def __init__(self):
try:
self.mySensors = mySensors()
except: # reconnect one more time if DB is busy
time.sleep(2)
self.mySensors = mySensors()
self.getDevices()
self.getSensors()
def __init__(self):
try:
self.mySensors = mySensors()
except: # reconnect one more time if DB is busy
time.sleep(2)
self.mySensors = mySensors()
self.getDevices()
self.getSensors()
self.logHandler = myLogs('miio-class', 0o666)
def __init__(self):
self.mySensors = mySensors()
self.getSensorsActions()
self.log("SensorMonitor started")
self.lastRun = {} #save last action run time (delay)
self.lastChange = {} # time of last changes
self.lastCmdRun = {} # time of last run of cmd (not sensor)
def getSensors(self):
self.sensorsByAddr = {}
self.sensorsByID = {}
sensorsDB = mySensors()
sensors = sensorsDB.getSensors({"type":"mqtt"}).values()
for sensor in sensors:
if not sensor['sensor'] in self.sensorsByAddr: self.sensorsByAddr[sensor['sensor']] = {}
self.sensorsByAddr[sensor['sensor']] = sensor.copy()
if not sensor['sensor_id'] in self.sensorsByID: self.sensorsByID[sensor['sensor_id']] = {}
self.sensorsByID[str(sensor['sensor_id'])] = sensor.copy()
sensorsDB.closeDB()
def send(self, rcpt, msg):
dat = msg.copy()
dat.update({
'ttl': 1000,
'priority': 'high',
'id': self.ID
})
to = rcpt.split('=')
try:
dat[to[0]] = to[1]
except IndexError:
dat['device'] = rcpt
success = False
while not success and self.errorCounter < 2:
try:
response, content = self.SESSION.request(
self.API,
method="POST",
headers={
'Content-Type': 'application/json; charset=UTF-8'
},
body=json.dumps(dat))
if response.status == 200 and content.decode() == '{}':
self.errorCounter = 0
success = True
else:
self.errorCounter += 1
time.sleep(1)
except:
self.errorCounter += 1
time.sleep(1)
if not success:
fcmSensor = 23
state = mySensors().getSensor(fcmSensor)
if state['state'] == 'ON':
mySensors().saveSensorState(fcmSensor, 'OFF', True)
return success
def getSensors(self):
self.sensorsByAddr = {}
self.sensorsByID = {}
self.mySensors = mySensors()
sensors = self.mySensors.getSensors({"type": "arduino"}).values()
for sensor in sensors:
if not sensor['sensor'] in self.sensorsByAddr:
self.sensorsByAddr[sensor['sensor']] = {}
self.sensorsByAddr[sensor['sensor']] = sensor.copy()
if not sensor['sensor_id'] in self.sensorsByID:
self.sensorsByID[sensor['sensor_id']] = {}
self.sensorsByID[str(sensor['sensor_id'])] = sensor.copy()
def updateSensorByAddr(self, addr, state, commit = True):
ok = False
sensor = self.getSensorByAddr(addr)
#print(addr + " " + state)
self.log(str(addr) + " " + state)
if sensor and 'sensor_id' in sensor:
try:
# unable to use self.mySensors - mqtt callback is in another thred
#print(str(sensor['sensor_id']) + " " + state)
sensors = mySensors()
sensors.saveSensorState(sensor['sensor_id'], state, commit)
sensors.closeDB()
self.log("Switched sensor " + str(sensor['sensor_id']) + " " + state)
except Exception, e:
self.log("*** ERROR *** " + str(e))
pass
ok = True
def getSensors(self):
self.sensorsByAddr = {}
self.sensorsByID = {}
self.sensorsByNodeID = {}
sensorsDB = mySensors()
sensors = sensorsDB.getSensors({"type": "espnow"}).values()
for sensor in sensors:
if not sensor['sensor_id'] in self.sensorsByID:
self.sensorsByID[sensor['sensor_id']] = {}
self.sensorsByID[str(sensor['sensor_id'])] = sensor.copy()
nodeName = self.getNodeId(sensor['sensor'].split('/')[0])
self.sensorsByNodeID[nodeName] = str(sensor['sensor_id'])
self.sensorsByAddr[sensor['sensor']] = str(sensor['sensor_id'])
sensorsDB.closeDB()
del sensorsDB
#!/home/scripts/venv/python3/bin/python3
# -*- coding: utf-8 -*-
# Выключает выключатели света через zwave
# Эмуляция проходного выключателя в коридоре
# Старая версия (zwave - zwave) в файле hall-light-loop-switch.py
#
import sys,os,time
import RPi.GPIO as GPIO
import string
import subprocess
import zc.lockfile
sys.path.append('/home/scripts/libs')
from mySensors import mySensors
from myRunLock import myRunLock
sensor_id = int(sys.argv[1]);
lock = myRunLock(str(sensor_id))
mySensors = mySensors()
lightOn = mySensors.getSensor(65)['state'] == 'ON';
if (lightOn):
subprocess.Popen(['/home/scripts/actions/espnow-switch.py', "65", 'POFF'])
else:
subprocess.Popen(['/home/scripts/actions/espnow-switch.py', "65", 'PON'])
lock.release()
def __init__(self):
#self.name = os.path.basename(__file__)
self.mySensors = mySensors()
self.getSensors()
self.getSensorGroups()
self.log("SensorMonitor started")
def __init__(self):
self.mySensors = mySensors()
self.sensors = self.mySensors.getCommands()
self.lastRun = {} #save last action run time (delay)
self.log("CmdMonitor started")
