self.wp_list[device][room]['speed']['state'] = 'off' if v == 'off' else DEFAULT_SPEED
else:
self.wp_list[device][room][sub]['state'] = v
self.wp_list[device][room]['mode']['state'] = 'off' if v == 'off' else 'on'
if (self.wp_list[device][room][sub]['last'] == 'set' or type(self.wp_list[device][room][sub]['last']) == float) and self.wp_list[device][room][sub]['set'] == self.wp_list[device][room][sub]['state']:
self.wp_list[device][room][sub]['last'] = 'state'
self.wp_list[device][room][sub]['count'] = 0
except:
logger.info('[From {}]Error SetListDevice {}/{}/{}/state = {}'.format(name, device, room, sub, v))
elif device == DEVICE_LIGHT or device == DEVICE_PLUG:
for sub, v in value.items():
try:
self.wp_list[device][room][sub]['state'] = v
if (self.wp_list[device][room][sub]['last'] == 'set' or type(self.wp_list[device][room][sub]['last']) == float) and self.wp_list[device][room][sub]['set'] == self.wp_list[device][room][sub]['state']:
self.wp_list[device][room][sub]['last'] = 'state'
self.wp_list[device][room][sub]['count'] = 0
except:
logger.info('[From {}]Error SetListDevice {}/{}/{}/state = {}'.format(name, device, room, sub, v))
elif device == DEVICE_THERMOSTAT:
for sub, v in value.items():
try:
if sub == 'mode':
self.wp_list[device][room][sub]['state'] = v
else:
self.wp_list[device][room][sub]['state'] = int(float(v))
self.wp_list[device][room]['mode']['state'] = 'heat'
if (self.wp_list[device][room][sub]['last'] == 'set' or type(self.wp_list[device][room][sub]['last']) == float) and self.wp_list[device][room][sub]['set'] == self.wp_list[device][room][sub]['state']:
self.wp_list[device][room][sub]['last'] = 'state'
self.wp_list[device][room][sub]['count'] = 0
except:
logger.info('[From {}]Error SetListDevice {}/{}/{}/state = {}'.format(name, device, room, sub, v))
except:
logger.info('[From {}]Error SetList {}/{} = {}'.format(name, device, room, value))
def scan_list(self):
while True:
if not self.kocom_scan:
now = time.time()
if now - self.tick > KOCOM_INTERVAL / 1000:
try:
for device, d_list in self.wp_list.items():
if type(d_list) == dict and ((device == DEVICE_ELEVATOR and self.wp_elevator) or (device == DEVICE_FAN and self.wp_fan) or (device == DEVICE_GAS and self.wp_gas) or (device == DEVICE_LIGHT and self.wp_light) or (device == DEVICE_PLUG and self.wp_plug) or (device == DEVICE_THERMOSTAT and self.wp_thermostat)):
for room, r_list in d_list.items():
if type(r_list) == dict:
if 'scan' in r_list and type(r_list['scan']) == dict and now - r_list['scan']['tick'] > SCAN_INTERVAL and ((device == DEVICE_FAN and self.wp_fan) or (device == DEVICE_GAS and self.wp_gas) or (device == DEVICE_LIGHT and self.wp_light) or (device == DEVICE_PLUG and self.wp_plug) or (device == DEVICE_THERMOSTAT and self.wp_thermostat)):
if now - r_list['scan']['last'] > 2:
r_list['scan']['count'] += 1
r_list['scan']['last'] = now
self.set_serial(device, room, '', '', cmd='조회')
time.sleep(SCANNING_INTERVAL)
if r_list['scan']['count'] > 4:
r_list['scan']['tick'] = now
r_list['scan']['count'] = 0
r_list['scan']['last'] = 0
else:
for sub_d, sub_v in r_list.items():
if sub_d != 'scan':
if sub_v['count'] > 4:
sub_v['count'] = 0
sub_v['last'] = 'state'
elif sub_v['last'] == 'set':
sub_v['last'] = now
if device == DEVICE_GAS:
sub_v['last'] += 5
elif device == DEVICE_ELEVATOR:
sub_v['last'] = 'state'
self.set_serial(device, room, sub_d, sub_v['set'])
elif type(sub_v['last']) == float and now - sub_v['last'] > 1:
sub_v['last'] = 'set'
sub_v['count'] += 1
except:
logger.debug('[Scan]Error')
if not self.connected:
logger.debug('[ERROR] 서버 연결이 끊어져 scan_list Thread를 종료합니다.')
break
time.sleep(0.2)
def set_serial(self, device, room, target, value, cmd='상태'):
if (time.time() - self.tick) < KOCOM_INTERVAL / 1000:
return
if cmd == '상태':
logger.info('[To {}]{}/{}/{} -> {}'.format(self._name, device, room, target, value))
elif cmd == '조회':
logger.info('[To {}]{}/{} -> 조회'.format(self._name, device, room))
packet = self.make_packet(device, room, '상태', target, value) if cmd == '상태' else self.make_packet(device, room, '조회', '', '')
v = self.value_packet(self.parse_packet(packet))
logger.debug('[To {}]{}'.format(self._name, packet))
if v['command'] == "조회" and v['src_device'] == DEVICE_WALLPAD:
logger.debug('[To {}]{}({}) {}({}) -> {}({})'.format(self._name, v['type'], v['command'], v['src_device'], v['src_room'], v['dst_device'], v['dst_room']))
else:
logger.debug('[To {}]{}({}) {}({}) -> {}({}) = {}'.format(self._name, v['type'], v['command'], v['src_device'], v['src_room'], v['dst_device'], v['dst_room'], v['value']))
if device == DEVICE_ELEVATOR:
self.send_to_homeassistant(DEVICE_ELEVATOR, DEVICE_WALLPAD, 'on')
self.write(packet)
def make_packet(self, device, room, cmd, target, value):
p_header = 'aa5530bc00'
p_device = KOCOM_DEVICE_REV.get(device)
p_room = KOCOM_ROOM_REV.get(room) if device != DEVICE_THERMOSTAT else KOCOM_ROOM_THERMOSTAT_REV.get(room)
p_dst = KOCOM_DEVICE_REV.get(DEVICE_WALLPAD) + KOCOM_ROOM_REV.get(DEVICE_WALLPAD)
p_cmd = KOCOM_COMMAND_REV.get(cmd)
p_value = ''
if cmd == '조회':
p_value = '0000000000000000'
else:
if device == DEVICE_ELEVATOR:
p_device = KOCOM_DEVICE_REV.get(DEVICE_WALLPAD)