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Copy pathCreasolDomBusProtocol.py
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CreasolDomBusProtocol.py
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# Define constants and functions needed by CreasolDom RS485 bus protocol
"""
Protocol definition (in bytes):
========================= Protocol 1 ========================
0xda addr[2] length cmd|ACK|LEN arg1_1 [arg1_2] [arg1_3] cmd2 arg2_1 [arg2_2] [arg2_3] ...... checksum
preamble: 0x5a when transmitted by the master controller, 0xda when transmitted by the slave device
address (2 bytes):
0 => master (domoticz)
0xffff => broadcast
1 => default slave address
length: payload lenght (from cmd1 to checksum, excluding checksum)
cmd: syntax: CCCC ALLL where CCCC is the command family, A=1 when this is an acknowledge, LLL is the number of arguments for that command
args: at least 1 argument for each command
checksum: simply a checksum from preamble to checksum, excluding checksum
======================== Protocol 2 ======================== @20201216
0x3a dstAddr[2] srcAddr[2] length cmd|ACK|len/2 port parameters[1,3,5,7,9,11] cmd2|ACK|len2/2 port2 parameters2 cmd3|ACK|len3/2 port3 parameters3
"""
JSONURL = "http://127.0.0.1:8080/json.htm" #port may be different. Also, 127.0.0.1 should be enabled in the configuration "Trusted Network" field.
import Domoticz
import time
import struct
import re
import json
import math
import requests # needed to call a scene/group by a DCMD command from a module
#if 1, when a module does not transmit for more than 15 minutes (MODULE_ALIVE_TIME), it will appear in red (TimedOut)
PROTOCOL1_WITH_PERIODIC_TX=1 # set to 1 if all existing modules transmit their status periodically (oldest modules with protocol 1 did not)
#some constants
FRAME_LEN_MIN=7
FRAME_LEN_MIN2=9 #Min length of frame for protocol 2
FRAME_LEN_MAX=31 #max length for TX (devices cannot handle long frames)
FRAME_LEN=3
FRAME_LEN2=5
FRAME_HEADER=4
FRAME_HEADER2=6
PREAMBLE_MASTER=0x5a
PREAMBLE_DEVICE=0xda
PREAMBLE=0x3a #Preamble for protocol 2
CMD_LEN_MASK=0x07
CMD_MASK=0xf0
CMD_ACK=0x08
TX_RETRY=10 #max number of retries
TX_RETRY_TIME=80 # ms: retry every TX_RETRY_TIME * 2^retry
PERIODIC_STATUS_INTERVAL=300 #seconds: refresh output status to device every 5 minutes
MODULE_ALIVE_TIME=900 #if no frame is received in this time, module is considered dead (and periodic output status will not be transmitted)
CMD_CONFIG=0x00 #Config port
CMD_GET=0x10 #Get status
CMD_SET=0x20 #Set outputs/values
CMD_DCMD_CONFIG=0xe0 #Send DCMD configuration
CMD_DCMD=0xf0 #Receive DCMD command from Dombus
SUBCMD_CALIBRATE=0x00 #Send calibration value to a temperature/humidity sensor
SUBCMD_SET=0x01 #Send a 16bit value (used to change modbus device address and evseMaxCurrent)
SUBCMD_SET2=0x02 #Send parameter 2 (16bit value)
SUBCMD_SET3=0x03 #Send parameter 3 (16bit value)
SUBCMD_SET4=0x04 #Send parameter 4 (16bit value)
SUBCMD_SET5=0x05 #Send parameter 5 (16bit value)
SUBCMD_SET6=0x06 #Send parameter 6 (16bit value)
SUBCMD_SET7=0x07 #Send parameter 7 (16bit value)
SUBCMD_SET8=0x08 #Send parameter 8 (16bit value)
SUBCMD_SET9=0x09 #Send parameter 9 (16bit value)
SUBCMD_SET10=0x0a #Send parameter 10 (16bit value)
SUBCMD_SETMAX=0x10 #Send parameter 16
PORTTYPE_DISABLED=0x0000 #port not used
PORTTYPE_OUT_DIGITAL=0x0002 #digital, opto or relay output
PORTTYPE_OUT_RELAY_LP=0x0004 #relay output with lowpower PWM
PORTTYPE_OUT_LEDSTATUS=0x0008 #output used as led status
PORTTYPE_OUT_DIMMER=0x0010 #dimmer output, 0-100%
PORTTYPE_OUT_BUZZER=0x0020 #buzzer outputs (2 ports used as buzzer output, in push-pull)
PORTTYPE_OUT_FLASH=0x0020 #flash output, led, buzzer: same as OUT_BUZZER
PORTTYPE_IN_AC=0x0040 #input AC 50Hz (with optocoupler)
PORTTYPE_IN_DIGITAL=0x0080 #input digital
PORTTYPE_IN_ANALOG=0x0100 #input analog (ADC)
PORTTYPE_IN_TWINBUTTON=0x0200 #2 buttons connected to a single input through a resistor
PORTTYPE_IN_COUNTER=0x0400 #input pulses that increase a counter (incremental)
PORTTYPE_1WIRE=0x1000 #1 wire
PORTTYPE_SENSOR_DISTANCE=0x2000 #distance measurement (send a pulse and measure echo delay)
PORTTYPE_SENSOR_TEMP=0x4000 #Temperature
PORTTYPE_SENSOR_HUM=0x8000 #Relative Humidity
PORTTYPE_SENSOR_TEMP_HUM=0xc000 #Temp+Hum
PORTTYPE_SENSOR_ALARM=0x20000 #Triple biased alarm sensor
PORTTYPE_OUT_BLIND=0x01000000 #Blind output, close command (next port of DomBus device will be automatically used as Blind output, open command)
PORTTYPE_OUT_ANALOG=0x02000000 #0-10V output, 1% step, 0-100
PORTTYPE_CUSTOM=0x80000000 #custom port with only 1 function
PORTOPT_NONE=0x0000 #No options
PORTOPT_INVERTED=0x0001 #Logical inverted: MUST BE 1
PORTOPT_PULLUP=0x0002 #pullup enabled
PORTOPT_PULLDOWN=0x0004 #pulldown enabled
#.....
#note: since version
PORTOPT_SELECTOR=0x0002 #Custom port configured as a selection switch to show/set different values
PORTOPT_DIMMER=0x0004 #Dimmer slide
PORTOPT_LATCHING_RELAY=0x0008 #Latching relay, managed as normal On/Off switch
PORTOPT_EV3PSELECT=0x00fe #Relay 2 of EVSE module used to enable 3phase
PORTOPT_ADDRESS=0x0100 #Modbus device address
PORTOPT_IMPORT_ENERGY=0x0102 #Total import energy in Wh*10 [32bit]
PORTOPT_EXPORT_ENERGY=0x0104 #Total export energy in Wh*10 [32bit]
PORTOPT_VOLTAGE=0x0106 #Voltage in Volt/10
PORTOPT_POWER_FACTOR=0x0108 #Power factore 1/1000
PORTOPT_FREQUENCY=0x010a #Frequency Hz/100
PORTOPT_CURRENT=0x010c
PORTTYPE={PORTTYPE_OUT_DIGITAL:244, PORTTYPE_OUT_RELAY_LP:244, PORTTYPE_OUT_LEDSTATUS:244, PORTTYPE_OUT_DIMMER:244, PORTTYPE_OUT_BUZZER:244, PORTTYPE_OUT_FLASH:244, PORTTYPE_IN_AC:244, PORTTYPE_IN_DIGITAL:244, PORTTYPE_IN_ANALOG:244, PORTTYPE_IN_TWINBUTTON:244, PORTTYPE_IN_COUNTER:243, PORTTYPE_SENSOR_HUM:81, PORTTYPE_SENSOR_TEMP:80, PORTTYPE_SENSOR_TEMP_HUM:82, PORTTYPE_SENSOR_DISTANCE:243, PORTTYPE_SENSOR_ALARM:244, PORTTYPE_OUT_BLIND:244, PORTTYPE_OUT_ANALOG:244}
PORT_TYPENAME={PORTTYPE_OUT_DIGITAL:"Switch", PORTTYPE_OUT_RELAY_LP:"Switch", PORTTYPE_OUT_LEDSTATUS:"Switch", PORTTYPE_OUT_DIMMER:"Dimmer", PORTTYPE_OUT_BUZZER:"Selector Switch", PORTTYPE_OUT_FLASH:"Selector Switch", PORTTYPE_IN_AC:"Switch", PORTTYPE_IN_DIGITAL:"Switch", PORTTYPE_IN_ANALOG:"Voltage", PORTTYPE_IN_TWINBUTTON:"Selector Switch", PORTTYPE_IN_COUNTER:"Counter Incremental", PORTTYPE_SENSOR_HUM:"Humidity", PORTTYPE_SENSOR_TEMP:"Temperature", PORTTYPE_SENSOR_TEMP_HUM:"Temp+Hum", PORTTYPE_SENSOR_DISTANCE:"Distance", PORTTYPE_SENSOR_ALARM:"Switch", PORTTYPE_OUT_BLIND:"Switch", PORTTYPE_OUT_ANALOG:"Dimmer", PORTTYPE_CUSTOM:"Dimmer"}
PORTTYPES={
"DISABLED":0x0000, # port not used
"OUT_DIGITAL":0x0002, # relay output
"OUT_RELAY_LP":0x0004, # relay output
"OUT_LEDSTATUS":0x0008, # output used as led status
"OUT_DIMMER":0x0010, # dimmer output
"OUT_FLASH":0x0020, # buzzer output or flash or led flashing
"OUT_BUZZER":0x0020, # buzzer output (2 ports, push-pull)
"IN_AC":0x0040, # input AC 50Hz (with optocoupler)
"IN_DIGITAL":0x0080, # input digital
"IN_ANALOG":0x0100, # input analog (ADC)
"IN_TWINBUTTON":0x0200, # 2 buttons connected to a single input through a resistor
"IN_COUNTER":0x0400, # pulse counter
"DISTANCE":0x2000, # measure distance in mm
"TEMPERATURE":0x4000, # temperature
"HUMIDITY":0x8000, # relative humidity
"TEMP+HUM":0xc000, # temp+hum
"SENSOR_ALARM":0x20000, # Triple biased alarm sensor
"OUT_BLIND":0x01000000, # blind with up/down/stop command
"OUT_ANALOG":0x02000000, # 0-10V output, 0-100, 1% step
"CUSTOM":0x80000000, # Custom port (enabled only if PORTOPT is specified)
}
PORTOPTS={
"NORMAL":0x0000, # no options defined
"INVERTED":0x0001, # input or output is inverted (logic 1 means the corresponding GPIO is at GND
"PULLUP":0x0002,
"PULLDOWN":0x0004,
# options for CUSTOM device only
"SELECTOR":0x0002, # Selection switch
"DIMMER":0x0004, # Dimmer
"TOUCH":0x0006, # Touch sensor
"EV3PSELECT":0x00fe, # EVSE 3PSELECT
}
PORTTYPENAME={ #Used to set the device TypeName
"DISABLED":"Switch",
"OUT_DIGITAL":"Switch",
"OUT_RELAY_LP":"Switch",
"OUT_LEDSTATUS":"Switch", # output used as led status
"OUT_DIMMER":"Dimmer",
"OUT_BUZZER":"Selector Switch",
"OUT_FLASH":"Selector Switch",
"IN_AC":"Switch",
"IN_DIGITAL":"Switch",
"IN_ANALOG":"Voltage",
"IN_TWINBUTTON":"Selector Switch",
"IN_COUNTER":"Counter Incremental",
"HUMIDITY":"Humidity",
"TEMPERATURE":"Temperature",
"TEMP+HUM":"Temp+Hum",
"DISTANCE":"Distance",
"SENSOR_ALARM": "Switch",
# "OUT_BLIND":"Venetian Blinds EU", #not available in domoticz yet. hardware/plugins/PythonObjects.cpp must be updated!
"OUT_BLIND":"Switch",
"OUT_ANALOG":"Dimmer",
"CUSTOM":"Switch",
"SETPOINT":"Setpoint",
}
DCMD_IN_EVENTS={
"NONE": 0,
"OFF": 1,
"ON": 2,
"PULSE": 3, #short pulse
"PULSE1": 4, #1s pulse
"PULSE2": 5, #2s pulse
"PULSE4": 6, #4s pulse
"DIMMER": 7, #Dimming control
"VALUE": 8, #value (sensor, voltage, ...)
"ONUP": 9, #Twinbutton UP
"PULSEUP": 10,
"PULSEUP1": 11,
"PULSEUP2": 12,
"PULSEUP4": 13,
"PULSE3": 14,
"PULSEUP3": 15,
"MAX": 16, #max number of events
}
DCMD_OUT_CMDS={
"NONE": 0,
"OFF": 1, #Turn off output
"ON": 2, #turn ON output
"TOGGLE": 3, #toggle output ON -> OFF -> ON -> ....
"DIMMER": 4, #set value
"DOWN": 5, #Blind DOWN
"UP": 6, #Blind UP
"MAX": 7, #Max number of commands
}
DCMD_OUT_CMDS_Names=["None", "Off", "On", "Toggle", "Dimmer", "Down", "Up"]
TYPENAME2TYPESUB={
#Typename: [Type, SubType, Switchtype]
'Switch': [244,73,0],
'Dimmer': [244,73,7],
'Voltage': [243,8,0],
'Selector Switch': [244,62,0],
'Counter Incremental': [243,28,0],
'Humidity': [81,1,0],
'Temperature': [80,5,0],
'Temp+Hum': [82,1,0],
'Distance': [243,27,0],
}
rxbuffer=bytearray() #serial rx buffer
txbuffer=bytearray() #serial tx buffer
rxbufferindex=0
frameLen=0
frameAddr=0
checksumValue=0
devicesFull=False # True if no more space to store new devices
LASTRX=0 # first field in modules[]
LASTTX=1 # second field in modules[]
LASTSTATUS=2 # third field in modules[]
LASTPROTOCOL=3 # forth field in modules[]
LASTRETRY=4 # fifth field in modules[]: number of retries (used to compute the tx period)
modules={} # modules[frameAddr]=[lastRx, lastTx, lastSentStatus, protocol]
modulesAskConfig=[] #Dict with list of modules that require a new request of configuration (send CMD_CONFIG to ask for their configuration)
TXQ_CMD=0
TXQ_CMDLEN=1
TXQ_CMDACK=2
TXQ_PORT=3
TXQ_ARGS=4
TXQ_RETRIES=5
#txQueue[frameAddr].append([cmd,cmdLen,cmdAck,port,args,retries])
txQueue={} # tx queue for each module
LOG_NONE=0
LOG_ERR=1
LOG_WARN=2
LOG_INFO=3
LOG_DEBUG=4
LOG_DUMP=5
LOG_DUMPALL=6
LOG_NAMES=["NONE: ","ERROR:","WARN: ","INFO: ","DEBUG:","DUMP: "]
logLevel=LOG_NONE #defaul log level: will be initialized by onStart()
# PORTSDISABLED="/opt/domoticz/userdata/plugins/CreasolDomBus/portsDisabled.json" # in case of domoticz working in a Docker
PORTSDISABLED="plugins/CreasolDomBus/portsDisabled.json"
counterTime={} #record the last counter update
counterOld={} #record the last value of counter (incremental value) to avoid decoding the same command twice, and avoid loosing of data
def __init__(self):
return
def portsDisabledWriteNow():
global portsDisabled
with open(PORTSDISABLED, 'w') as fd:
json.dump(portsDisabled,fd)
def portsDisabledInit():
global portsDisabled, portsDisabledWrite
portsDisabledWrite=0 #time*heartbeat before writing the portsDisabled dict on json file
try:
fd=open(PORTSDISABLED)
except:
# doesn't exist?
#Log(LOG_ERR,"Error opening file "+PORTDISABLED+": initializing portsDisabled...")
portsDisabled=dict()
portsDisabledWriteNow()
else:
portsDisabled=json.load(fd)
#portsDisabled={0xff23="3:4:5:11", 0xff31="7:8"} disabled ports, separated by colon. Port 1 can never be disabled!
def Log(level, msg):
global logLevel
if (level<=logLevel):
Domoticz.Log(LOG_NAMES[level]+msg)
return
def HRstatus(hum): #return normal, comfort, dry, wet status depending by relative humdity argument
if (hum<25):
return "2" #dry
elif (hum>70):
return "3" #wet
elif (hum>=40 and hum<=60): #comfortable
return "1"
else:
return "0" #normal
def checksum(protocol, buffer):
global checksumValue
checksumValue=0
if (protocol==1):
length=buffer[FRAME_LEN]+FRAME_HEADER
else:
length=buffer[FRAME_LEN2]+FRAME_HEADER2
for i in range(0, length):
checksumValue+=buffer[i]
checksumValue&=0xff
return
def dump(protocol, buffer,frameLen,direction):
#if protocol==0 => send to log with LOG_WARN priority. Used when a invalid frame is received
#buffer=frame buffer
#frameLen=length of frame in bytes
#direction="RX" or "TX"
if (logLevel<LOG_INFO): #in case of DCMD command, use Log(LOG_INFO,"") to transmit DCMD frame information
return
if protocol!=1 and int(buffer[0])==0x3a: # protocol 2 preamble
f="P:2 "
f+="%.2x " % int(buffer[0])
f+="%.4x " % (int(buffer[3])*256+int(buffer[4]))
f+="-> "
f+="%.4x " % (int(buffer[1])*256+int(buffer[2]))
f+="%.2d " % int(buffer[5]) #length
i=FRAME_HEADER2
while (i<frameLen-1):
#TODO: write SET 01 00 SET 02 01 SET 03 0a SET
#TODO: write CFG 02 FF
cmd=int(buffer[i])&CMD_MASK
cmdAck=int(buffer[i])&CMD_ACK
cmdLen=(int(buffer[i])&CMD_LEN_MASK)*2
if (cmdLen==0):
cmdLen=2 #minimum cmdLen
if (cmdAck):
f+='A-'
if (cmd==CMD_CONFIG):
f+='CFG '
if cmdAck and (int(buffer[i+1])&0xf0)==0xf0:
#whole port configuration => cmdLen without any sense
cmdLen=frameLen - FRAME_HEADER2 - 2 #force cmdLen to the whole frame
elif (cmd==CMD_SET):
f+='SET '
elif (cmd==CMD_GET):
f+='GET '
elif (cmd==CMD_DCMD_CONFIG):
f+='DCMDCFG '
elif (cmd==CMD_DCMD):
f+='DCMD '
else:
f+="%.2x " % int(buffer[i])
i+=1
if (i+cmdLen) > len(buffer):
Log(LOG_WARN, f"Frame error: cmdLen={cmdLen} is too much for the available data in buffer[]")
Log(LOG_WARN, f"Frame={f}...")
return
for j in range(0, cmdLen):
f+="%.2x " % int(buffer[i+j])
f+='| '
i+=cmdLen
f+="%.2x " % int(buffer[i]) #checksum
if (cmd==CMD_DCMD): #log DCMD command with priority INFO, so it's possible to monitor traffic between DomBus modules
Log(LOG_INFO,direction+" frame: "+f)
else:
Log(LOG_DUMP,direction+" frame: "+f)
else: # transmit data without parsing, as protocol=1
f="P:1 "
fl=frameLen if (frameLen<=len(buffer)) else len(buffer) #manage the case that frame is received only partially
for i in range(0, fl):
f+="%.2x " % int(buffer[i])
if protocol==0:
Log(LOG_WARN,direction+" frame: "+f)
else:
Log(LOG_DUMP,direction+" frame: "+f)
return
def getDeviceID(frameAddr, port):
global deviceID
global devID
global deviceAddr
deviceID="H{:04x}_P{:04x}".format(frameAddr, port)
devID="{:x}.{:x}".format(frameAddr, port)
deviceAddr="0x{:04x}".format(frameAddr)
return
def getDeviceUnit(Devices,findUnitFreeMax):
#given the deviceID (global var), scan Devices to find the Unit of the associated deviceID
#Also, set the variables
# UnitFree=greatest free unit, or lowest free unit
#
global deviceID, UnitFree
found=0xffff
unitmax=0
UnitFree=0xffff
for unit in range(1,256):
if (unit in Devices):
#Devices[unit] exists
if (Devices[unit].DeviceID==deviceID):
#this unit corresponds with the deviceID
found=unit
unitmax=unit+1
if (findUnitFreeMax==0):
#stop scanning
break
else:
#unit is free
if (UnitFree>unit):
UnitFree=unit
#Log(LOG_DEBUG,"getDeviceUnit(): found unit="+str(found)+" UnitFree="+str(UnitFree)+" UnitMax="+str(unitmax))
if (unitmax>0 and unitmax<256):
UnitFree=unitmax
return found
def getOpt(d, parameter):
#get parameter value from device description
#d=device
#parameter=STRING (must be uppercase)
#e.g. a=getOpt("A=")
#return a string:
# "false" if not defined
# "value" if A=value
# "1" if A= (needed when getOpt("INVERTED"), for example
opts=d.Description.upper().split(',')
length=len(parameter)
for opt in opts:
opt=opt.strip()
if (opt[:length]==parameter):
value=(opt[length:])
if (len(value)):
return value
else:
return "1"
return "false"
def convertValueToDombus(d, value):
#convert a value (20.5°C, 13.6V, ...) to dombus value (16bit integer)
#return the converted value
if (d.Type==PORTTYPE[PORTTYPE_SENSOR_TEMP]):
return int(value*10+2731) #temperature
elif (d.Type==PORTTYPE[PORTTYPE_SENSOR_HUM]):
return int(value*10) #Humidity
elif (d.Type==243 and (d.SubType==27 or d.SubType==8)): #distance or voltage
#extract A and B, if defined, to compute the right value VALUE=A*dombus_value+B => dombus_value=(VALUE-B)/A
v=getOpt(d,"A=")
a=float(v) if (v!="false") else 1
v=getOpt(d,"B=")
b=float(v) if (v!="false") else 0
return int((value-b)/a)
else:
return int(value)
def txQueueAdd(frameAddr, cmd,cmdLen,cmdAck,port,args,retries,now):
#add a command in the tx queue for the specified module (frameAddr)
#if that command already exists, update it
#cmdLen=length of data after command (port+args[])
global txQueue
sec=int(time.time())
ms=int(time.time()*1000)
protocol=2
if frameAddr in modules:
protocol=modules[frameAddr][LASTPROTOCOL]
if len(txQueue)==0 or frameAddr not in txQueue:
#create txQueue[frameAddr]
txQueue[frameAddr]=[[cmd, cmdLen, cmdAck, port, args, retries]]
#Log(LOG_DEBUG,"txQueueAdd (frameAddr does not exist) frameAddr="+hex(frameAddr)+" cmd="+hex(cmd|cmdAck|cmdLen)+" port="+hex(port))
else:
found=0
for f in txQueue[frameAddr]:
#f=[cmd,cmdlen,cmdAck,port,args[]]
if (f[TXQ_CMD]==cmd and f[TXQ_CMDLEN]==cmdLen and f[TXQ_PORT]==port and (cmd!=CMD_CONFIG or len(args)==0 or args[0]==f[TXQ_ARGS][0])): #if CMD_CONFIG, also check that SUBCMD is the same
#command already in txQueue: update values
f[TXQ_CMDACK]=cmdAck
f[TXQ_ARGS]=args
if (f[TXQ_RETRIES]<retries):
f[TXQ_RETRIES]=retries
found=1
break
if (found==0):
txQueue[frameAddr].append([cmd,cmdLen,cmdAck,port,args,retries])
#Log(LOG_DEBUG,"txQueueAdd (frame with same cmd,cmdLen... does not exist) frameAddr="+hex(frameAddr)+" cmd="+hex(cmd|cmdAck|cmdLen)+" port="+hex(port))
#txQueueRetry: don't modify it... transmit when retry time expires (maybe now or soon)
#check that modules[frameAddr] exists
#Log(LOG_DEBUG,"txQueueAdd: frameAddr="+hex(frameAddr)+" cmd="+hex(cmd|cmdAck|cmdLen)+" port="+hex(port))
if (frameAddr not in modules):
# add frameAddr in modules
# lastRx lastTx lastSentStatus => lastTx=0 => transmit now
modules[frameAddr]=[sec, ms, sec+3-PERIODIC_STATUS_INTERVAL, protocol, 0] #transmit output status in 3 seconds
else:
#frameAddr already in modules[]
if (now):
modules[frameAddr][LASTTX]=0 #transmit now
return
def txQueueAskConfig(protocol,frameAddr):
global devicesFull
if (devicesFull==0):
txQueueAdd(frameAddr,CMD_CONFIG,1,0,0xff,[],TX_RETRY,1) #port=0xff to ask full configuration
return
def txQueueRemove(frameAddr,cmd,port,arg1):
# if txQueue[frameAddr] esists, remove cmd and port from it.
# if cmd==255 and port==255 => remove all frames for module frameAddr
global txQueue
removeItems=[]
if len(txQueue)!=0 and frameAddr in txQueue:
for f in txQueue[frameAddr][:]:
#Log(LOG_DEBUG,"f="+str(f))
#f=[cmd,cmdlen,cmdAck,port,args[],retries]
if (((cmd&port)==255) or (f[TXQ_CMD]==cmd and f[TXQ_PORT]==port and (len(f[TXQ_ARGS])==0 or f[TXQ_ARGS][0]==arg1))):
txQueue[frameAddr].remove(f)
return
def txOutputsStatus(Devices,frameAddr):
# transmit the status of outputs for the device frameAddr
# Domoticz.Log("Send outputs status for device "+hex(frameAddr))
for Device in Devices:
deviceIDMask="H{:04x}_P".format(frameAddr)
d=Devices[Device]
if (d.Used==1 and d.DeviceID[:7]==deviceIDMask):
# device is used and matches frameAddr
# check that this is an output
if (d.Type==PORTTYPE[PORTTYPE_OUT_DIGITAL] and re.search('(OUT_DIGITAL|OUT_RELAY_LP|OUT_DIMMER|OUT_FLASH|OUT_BUZZER|OUT_ANALOG)',d.Description)):
# output! get the port and output state
port=int("0x"+d.DeviceID[7:11],0)
if (hasattr(d,'SwitchType') and d.SwitchType==7): #dimmer
if (re.search("OUT_ANALOG|CUSTOM.SELECTOR",d.Description)):
level=int(d.sValue) if d.nValue==1 else 0 #1% step
else:
level=int(int(d.sValue)/5) if d.nValue==1 else 0 #soft dimmer => 5% step
txQueueAdd(frameAddr,CMD_SET,2,0,port,[level],TX_RETRY,1) #Level: from 0 to 20 = 100%
elif (hasattr(d,'SwitchType') and d.SwitchType==18): #selector
txQueueAdd(frameAddr,CMD_SET,2,0,port,[d.nValue],TX_RETRY,1) #Level: 0, 10, 20, ....
else:
txQueueAdd(frameAddr,CMD_SET,2,0,port,[d.nValue],TX_RETRY,1)
return
def addOptions(Options, setOptions, newOptions):
# Options: original Options dict for a device
# setOptions: new Options dict
# newOptions: new options to add to setOptions
# return 1 if new options have changed/added
ret=0
for k,v in newOptions.items():
setOptions[k]=v
if (k not in Options) or Options[k]!=v:
ret+=1
return ret
def parseCommand(Devices, unit, Command, Level, Hue, frameAddr, port):
newstate=1 if Command=="On" else 0
#send command to the module
d=Devices[unit]
deviceID=d.DeviceID
#add command in the queue
Log(LOG_DEBUG,f"Type={d.Type} SubType={d.SubType} SwitchType={d.SwitchType} Name={d.Name} Command={Command} Level={Level} Hue={Hue} frameAddr={frameAddr} port={port}")
if (port&0xff00)==0x100: #SUBCMD_SET
Log(LOG_DEBUG,f"Virtual device that sends SUBCMD_SET command: port={port&0xff} Level={Level}")
txQueueAdd(frameAddr, CMD_CONFIG, 4, 0, (port&0xff) , [SUBCMD_SET, 0, int(Level)], TX_RETRY,0)
Log(LOG_DEBUG,f"Before Update(), setpoint name={d.Name} nValue={d.nValue} sValue={d.sValue}")
#d.Update(nValue=0, sValue=str(Level))
#Log(LOG_DEBUG,f"After Update(), setpoint name={d.Name} nValue={d.nValue} sValue={d.sValue}")
return
if (d.Type==PORTTYPE[PORTTYPE_OUT_DIGITAL]):
if (hasattr(d,'SwitchType') and d.SwitchType==7): #dimmer
if (Command=='Off'):
txQueueAdd(frameAddr,CMD_SET,2,0,port,[0],TX_RETRY,1) #Level: from 0 to 20 = 100%
else:
if (re.search('OUT_ANALOG|CUSTOM.*DIMMER',d.Description)):
txQueueAdd(frameAddr,CMD_SET,2,0,port,[int(Level)],TX_RETRY,1) #Level: from 0 to 100 = 100% (1% step)
#Log(LOG_INFO,f"Dimmer level set to {Level} by parseCommand()")
else:
txQueueAdd(frameAddr,CMD_SET,2,0,port,[int(Level/5)],TX_RETRY,1) #Level: from 0 to 20 = 100% (5% step)
#nValue=0 if Level==0 else 1
#d.Update(nValue=1, sValue="20")
elif (hasattr(d,'SwitchType') and d.SwitchType==18): #selector
txQueueAdd(frameAddr,CMD_SET,2,0,port,[Level],TX_RETRY,1) #Level: 0, 10, 20, ....
elif (hasattr(d,'SwitchType') and (d.SwitchType==15 or d.SwitchType==14)): #venetian blinds
if (Command=='Off' or Command=='Open'): #Open
v=getOpt(d,"TIMEOPEN=")
duration=int(v) if (v!="false") else 25
if (duration<=0 or duration>120): duration=25
newstate=0x80|duration
elif (Command=='On' or Command=='Close'): #Close
v=getOpt(d,"TIMECLOSE=")
duration=int(v) if (v!="false") else 25
if (duration<=0 or duration>120): duration=25
newstate=duration
else: #Stop
newstate=0
#newstate=0 => STOP. newstate&0x80 => open for newstate&0x7f seconds, else close for newstate&0x7f seconds
txQueueAdd(frameAddr,CMD_SET,2,0,port,[newstate],TX_RETRY,1)
else: #normal switch
Log(LOG_DEBUG, f"Sending command: txQueueAdd({frameAddr},CMD_SET,2,0,{port},{[newstate]},{TX_RETRY},1)")
txQueueAdd(frameAddr,CMD_SET,2,0,port,[newstate],TX_RETRY,1)
elif d.Type==243:
if d.SubType==29: #kWh
#Transmit power value to DomBus, as signed16. Command=5410;0 (power;energy)
power=int(float(Command.split(';')[0]))
if (power<0): power=65536+power;
txQueueAdd(frameAddr,CMD_SET,4,0,port,[(power>>8), (power&0x0ff), 0], 1, 1)
else:
Log(LOG_DEBUG,"parseCommand: ignore command because Type="+str(d.Type)+" SubType="+str(d.SubType)+" Name="+d.Name+" has not attribute SwitchType")
return
def parseTypeOpt(Devices, Unit, opts, frameAddr, port):
#read device description and set the last defined type (if written in the description, else transmit 0xffff that mean NO-CHANGE) and the port options (ORed) (if no options are written in the description, transmits 0xffff that means NO CHANGE).
global txQueue, portsDisabled, portsDisabledWrite, deviceID, devID
getDeviceID(frameAddr,port)
Log(LOG_DEBUG,"Parse Description field for device "+devID)
setOpt=0
setType=0 #DomBus PORTTYPE value
setNewAddr='' #new address for modbus device
setHwaddr=0
setCal=32768 #calibration offset 32768=ignore
setTypeName=''
typeName=''
setSwitchtype=None
setOptDefined=0
setTypeDefined=0
setDisableDefined=0
setOptNames=""
setMaxCurrent=""
setMaxPower=""
setMaxPower2=""
setMaxPowerTime=""
setMaxPower2Time=""
setWaitTime=""
setMeterType=""
setStartPower=""
setStopTime=""
setAutoStart=""
setPar1=""
setPar2=""
setPar3=""
setPar4=""
Options=Devices[Unit].Options
setOptions={}
setOptionsChanged=0
#dombus command
# dcmd=[ # IN_EVENT, inValueL, inValueH, hwaddr, port, outCmd, outValue
# [ DCMD_IN_EVENTS['NONE'], 0, 0, 0, 0, DCMD_OUT_CMDS['NONE'], 0 ],
# ]
dcmd=[]
for opt in opts:
opt=opt.strip()
optu=opt.upper()
Log(LOG_DEBUG,"opt="+str(opt))
if optu in PORTTYPES:
#opt="OUT_DIGITAL" or DISTANCE or ....
setType=PORTTYPES[optu] # setType=0x2000 if DISTANCE is specified
setTypeDefined=1 #setTypeDefined=1
setTypeName=optu #setTypeName=DISTANCE
typeName=PORTTYPENAME[optu] #typeName=Temperature
if setType==PORTTYPE_SENSOR_ALARM:
setSwitchtype=11 #Door contact
Log(LOG_DEBUG,"opt="+str(opt)+" setType="+str(PORTTYPES[optu])+" typeName="+str(PORTTYPENAME[optu])+" Switchtype="+str(setSwitchtype))
elif optu in PORTOPTS:
if (optu=="NORMAL"):
setOpt=0
setOptNames=''
else:
setOpt=setOpt|PORTOPTS[optu]
setOptNames+=optu+","
setOptDefined=1
elif optu[:2]=="A=":
setOptNames+=opt+","
elif optu[:2]=="B=":
setOptNames+=opt+","
elif optu[:9]=="FUNCTION=":
# Used to convert an analog value to another
setOptionsChanged+=addOptions(Options, setOptions, {'function':optu[9:]})
setType=PORTTYPE_IN_ANALOG
setTypeDefined=1
typeName="Temperature"
setOptNames+=opt+","
elif optu[:4]=="CAL=": # calibration value: should be expressed as integer (e.g. temperatureOffset*10)
setCal=int(float(opt[4:])*10)
elif optu[:5]=="INIT=": # calibration value: should be expressed as integer
setCal=int(float(opt[5:]))
setOptNames+=opt+","
elif optu[:9]=="TYPENAME=":
typeName=opt[9:]
setOptNames+=opt+","
elif optu[:9]=="OPPOSITE=": #Used with kWh meter to set power to 0 when the opposite counter received a pulse (if import power >0, export power must be 0, and vice versa)
if (Devices[Unit].Type==243 and Devices[Unit].SubType==29): #kWh
opposite=int(float(opt[9:]))
if (Devices[opposite].Type==243 and Devices[opposite].SubType==29): #opposite unit is a kWh meter
Options['opposite']=str(opposite)
setOptNames+=opt+","
elif optu[:8]=="DIVIDER=": #Used with kWh meter to set how many pulses per kWh, e.g. 1000 (default), 2000, 1600, ...
if (Devices[Unit].Type==243 and Devices[Unit].SubType==29): #kWh
divider=int(float(opt[8:]))
if divider!=0:
Options['divider']=str(divider)
setOptNames+=opt+","
elif optu[:5]=="ADDR=":
addr=int(float(opt[5:]))
#Request command to change address of modbus device
if (addr!=None):
# Send command to program this device to the new address
if (addr>=1 and addr<=5):
setNewAddr=addr
elif optu[:5]=="PAR1=":
setPar1=int(optu[5:])
if setPar1>65535:
setPar1=65535
setOptNames+=opt+","
elif optu[:5]=="PAR2=":
setPar2=int(optu[5:])
if setPar2>65535:
setPar2=65535
setOptNames+=opt+","
elif optu[:5]=="PAR3=":
setPar3=int(optu[5:])
if setPar3>65535:
setPar3=65535
setOptNames+=opt+","
elif optu[:5]=="PAR4=":
setPar4=int(optu[5:])
if setPar4>65535:
setPar4=65535
setOptNames+=opt+","
elif optu[:13]=="EVMAXCURRENT=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setMaxCurrent=int(float(opt[13:]))
if (setMaxCurrent<6 or setMaxCurrent>36):
setMaxCurrent=16 # default value
setOptNames+=f"EVMAXCURRENT={setMaxCurrent},"
Log(LOG_INFO,f"setOptNames={setOptNames}")
elif optu[:11]=="EVMAXPOWER=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setMaxPower=int(float(opt[11:]))
if (setMaxPower<1000 or setMaxPower>25000):
setMaxPower=6000 # default value
setOptNames+=f"EVMAXPOWER={setMaxPower},"
elif optu[:12]=="EVMAXPOWER2=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setMaxPower2=int(float(opt[12:]))
if (setMaxPower2<1000 or setMaxPower2>25000):
setMaxPower2=0 # default value: ignore
setOptNames+=f"EVMAXPOWER2={setMaxPower2},"
elif optu[:15]=="EVMAXPOWERTIME=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setMaxPowerTime=int(float(opt[15:]))
if (setMaxPowerTime<60 or setMaxPowerTime>43200):
setMaxPowerTime=0 # default value: 0 => ignore
setOptNames+=f"EVMAXPOWERTIME={setMaxPowerTime},"
elif optu[:16]=="EVMAXPOWER2TIME=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setMaxPower2Time=int(float(opt[16:]))
if (setMaxPower2Time<60 or setMaxPower2Time>43200):
setMaxPower2Time=0 # default value: 0 => ignore
setOptNames+=f"EVMAXPOWER2TIME={setMaxPower2Time},"
elif optu[:13]=="EVSTARTPOWER=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setStartPower=int(float(opt[13:]))
if (setStartPower<800 or setStartPower>25000):
setStartPower=1200 # default value
setOptNames+=f"EVSTARTPOWER={setStartPower},"
elif optu[:11]=="EVSTOPTIME=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setStopTime=int(float(opt[11:]))
if (setStopTime<5 or setStopTime>600):
setStopTime=90 # default value
setOptNames+=f"EVSTOPTIME={setStopTime},"
elif optu[:12]=="EVAUTOSTART=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setAutoStart=int(float(opt[12:]))
if (setAutoStart>1):
setAutoStart=1 # default value
setOptNames+=f"EVAUTOSTART={setAutoStart},"
elif optu[:11]=="EVWAITTIME=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setWaitTime=int(float(opt[11:]))
if (setWaitTime==0):
setWaitTime=6 # default value
setOptNames+=f"EVWAITTIME={setWaitTime},"
elif optu[:12]=="EVMETERTYPE=" and ("EV Mode" in Devices[Unit].Name or "EV State" in Devices[Unit].Name):
setMeterType=int(float(opt[12:]))
if (setMeterType>1):
setMeterType=0 # default value
setOptNames+=f"EVMETERTYPE={setMeterType},"
elif optu[:9]=="HWADDR=0X" and len(opt)==13:
#set hardware address
hwaddr=int(optu[7:],16)
if (hwaddr>=1 and hwaddr<65535):
setHwaddr=hwaddr
elif optu[:8]=="DISABLE=":
#set which ports are enabled, for this device, and remove disabled ports to free space in Devices[]
#syntax: DISABLE=1:2:3:4:5:10:11
setOptNames+="DISABLE="
portsDisabledOld=[]
if deviceAddr in portsDisabled:
portsDisabledOld=portsDisabled[deviceAddr] # save old number of disabled ports
portsDisabled[deviceAddr]=[]
portsDisabledWrite=3 #write portDisabled on a json file in 3*heartbeat_interval (3*10s)
setDisableDefined=1
modulesAskConfig.append(frameAddr)
for ps in optu[8:].split(':'):
try:
p=int(ps)
except:
#skip this
Log(LOG_WARN,"DISABLE= wrong port "+ps)
else:
if (p>1 and p<=32):
if p not in portsDisabled[deviceAddr]:
portsDisabled[deviceAddr].append(p)
if p in portsDisabledOld:
portsDisabledOld.remove(p)
#remove the device corresponding to frameAddr and disabled port
deviceid="H{:04x}_P{:04x}".format(frameAddr, p)
for u in Devices:
if Devices[u].DeviceID==deviceid:
Log(LOG_DEBUG,"Removing device "+deviceid+"...")
Devices[u].Delete()
#TODO
break
setOptNames+=str(p)+":"
if (setOptNames[-1:]==':'):
setOptNames=setOptNames[:-1] #remove trailing ':'
if not portsDisabledOld:
# in the old DISABLE= there were ports that now are enabled => request port configuration to enable previously disabled ports
txQueueAskConfig(protocol, frameAddr)
setOptNames+=','
elif (optu[:6]=="DESCR=" or optu[:10]=="TIMECLOSE=" or optu[:9]=="TIMEOPEN="):
setOptNames+=opt+","
elif (optu[:5]=="DCMD("):
#command to another dombus
errmsg=''
d=[ DCMD_IN_EVENTS['NONE'], 0, 0, 0, 0, DCMD_OUT_CMDS['NONE'], 0 ] #temp list to store a DCMD command
opt=re.sub("ERROR=.*", "", opt) #remove any Error=blablabla from the command
optu=opt.upper()
inputs=re.search('DCMD\((.+)\)=(.+\..+:.+)', optu)
if inputs:
#syntax of DCMD command semms to be ok
inArr=inputs.group(1).split(':') #inArr=['Value','0','20.5'] (inputs)
outArr=inputs.group(2).split(':') #
if (len(inArr)>=1):
Log(LOG_INFO,"DCMD: "+opt+" Input event="+str(inArr)+" Output command="+str(outArr))
if (inArr[0] in DCMD_IN_EVENTS):
d[0]=DCMD_IN_EVENTS[inArr[0]]
d[1]=0
d1ok=0
d[2]=0
d2ok=0
if (len(inArr)>=2):
# inArr[1] contains a temperature, humidity, voltage,... convert this value to a integer representation used by DomBus
try:
d[1]=float(inArr[1])
except:
errmsg+="ValueLow should be a number, like 20.5. "
d[1]=0
else:
d1ok=1
try:
d[2]=float(inArr[2])
except:
errmsg+="ValueHigh should be a number, like 21.2. "
d[2]=0
else:
d2ok=1
if (inArr[0]=='VALUE'):
#convert d[1] and d[2] in temperature, RH, voltage, value according to the sensor type and A and B parameters
if (d1ok):
d[1]=convertValueToDombus(Devices[Unit],d[1])
if (d2ok):
d[2]=convertValueToDombus(Devices[Unit],d[2])
Log(LOG_DEBUG,"d[1]="+str(d[1])+" d[2]="+str(d[2]))
if (len(outArr)>=2):
if (outArr[1] in DCMD_OUT_CMDS):
#outArr[0]=101.4
#outArr[1]=ON
hwaddrport=outArr[0].split('.')
#TODO: ALL.BLIND
d[3]=int(hwaddrport[0],16)
d[4]=int(hwaddrport[1],16)
d[5]=int(DCMD_OUT_CMDS[outArr[1]])
d[6]=0 #outValue
if (len(outArr)>=3):
#outArr[2]=30m
# From 0 to 60s => 31.25ms resolution 0=0, 1920=60s
# From 1m to 1h with 1s resolution 1921=61s, 3540+1920=5460=1h
# From 1h to 1d with 1m resolution 5461=1h+1m, 1380+5460=6840=24h
# From 1d to forever with 1h resolution 6841=25h
if (outArr[2].isnumeric()):
#value * 31.5ms
d[6]=int(outArr[2])
else:
outValue=(outArr[2][:-1])
outUM=outArr[2][-1:]
#value in seconds
if (outValue.isnumeric()):
outValue=int(outValue)
if (outUM=='S'): #seconds
if (outValue<=60):
d[6]=outValue*32
elif (outValue<=3600):
d[6]=1920+(outValue-60)
elif (outUM=='M'): #minutes
if (outValue<=1):
d[6]=outValue*60*32
elif (outValue<=60):
d[6]=1920+(outValue-1)*60
elif (outValue<=1440):
d[6]=5460+(outValue-60)
elif (outUM=='H'): #hours
if (outValue<=1):
d[6]=outValue*5460
elif(outValue<=24):
d[6]=5460+(outValue-1)*60
else:
d[6]=6840+(outValue-24)
elif (outUM=='D'):
d[6]=6840+(outValue-1)*24
if (d[6]>65535):
d[6]=1826*24+6840 #max 5 years = 1826 days
errmsg+='Max time = 1826 days;'
dcmd.append(d) #add record to dcmd[]
else:
errmsg="Command not recognized;"
Log(LOG_WARN,"DCMD: Command "+outArr[1]+" not recognized, possible commands="+str(list(DCMD_OUT_CMDS)))
Log(LOG_DEBUG,"DCMD: "+opt)
else:
errmsg="At least HWADDR.PORT:COMMAND expected after =;"
Log(LOG_WARN,"DCMD: Address.Port:Command : invalid syntax. Address.Port="+outArr[0]+" ,Command="+outArr[1])
Log(LOG_DEBUG,"DCMD: "+opt)
else:
errmsg="Event not recognized inside ();"
Log(LOG_WARN,"DCMD: Event not recognized: event="+inArr[0]+" , possible events="+str(list(DCMD_IN_EVENTS.keys())))
Log(LOG_DEBUG,"DCMD: "+opt)
else:
errmsg="At least 1 parameter expected inside ();"
Log(LOG_WARN,"DCMD: no parameters specified inside ()")
Log(LOG_DEBUG,"DCMD: "+opt)
else:
errmsg="Invalid syntax;"
Log(LOG_WARN,"DCMD: invalid syntax")
Log(LOG_DEBUG,"DCMD: "+opt)
if (len(errmsg)>0):
opt+=':Error='+errmsg+': Valid command is like DCMD(Value:0:20.5)=101.1:ON:30m'
#reset values inside the current DCMD array
setOptNames+="\n"+opt+"," #DCMD OK:
if (setOptNames!=''):
setOptNames=setOptNames[:-1] #remove last comma ,
Log(LOG_INFO,"Config device "+hex(frameAddr)+": type="+hex(setType)+" typeName="+typeName+" Options="+str(Options))
if (setHwaddr!=0 and setHwaddr!=0xffff): #hwaddr not 0
# remove HWADDR=0X1234 option from the device description
# send command to change hwaddr
Log(LOG_DEBUG,f"Set HWADDR={setHwaddr}")
txQueueAdd(frameAddr, CMD_CONFIG, 4, 0, 0, [(setHwaddr >> 8), (setHwaddr&0xff), (0-(setHwaddr >> 8)-(setHwaddr&0xff)-0xa5)], TX_RETRY,1)
elif (setNewAddr!=''): # set modbus address
# send command to change modbus addr
Log(LOG_INFO,f"Send command to change modbus device address to {setNewAddr}")
txQueueAdd(frameAddr, CMD_CONFIG, 4, 0, port, [SUBCMD_SET, (setNewAddr>>8), (setNewAddr&0xff)], TX_RETRY, 1) #EVSE: until 2023-04-24 port must be replaced with port+5 to permit changing modbus address
else:
if frameAddr in modules and modules[frameAddr][LASTPROTOCOL]==1:
txQueueAdd(frameAddr, CMD_CONFIG, 5, 0, port, [((setType>>8)&0xff), (setType&0xff), (setOpt >> 8), (setOpt&0xff)], TX_RETRY,0) #PORTTYPE_VERSION=1
else:
txQueueAdd(frameAddr, CMD_CONFIG, 7, 0, port, [((setType>>24)&0xff), ((setType>>16)&0xff), ((setType>>8)&0xff), (setType&0xff), (setOpt >> 8), (setOpt&0xff)], TX_RETRY,0) #PORTTYPE_VERSION=2
if modules[frameAddr][LASTPROTOCOL] != 1:
#Transmit Dombus CMD config
dcmdnum=0
for i in range(0,min(len(dcmd),8)):
d=dcmd[i]
#note: port|=0, 0x20, 0x40, 0x60 (4 DCMD for each port)
if (d[0]!=0 and d[0]<DCMD_IN_EVENTS["MAX"]):
dcmdnum+=1
txQueueAdd(frameAddr,CMD_DCMD_CONFIG, 12, 0, port|(i<<5), [ d[0],
d[1]>>8, d[1]&0xff,
d[2]>>8, d[2]&0xff,
d[3]>>8, d[3]&0xff, d[4], d[5],
d[6]>>8, d[6]&0xff ], TX_RETRY, 0)
if (dcmdnum==0): #DCMD not defined => transmits an empty DCMD_CONFIG
txQueueAdd(frameAddr, CMD_DCMD_CONFIG, 2, 0, port, [ DCMD_IN_EVENTS["NONE"] ], TX_RETRY, 0)
else:
#protocol==1 does not support DCMD_CONFIG command (too long)
Log(LOG_WARN,f"Device {devID} does not support protocol #2 and DCMD commands: frameAddr={frameAddr} protocol={modules[frameAddr][LASTPROTOCOL]}")
descr='ID='+devID+','+setTypeName+','+setOptNames if (setTypeDefined==1) else setOptNames
# Now checking Options , removing bad ones
if typeName in TYPENAME2TYPESUB and Devices[Unit].Type!=TYPENAME2TYPESUB[typeName][0] and Devices[Unit].SubType!=TYPENAME2TYPESUB[typeName][1]:
# different typename from before
nValue=0
sValue='0'
if typeName!='Selector Switch':
if 'LevelNames' in Options: del Options['LevelNames']
if 'LevelOffHidden' in Options: del Options['LevelOffHidden']
if 'SelectorStyle' in Options: del Options['SelectorStyle']
else:
sValue='0'