def recv_packet_from_udp(pkt):
if pkt.ptype != mqttudp.engine.PacketType.Publish:
return
if not it_to_ohb.can_pass(pkt.topic, pkt.value):
# if verbose:
# print("To OpenHAB REPEAT BLOCKED "+topic+" "+value)
log.info("To OpenHAB REPEAT BLOCKED " + pkt.topic + " " + pkt.value)
#if last.__contains__(topic) and last[topic] == value:
# return
#last[topic] = value
if cfg.check_black_list(pkt.topic, blackList):
# if verbose:
# print("To OpenHAB BLACKLIST "+ topic+" "+value)
log.info("To OpenHAB BLACKLIST " + pkt.topic + " " + pkt.value)
return
if not ilock.udp_to_broker(pkt.topic, pkt.value):
# print( "To OpenHAB BLOCKED: "+topic+"="+value )
log.info("To OpenHAB BLOCKED: " + pkt.topic + "=" + pkt.value)
return
# print( "To OpenHAB "+topic+"="+value )
log.info("To OpenHAB " + pkt.topic + "=" + pkt.value)
#oh.put_status(topic, value)
oh.post_command(pkt.topic, pkt.value)
def send_to_udp(topic, value):
# print("From OpenHAB incoming "+topic+" "+value)
if not it_to_udp.can_pass(topic, value):
# if verbose:
# print("From OpenHAB REPEAT BLOCKED "+topic+" "+value)
log.info("From OpenHAB REPEAT BLOCKED " + topic + " " + value)
return
if not ilock.broker_to_udp(topic, value):
# if verbose:
# print("From OpenHAB BLOCKED: "+topic+"="+value)
log.info("From OpenHAB BLOCKED: " + topic + "=" + value)
return
if cfg.check_black_list(topic, blackList):
# if verbose:
# print("From OpenHAB BLACKLIST "+topic+" "+value)
log.info("From OpenHAB BLACKLIST " + topic + " " + value)
return
# if verbose:
# print("From OpenHAB "+topic+" "+value)
log.info("From OpenHAB " + topic + " " + value)
mqttudp.engine.send_publish(topic, value)
def on_message(client, userdata, msg): # @UnusedVariable
# if (len(blackList) > 0) and (re.match( blackList, msg.topic )):
if cfg.check_black_list(msg.topic, blackList):
#print("From broker BLACKLIST "+ msg.topic+" "+str(msg.payload))
log.info( "From broker BLACKLIST "+ msg.topic+" "+str(msg.payload) )
return
#print("From broker "+ msg.topic+" "+str(msg.payload))
log.info( "From broker "+ msg.topic+" "+str(msg.payload) )
mqttudp.engine.send_publish( msg.topic, msg.payload )
def broker_on_message(client, userdata, msg): # @UnusedVariable
#print( msg )
# if (len(blackList) > 0) and (re.match( blackList, msg.topic )):
if cfg.check_black_list(msg.topic, blackList):
log.info("To UDP BLACKLIST: " + msg.topic + " " + str(msg.payload))
#print("To UDP BLACKLIST: "+ msg.topic+" "+str(msg.payload))
return
if ilock.broker_to_udp(msg.topic, msg.payload):
me.send_publish(msg.topic, msg.payload)
log.info("To UDP: " + msg.topic + "=" + str(msg.payload))
#print("To UDP: "+msg.topic+"="+str(msg.payload))
else:
#print("BLOCKED to UDP: "+msg.topic+"="+str(msg.payload))
log.info("BLOCKED to UDP: " + msg.topic + "=" + str(msg.payload))
def listener(msg):
#global new_items
dc.new_items = {}
#print("msg="+str(msg))
#print("")
dc.extract_content(msg)
#print(new_items)
for topic in dc.new_items:
value = dc.new_items[topic]
#print( topic+"="+value )
if cfg.check_black_list(topic, blackList):
log.info("From OpenHAB BLACKLIST " + topic + " " + value)
#if verbose:
# print("From OpenHAB BLACKLIST "+ topic+" "+value)
return
if it.can_pass(topic, value):
log.info("From broker " + topic + " " + value)
#if verbose:
# print("From broker "+topic+" "+value)
mqttudp.engine.send_publish(topic, value)
else:
log.info("From broker REPEAT BLOCKED " + topic + " " + value)