def bootClient(SERVER_DETAILS):
client = Client()
(client.speakSocket, serializedClientID) = n.openSpeakPort(SERVER_DETAILS)
# Sleep: fudge so that the sender socket
# definitely gets opened first.
# Things WON'T break if two clients connect
# within 0.1 seconds of each other.
time.sleep(0.1)
client.listenSocket = n.openListenPort(SERVER_DETAILS, serializedClientID)
client.ID = unserialize(serializedClientID)
# "In" = "in from server"; "Out" = "out to GUI"
client.messageIn = Queue.Queue()
client.messageTreeOut = Queue.Queue()
client.baseMessageTree = unserialize(n.receive(client.listenSocket))
client.baseMessageTree.message.ID = 0
client.messageTreeOut.put(client.baseMessageTree)
speakThread = threading.Thread(target=speak, args=(client.speakSocket, client))
speakThread.daemon = True
speakThread.start()
listenThread = threading.Thread(target=listen, args=(client.listenSocket, client))
listenThread.daemon = True
listenThread.start()
return client
def bootClient(SERVER_DETAILS):
client = Client()
(client.speakSocket, serializedClientID) = n.openSpeakPort(SERVER_DETAILS)
# Sleep: fudge so that the sender socket
# definitely gets opened first.
# Things WON'T break if two clients connect
# within 0.1 seconds of each other.
time.sleep(0.1)
client.listenSocket = n.openListenPort(SERVER_DETAILS, serializedClientID)
client.ID = unserialize(serializedClientID)
# "In" = "in from server"; "Out" = "out to GUI"
client.messageIn = Queue.Queue()
client.messageTreeOut = Queue.Queue()
client.baseMessageTree = unserialize(n.receive(client.listenSocket))
client.baseMessageTree.message.ID = 0
client.messageTreeOut.put(client.baseMessageTree)
speakThread = threading.Thread(target=speak,
args=(client.speakSocket, client))
speakThread.daemon = True
speakThread.start()
listenThread = threading.Thread(target=listen,
args=(client.listenSocket, client))
listenThread.daemon = True
listenThread.start()
return client
def handle(self):
# socketType refers to whether the socket is a speaker
# or listener from the _client's_ point of view.
socketType = n.receive(self.request)
if socketType == "speak":
server.clientIDLock.acquire()
clientID = server.clientIDCounter
server.clientIDCounter += 1
server.clientIDLock.release()
# Tell the client its ID.
n.send(self.request, serialize(clientID))
print( "[" + self.client_address[0] + " connected as client "
+ str(clientID) + ".]")
# Create a queue corresponding to this client.
server.messages.append(Queue.Queue())
while True:
serializedMessage = n.receive(self.request)
if serializedMessage:
message = unserialize(serializedMessage)
print ( "[" + message.__class__.__name__
+ ": " + str(message) + "]")
assignID(message)
server.distributionQueue.put(message)
newMessageTree = trees.MessageTree(message)
server.baseMessageTree.append(newMessageTree)
else:
break
print "[Client " + str(clientID) + " quit.]"
else:
assert socketType[0:6] == "listen"
clientID = int(unserialize(socketType[6:]))
n.send(self.request, serialize(server.baseMessageTree))
# While the client is still listening...
while n.receive(self.request) == "still here":
# ...send a message from the queue
# corresponding to this client.
n.send(self.request, serialize(
server.messages[clientID].get()
))
def listen(sock, client):
while True:
n.send(sock, "still here")
newMessage = unserialize(n.receive(sock))
newMessageTree = trees.MessageTree(newMessage)
client.baseMessageTree.append(newMessageTree)
client.messageTreeOut.put(newMessageTree)
def listen(sock, client):
while True:
n.send(sock, "still here")
newMessage = unserialize(n.receive(sock))
newMessageTree = trees.MessageTree(newMessage)
client.baseMessageTree.append(newMessageTree)
client.messageTreeOut.put(newMessageTree)
def handle(self):
# socketType refers to whether the socket is a speaker
# or listener from the _client's_ point of view.
socketType = n.receive(self.request)
if socketType == "speak":
server.clientIDLock.acquire()
clientID = server.clientIDCounter
server.clientIDCounter += 1
server.clientIDLock.release()
# Tell the client its ID.
n.send(self.request, serialize(clientID))
print("[" + self.client_address[0] + " connected as client " +
str(clientID) + ".]")
# Create a queue corresponding to this client.
server.messages.append(Queue.Queue())
while True:
serializedMessage = n.receive(self.request)
if serializedMessage:
message = unserialize(serializedMessage)
print("[" + message.__class__.__name__ + ": " +
str(message) + "]")
assignID(message)
server.distributionQueue.put(message)
newMessageTree = trees.MessageTree(message)
server.baseMessageTree.append(newMessageTree)
else:
break
print "[Client " + str(clientID) + " quit.]"
else:
assert socketType[0:6] == "listen"
clientID = int(unserialize(socketType[6:]))
n.send(self.request, serialize(server.baseMessageTree))
# While the client is still listening...
while n.receive(self.request) == "still here":
# ...send a message from the queue
# corresponding to this client.
n.send(self.request,
serialize(server.messages[clientID].get()))
def queryForImport():
response = raw_input()
if response == "y":
server.baseMessageTree = unserialize(file.read())
print "[Read message tree from .messages; proceeding.]"
elif response == "n":
print "[Proceeding without importing from .messages.]"
else:
print "[y/n]"
queryForImport()
def queryForImport():
response = raw_input()
if response == "y":
server.baseMessageTree = unserialize(file.read())
print "[Read message tree from .messages; proceeding.]"
elif response == "n":
print "[Proceeding without importing from .messages.]"
else:
print "[y/n]"
queryForImport()
