def senddata(self, idx, taskobj, changedvalue=-1):
if self.enabled:
mStates = ["Off", "On"]
# domomsg = '{{ "idx": {0}, "nvalue": {1:0.2f}, "svalue": "{2}" }}'
domomsgw = '{{ "idx": {0}, "nvalue": {1:0.2f}, "svalue": "{2}", "RSSI": {3} }}'
domomsgwb = '{{ "idx": {0}, "nvalue": {1:0.2f}, "svalue": "{2}", "RSSI": {3}, "Battery": {4} }}'
domosmsgw = '{{"command": "switchlight", "idx": {0}, "switchcmd": "Set Level", "level":"{1}", "RSSI": {2} }}'
domosmsgwb = '{{"command": "switchlight", "idx": {0}, "switchcmd": "Set Level", "level":"{1}", "RSSI": {2}, "Battery": {3} }}'
if self._connected:
try:
usebattery = float(str(taskobj.battery).strip())
except Exception as e:
usebattery = -1
if int(idx) > 0:
if usebattery != -1 and usebattery != 255:
bval = int(usebattery)
else:
bval = int(misc.get_battery_value())
msg = ""
if (int(taskobj.vtype) == pglobals.SENSOR_TYPE_SWITCH):
try:
stateid = round(float(taskobj.uservar[0]))
except:
stateid = 0
if stateid < 0:
stateid = 0
if stateid > 1:
stateid = 1
msg = domomsgwb.format(str(idx), int(stateid),
mStates[stateid],
mapRSSItoDomoticz(taskobj.rssi),
str(bval))
elif (int(taskobj.vtype) == pglobals.SENSOR_TYPE_DIMMER):
msg = domosmsgwb.format(
str(idx), str(taskobj.uservar[0]),
mapRSSItoDomoticz(taskobj.rssi), str(bval))
else:
msg = domomsgwb.format(
str(idx), 0,
formatDomoticzSensorType(taskobj.vtype,
taskobj.uservar),
mapRSSItoDomoticz(taskobj.rssi), str(bval))
try:
self._mqttclient.publish(self.inchannel.encode(),
msg.encode())
except:
self._connected = False
else:
misc.addLog(pglobals.LOG_LEVEL_ERROR,
"MQTT idx error, sending failed.")
else:
misc.addLog(pglobals.LOG_LEVEL_ERROR,
"MQTT not connected, sending failed.")
if ((utime.time() - self.lastreconnect) > 30):
# if ((time.time()-self.lastreconnect)>30) and (self.connectinprogress==0):
self.connect()
def senddata(self,
idx,
sensortype,
value,
userssi=-1,
usebattery=-1,
tasknum=-1,
changedvalue=-1):
if self.enabled:
if int(idx) != 0:
try:
usebattery = float(usebattery)
except:
usebattery = -1
if int(sensortype) == rpieGlobals.SENSOR_TYPE_SWITCH:
url = "/json.htm?type=command¶m=switchlight&idx="
url += str(idx)
url += "&switchcmd="
if round(float(value[0])) == 0:
url += "Off"
else:
url += "On"
elif int(sensortype) == rpieGlobals.SENSOR_TYPE_DIMMER:
url = "/json.htm?type=command¶m=switchlight&idx="
url += str(idx)
url += "&switchcmd="
if float(value[0]) == 0:
url += "Off"
else:
url += "Set%20Level&level="
url += str(value[0])
else:
url = "/json.htm?type=command¶m=udevice&idx="
url += str(idx)
url += "&nvalue=0&svalue="
url += formatDomoticzSensorType(sensortype, value)
url += "&rssi="
url += mapRSSItoDomoticz(userssi)
if int(usebattery) != -1 and int(
usebattery
) != 255: # battery input 0..100%, 255 means not supported
url += "&battery="
url += str(int(usebattery))
else:
bval = misc.get_battery_value()
url += "&battery="
url += str(int(bval))
urlstr = self.controllerip + ":" + self.controllerport + url + self.getaccountstr(
)
misc.addLog(rpieGlobals.LOG_LEVEL_DEBUG, urlstr) # sendviahttp
httpproc = Process(
target=self.urlget,
args=(urlstr, )) # use multiprocess to avoid blocking
httpproc.start()
else:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"MQTT : IDX cannot be zero!")
def senddata(self,idx,sensortype,value,userssi=-1,usebattery=-1,tasknum=-1,changedvalue=-1):
if self.enabled:
sqlstr = "insert into easysensor (time,unit,nodename,taskname,sensortype"
sqlstr2 = ") values ('"+ str(datetime.datetime.now()) +"',"+str(Settings.Settings["Unit"])+",'"+str(Settings.Settings["Name"])+"','"+str(Settings.Tasks[tasknum].gettaskname())+"',"+str(sensortype)
vcount = 4
if tasknum!=-1:
try:
sqlstr += ",tasknum"
sqlstr2 += ","+str(tasknum+1)
vcount = Settings.Tasks[tasknum].valuecount
except:
pass
if vcount>0:
if sensortype==rpieGlobals.SENSOR_TYPE_TEXT:
sqlstr += ",valuetext"
else:
sqlstr += ",value1"
sqlstr2 += ","+str(value[0])
if vcount>1:
sqlstr += ",value2"
sqlstr2 += ","+str(value[1])
if vcount>2:
sqlstr += ",value3"
sqlstr2 += ","+str(value[2])
if vcount>3:
sqlstr += ",value4"
sqlstr2 += ","+str(value[3])
sqlstr += ",rssi"
sqlstr2 += ","+str(getCachedRSSI(userssi))
try:
usebattery = float(usebattery)
except:
usebattery = -1
if usebattery != -1 and usebattery != 255: # battery input 0..100%, 255 means not supported
sqlstr += ",battery"
sqlstr2 += ","+str(usebattery)
else:
bval = misc.get_battery_value()
if bval != 255:
sqlstr += ",battery"
sqlstr2 += ","+str(bval)
sqlstr = sqlstr + sqlstr2+")"
# print(sqlstr)
try:
self.db.sqlexec(sqlstr)
except Exception as e:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,"DBStore: "+str(e))
def senddata(self,idx,sensortype,value,userssi=-1,usebattery=-1,tasknum=-1,changedvalue=-1):
if self.enabled:
mStates = ["Off","On"]
# domomsg = '{{ "idx": {0}, "nvalue": {1:0.2f}, "svalue": "{2}" }}'
domomsgw = '{{ "idx": {0}, "nvalue": {1:0.2f}, "svalue": "{2}", "RSSI": {3} }}'
domomsgwb = '{{ "idx": {0}, "nvalue": {1:0.2f}, "svalue": "{2}", "RSSI": {3}, "Battery": {4} }}'
domosmsgw = '{{"command": "switchlight", "idx": {0}, "switchcmd": "Set Level", "level":"{1}", "RSSI": {2} }}'
domosmsgwb = '{{"command": "switchlight", "idx": {0}, "switchcmd": "Set Level", "level":"{1}", "RSSI": {2}, "Battery": {3} }}'
if self.isconnected(False):
try:
usebattery = float(str(usebattery).strip())
except Exception as e:
usebattery = -1
if int(idx) > 0:
if usebattery != -1 and usebattery != 255:
bval = usebattery
else:
bval = misc.get_battery_value()
msg = ""
if (int(sensortype)==rpieGlobals.SENSOR_TYPE_SWITCH):
try:
stateid = round(float(value[0]))
except:
stateid = 0
if stateid<0:
stateid = 0
if stateid>1:
stateid = 1
msg = domomsgwb.format(str(idx), int(stateid), mStates[stateid], mapRSSItoDomoticz(userssi),str(bval))
elif (int(sensortype)==rpieGlobals.SENSOR_TYPE_DIMMER):
msg = domosmsgwb.format(str(idx), str(value[0]), mapRSSItoDomoticz(userssi),str(bval))
else:
msg = domomsgwb.format(str(idx), 0, formatDomoticzSensorType(sensortype,value), mapRSSItoDomoticz(userssi),str(bval))
mres = 1
try:
(mres,mid) = self.mqttclient.publish(self.inchannel,msg)
except:
mres = 1
if mres!=0:
self.isconnected()
else:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,"MQTT idx error, sending failed.")
else:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,"MQTT not connected, sending failed.")
if ((time.time()-self.lastreconnect)>30):
# if ((time.time()-self.lastreconnect)>30) and (self.connectinprogress==0):
self.connect()
def senddata(self, idx, taskobj, changedvalue=-1):
if self.enabled:
if int(idx) != 0:
if int(taskobj.vtype) == pglobals.SENSOR_TYPE_SWITCH:
url = "/json.htm?type=command¶m=switchlight&idx="
url += str(idx)
url += "&switchcmd="
if round(float(taskobj.uservar[0])) == 0:
url += "Off"
else:
url += "On"
elif int(taskobj.vtype) == pglobals.SENSOR_TYPE_DIMMER:
url = "/json.htm?type=command¶m=switchlight&idx="
url += str(idx)
url += "&switchcmd="
if float(taskobj.uservar[0]) == 0:
url += "Off"
else:
url += "Set%20Level&level="
url += str(taskobj.uservar[0])
else:
url = "/json.htm?type=command¶m=udevice&idx="
url += str(idx)
url += "&nvalue=0&svalue="
url += formatDomoticzSensorType(taskobj.vtype,
taskobj.uservar)
url += "&rssi="
url += mapRSSItoDomoticz(taskobj.rssi)
if taskobj.battery != -1 and taskobj.battery != 255: # battery input 0..100%, 255 means not supported
url += "&battery="
url += str(int(taskobj.battery))
else:
bval = misc.get_battery_value()
url += "&battery="
url += str(int(bval))
urlstr = self.controllerip + ":" + self.controllerport + url + self.getaccountstr(
)
misc.addLog(pglobals.LOG_LEVEL_DEBUG, urlstr) # sendviahttp
self.urlget(urlstr)
else:
misc.addLog(pglobals.LOG_LEVEL_ERROR,
"MQTT : IDX cannot be zero!")
def senddata(self,idx,sensortype,value,userssi=-1,usebattery=-1,tasknum=-1,changedvalue=-1):
if self.enabled:
success = False
if self.isconnected(False):
if self.useJSON:
changedvalue = 1 # force only one msg sending
if tasknum!=-1:
tname = Settings.Tasks[tasknum].gettaskname()
if changedvalue==-1:
for u in range(Settings.Tasks[tasknum].valuecount):
vname = Settings.Tasks[tasknum].valuenames[u]
if vname != "":
if ('%t' in self.inch) or ('%v' in self.inch):
gtopic = self.inch.replace('#/','')
gtopic = gtopic.replace('#','')
gtopic = gtopic.replace('%tskname%',tname)
gtopic = gtopic.replace('%tskid%',str(tasknum+1))
gtopic = gtopic.replace('%valname%',vname)
else:
gtopic = self.inch.replace('#',tname+"/"+vname)
gval = str(value[u])
if gval == "":
gval = "0"
mres = 1
try:
(mres,mid) = self.mqttclient.publish(gtopic,gval)
# print(gtopic) # DEBUG
except:
mres = 1
if mres!=0:
self.isconnected()
break
else:
vname = Settings.Tasks[tasknum].valuenames[changedvalue-1]
if ('%t' in self.inch) or ('%v' in self.inch):
gtopic = self.inch.replace('#/','')
gtopic = gtopic.replace('#','')
gtopic = gtopic.replace('%tskname%',tname)
gtopic = gtopic.replace('%tskid%',str(tasknum+1))
gtopic = gtopic.replace('%valname%',vname)
else:
if self.useJSON:
gtopic = self.inch.replace('#',tname) # use only taskname for json reporting
else:
gtopic = self.inch.replace('#',tname+"/"+vname)
if vname != "":
gval = str(value[changedvalue-1])
if gval == "":
gval = "0"
if self.useJSON: # modify payload
gval = '{"taskname":"'+ Settings.Tasks[tasknum].taskname +'",'
for u in range(Settings.Tasks[tasknum].valuecount):
gval += '"'+ Settings.Tasks[tasknum].valuenames[u] + '":'
val = value[u]
if str(val).replace(".","").isnumeric():
gval += str(val)
else:
gval += '"'+ str(val) +'"'
gval += ","
try:
usebattery = float(str(usebattery).strip())
except Exception as e:
usebattery = -1
bval = -1
if usebattery != -1 and usebattery != 255:
bval = usebattery
else:
bval = misc.get_battery_value()
if bval != -1 and bval != 255:
gval += '"battery":'+ str(bval)+ ','
if userssi != -1:
gval += '"rssi":'+ str(userssi)+ ','
ps = str(Settings.Tasks[tasknum].ports)
if ps != "0" and ps != "":
gval += '"port":"'+ str(ps)+ '",'
gval = gval[:-1]+"}"
mres = 1
try:
(mres,mid) = self.mqttclient.publish(gtopic,gval)
# print(gtopic,gval) # DEBUG
except:
mres = 1
if mres!=0:
self.isconnected()
else:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,"MQTT taskname error, sending failed.")
else:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,"MQTT not connected, sending failed.")
if (time.time()-self.lastreconnect)>30:
self.connect()
