def runMainLoop():
data_queue = Queue.Queue()
teensy = Usbreader(data_queue)
teensy.daemon = True
teensy.start()
serial = FakeSerial(data_queue)
if stomp:
stomp.connect(clientid="teensy usb listener", username="******", password="******")
while 1:
packet = xbee_receiver.find_packet(serial)
if packet:
xb = xbee_receiver(packet)
else:
continue
try:
if xb.app_id == xbee.SERIES1_RXPACKET_16:
kp = kpacket.wire_packet(xb.rfdata)
else:
log.warn("Received a packet, but not a normal rx, was instead: %#x", xb.app_id)
continue
except kpacket.BadPacketException as e:
log.warn("Couldn't decode: %s" % e.msg)
continue
hp = kpacket.human_packet(node=xb.address_16, sensors=kp.sensors)
hp.time_received = time.time()
if stomp:
stomp.put(jsonpickle.encode(hp), destination="/topic/karlnet.%d" % hp.node)
log.info(hp)
def runMainLoop():
lastgoodtime = 0
port = None
manualTimeout = 40
if stomp:
stomp.connect(clientid="serial port listener",
username="******",
password="******")
while (1):
if time.time() - lastgoodtime > manualTimeout:
log.warn("XXX Reopening the serial port, no data for %d seconds!",
manualTimeout)
if port:
port.close()
port = serial.Serial(options.port, 19200, timeout=10)
packet = xbee_receiver.find_packet(port)
if packet:
xb = xbee_receiver(packet)
else:
log.warn("NO PACKET FOUND")
continue
try:
if xb.app_id == xbee.SERIES1_RXPACKET_16:
lastgoodtime = time.time()
kp = kpacket.wire_packet(xb.rfdata)
else:
log.warn(
"Received a packet, but not a normal rx, was instead: %#x",
xb.app_id)
qq = kpacket.wire_packet(xb.rfdata)
qqhp = kpacket.human_packet(node=xb.address_16,
sensors=qq.sensors)
log.info("was actually: %s", qqhp)
lastgoodtime = time.time()
continue
except kpacket.BadPacketException as e:
log.warn("Couldn't decode: %s" % e.msg)
continue
lastgoodtime = time.time()
hp = kpacket.human_packet(node=xb.address_16, sensors=kp.sensors)
hp.time_received = time.time()
if stomp:
stomp.put(jsonpickle.encode(hp),
destination="/topic/karlnet.%d" % hp.node)
log.info(hp)
def runMainLoop():
lastgoodtime = 0
port = None
manualTimeout = 40
if mqttc:
mqttc.connect("localhost")
while mqttc.loop() == 0:
if time.time() - lastgoodtime > manualTimeout:
log.warn("XXX Reopening the serial port, no data for %d seconds!", manualTimeout)
if port:
port.close()
port = serial.Serial(options.port, 19200, timeout=10)
packet = xbee_receiver.find_packet(port)
if packet:
xb = xbee_receiver(packet)
else:
log.warn("NO PACKET FOUND")
continue
try:
if xb.app_id == xbee.SERIES1_RXPACKET_16:
lastgoodtime = time.time()
kp = kpacket.wire_packet(xb.rfdata)
else:
log.warn("Received a packet, but not a normal rx, was instead: %#x", xb.app_id)
qq = kpacket.wire_packet(xb.rfdata)
qqhp = kpacket.human_packet(node=xb.address_16, sensors=qq.sensors)
log.info("was actually: %s", qqhp)
lastgoodtime = time.time()
continue
except kpacket.BadPacketException as e:
log.warn("Couldn't decode: %s" % e.msg)
continue
lastgoodtime = time.time()
hp = kpacket.human_packet(node=xb.address_16, sensors=kp.sensors)
hp.time_received = time.time()
if mqttc:
mqttc.publish("karlnet/readings/%d" % hp.node, jsonpickle.encode(hp))
#stomp.put(jsonpickle.encode(hp), destination="/topic/karlnet.%d" % hp.node)
log.info(hp)
def runMainLoop():
data_queue = Queue.Queue()
teensy = Usbreader(data_queue)
teensy.daemon = True
teensy.start()
serial = FakeSerial(data_queue)
if stomp:
stomp.connect(clientid="teensy usb listener",
username="******",
password="******")
while 1:
packet = xbee_receiver.find_packet(serial)
if packet:
xb = xbee_receiver(packet)
else:
continue
try:
if xb.app_id == xbee.SERIES1_RXPACKET_16:
kp = kpacket.wire_packet(xb.rfdata)
else:
log.warn(
"Received a packet, but not a normal rx, was instead: %#x",
xb.app_id)
continue
except kpacket.BadPacketException as e:
log.warn("Couldn't decode: %s" % e.msg)
continue
hp = kpacket.human_packet(node=xb.address_16, sensors=kp.sensors)
hp.time_received = time.time()
if stomp:
stomp.put(jsonpickle.encode(hp),
destination="/topic/karlnet.%d" % hp.node)
log.info(hp)