def Npull(dest, payload):
startTime = time.time()
publish(
clientEgress.clientEncapsulate(b'\x01', nodeID, dest, payload, secret))
reply = rlinetest.newReadLine(zb, 12)
if not (reply == b''):
data = ReceiveV2.Receive(reply[:-2])
curTime = time.time()
while (curTime - startTime < 24):
reply = rlinetest.newReadLine(zb, 12)
if not (reply == b''):
data = ReceiveV2.Receive(reply[:-2])
if (isMyPull(data)):
print('Npull sucess: ', data)
curTime = time.time()
def zbRecv():
global testlock
while True:
data = rlinetest.newReadLine(zb)
#data = zb.readline()
packetQueue.put(data[:-2])
zb.flush()
def pullReceive():
startTime = time.time()
buff = rlinetest.newReadLine(zb, 12)
print("PULLREC DEBUG")
if not (buff == b''):
data = ReceiveV2.Receive(buff[:-2])
curTime = time.time()
while (curTime - startTime < 24):
buff = rlinetest.newReadLine(zb, 12)
if not (buff == b''):
print('buff is', buff[:-2])
data = ReceiveV2.Receive(buff[:-2])
if (isMyPull(buff)):
return data
#return buff[:-2]
curTime = time.time()
return None
def receive():
#zb = serial.Serial(SERPORT,timeout=12)
data = rlinetest.newReadLine(zb,12)
#zb.flush()
print("received: (len:",len(binascii.hexlify(data)),") :",binascii.hexlify(data))
if not (data==None):
if(forMe(data)):
return data[:-2]
return None
def recPackets():
global zbLock
#global SERPORT
#zb = serial.Serial('SERPORT', timeout=1)
print("zb_recPackets")
while True:
try:
zbLock.acquire()
data = rlinetest.newReadLine(zb, 5)
if (data != b''):
ReceiveV2.Receive(data[:-2])
zbLock.release()
#pass
#temp = b'\x00' # find a better delay
time.sleep(.5)
#print('')
#parsePacket = ReceiveV2.Receive(data)
#parsePacket = ReceiveV2.Receive(data[:-2], nodeID, secret)
except KeyboardInterrupt:
sys.exit()