def send_message(loop):
while True:
while outboundMessageQueue.qsize() > 0:
print("sending a message")
#HOSTID, IP ADDRESS, PORT
message_dests = getDests()
#message dests should now be a dictionary that has the host IP address as the key, and a list as the data
if outboundMessageQueue.qsize() > 0 :
msg = outboundMessageQueue.get_nowait()
# print("MESSAGE TO " ,msg.destID)
# print("EEEEVO:", message_dests)
message_dests[str(msg.destID)][1].append(msg)
# print(msg)
for dest in message_dests:
# print("INDIVID DST:", dest)
if len(message_dests[str(dest)]) is 0:
pass
else:
# print(str(message_dests[str(dest)][0]))
#reader,writer = yield from asyncio.open_connection(deststr, loop=loop)
#
# print("DEESSST TEST", dest)
for mess in message_dests[str(dest)][1]:
# print("MEEEEESSSS:", mess)
#mess = pickle.dumps(mess)
x = mess.toJSON()
# print(x)
y = algHelper.messageFromJSON(x)
# print("y is: ", y)
yield from threadWriter(message_dests[str(dest)][0],x,loop)
#writer.write(jsonpickle.encode(msg).encode())
# print("send message ran.")
yield from asyncio.sleep(1)
def handle_message(reader, writer):
# print("COG RCV MESSAGE")
data = yield from reader.read()
message = data.decode()
addr = writer.get_extra_info("peername")
decoded = algHelper.messageFromJSON(message)
x = decoded
# print("Received %r from %r" % (decoded, addr))
# x = pickle.loads(data)
# x = pickle.decode(message)
# print("JSON DE-PICKLED IS %s", x)
# writer.close()
inboundMessageQueue.put_nowait(decoded)
theProc = yield from processQueue.get()
x = theProc.recvMsg(x)
y = yield from testCallback()
processQueue.put_nowait(theProc)
print("*****Completed message receive.*****")
def handle_message(reader,writer):
# print("COG RCV MESSAGE")
data = yield from reader.read()
message = data.decode()
addr = writer.get_extra_info('peername')
decoded = algHelper.messageFromJSON(message)
x = decoded
# print("Received %r from %r" % (decoded, addr))
#x = pickle.loads(data)
#x = pickle.decode(message)
#print("JSON DE-PICKLED IS %s", x)
#writer.close()
inboundMessageQueue.put_nowait(decoded)
theProc = yield from processQueue.get()
x = theProc.recvMsg(x)
y = yield from testCallback()
processQueue.put_nowait(theProc)
print("*****Completed message receive.*****")
def send_message(loop):
while True:
while outboundMessageQueue.qsize() > 0:
print("sending a message")
# HOSTID, IP ADDRESS, PORT
message_dests = getDests()
# message dests should now be a dictionary that has the host IP address as the key, and a list as the data
if outboundMessageQueue.qsize() > 0:
msg = outboundMessageQueue.get_nowait()
# print("MESSAGE TO " ,msg.destID)
# print("EEEEVO:", message_dests)
message_dests[str(msg.destID)][1].append(msg)
# print(msg)
for dest in message_dests:
# print("INDIVID DST:", dest)
if len(message_dests[str(dest)]) is 0:
pass
else:
# print(str(message_dests[str(dest)][0]))
# reader,writer = yield from asyncio.open_connection(deststr, loop=loop)
#
# print("DEESSST TEST", dest)
for mess in message_dests[str(dest)][1]:
# print("MEEEEESSSS:", mess)
# mess = pickle.dumps(mess)
x = mess.toJSON()
# print(x)
y = algHelper.messageFromJSON(x)
# print("y is: ", y)
yield from threadWriter(message_dests[str(dest)][0], x, loop)
# writer.write(jsonpickle.encode(msg).encode())
# print("send message ran.")
yield from asyncio.sleep(1)