def configstation(transport_name="serial",station_slug=None,board_slug=None,logfunc=jsonrpc.log_file("rpc.log"), device=None,baudrate=None,host=None,transport=None,username=None): if (station_slug is None): return if (username is None): return mystation=StationMetadata.objects.get(slug=station_slug,ident__username=username) if not mystation.active: print "disactivated station: do nothing!" return for board in mystation.board_set.all(): if board_slug is not None and board.slug != board_slug: continue if transport_name == "amqp": try: if ( board.transportamqp.active): print "AMQP Transport", board.transportamqp amqpserver =board.transportamqp.amqpserver amqpuser=board.transportamqp.amqpuser amqppassword=board.transportamqp.amqppassword queue=board.transportamqp.queue exchange=board.transportamqp.exchange sh=rabbitshovel.shovel(srcqueue=queue,destexchange=exchange,destserver=amqpserver) sh.delete() sh.create(destuser=amqpuser,destpassword=amqppassword) except ObjectDoesNotExist: print "transport AMQP not present for this board" return if transport is None: if transport_name == "serial": try: if ( board.transportserial.active): print "Serial Transport", board.transportserial mydevice =board.transportserial.device if device is not None : mydevice=device mybaudrate=board.transportserial.baudrate if baudrate is not None : mybaudrate=baudrate transport=jsonrpc.TransportSERIAL( logfunc=logfunc,port=mydevice,baudrate=mybaudrate,timeout=5) except ObjectDoesNotExist: print "transport serial not present for this board" return if transport_name == "tcpip": try: if ( board.transporttcpip.active): print "TCP/IP Transport", board.transporttcpip myhost =board.transporttcpip.name if host is not None : myhost=host transport=jsonrpc.TransportTcpIp(logfunc=logfunc,addr=(myhost,1000),timeout=5) except ObjectDoesNotExist: print "transport TCPIP not present for this board" return rpcproxy = jsonrpc.ServerProxy( jsonrpc.JsonRpc20(),transport) if (rpcproxy is None): return print ">>>>>>> reset config" print "reset",rpcproxy.configure(reset=True ) print ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> configure board: ", board.name," slug="+board.slug try: if ( board.transportmqtt.active): print "TCP/IP Transport",board.transportmqtt print "sampletime and mqttserver:",rpcproxy.configure(mqttsampletime=board.transportmqtt.mqttsampletime, mqttserver=board.transportmqtt.mqttserver) print "mqtt user and password:"******"transport mqtt not present" try: if ( board.transporttcpip.active): print "TCP/IP Transport",board.transporttcpip mac=board.transporttcpip.mac[board.transporttcpip.name] print "ntpserver:",rpcproxy.configure(mac=mac,ntpserver=board.transporttcpip.ntpserver) except ObjectDoesNotExist: print "transport tcpip not present" try: if ( board.transportrf24network.active): print "RF24Network Transport",board.transportrf24network print "thisnode:",rpcproxy.configure(thisnode=board.transportrf24network.node, channel=board.transportrf24network.channel) if board.transportrf24network.key != "": print "key:",rpcproxy.configure(key=map(int, board.transportrf24network.key.split(','))) if board.transportrf24network.iv != "": print "iv:",rpcproxy.configure(iv=map(int, board.transportrf24network.iv.split(','))) except ObjectDoesNotExist: print "transport rf24network not present" print ">>>> sensors:" for sensor in board.sensor_set.all(): if not sensor.active: continue print sensor print "add driver:",rpcproxy.configure(driver=sensor.driver, type=sensor.type, node=sensor.node,address=sensor.address, mqttpath=sensor.timerange+"/"+sensor.level+"/") #TODO check id of status (good only > 0) print "mqttrootpath:",rpcproxy.configure(mqttrootpath=mystation.mqttrootpath+"/"+str(mystation.ident)+"/"+\ "%d,%d" % (nint(mystation.lon*100000),nint(mystation.lat*100000))+\ "/"+mystation.network+"/") print ">>>>>>> save config" print "save",rpcproxy.configure(save=True ) print "----------------------------- board configured ---------------------------------------" transport.close()
def lon_lat(self): return "%d_%d" % (nint(self.lon * 100000), nint(self.lat * 100000))
def lon_lat(self): return "%d_%d" % (nint(self.lon*100000),nint(self.lat*100000))