def get_input(self, p):
while True:
msg = None
if self.gui:
msg = self.gui.messageQueue.Pop()
if msg:
if self.command(msg):
return Message(CommonUtil.createID(), self.id, self.alias,
self.currentChannel, msg,
'command').encode()
elif re.match(r'\/.+', msg):
print('commands info:'
) # add a print out of all commands info
else:
return Message(CommonUtil.createID(), self.id, self.alias,
self.currentChannel, msg,
'message').encode()
def createNew(name, permissions):
if name == 'General':
id = '0000000000000000'
else:
id = CommonUtil.createID()
ch = Channel(name, permissions, id)
regex = re.match(r'([01]{3})', permissions)
if regex:
ch.permisions = permissions
else:
ch.permisions = '011'
db.newChannel(ch)
return ch
def enter(self, event):
self.updateChat(self.mainText.get() + '\n', 'blue',
CommonUtil.createID())
self.messageQueue.Push(self.mainText.get())
self.mainText.delete(0, END)
#while loop for handling new connections
while True:
clientsocket, addr = server_socket.accept()
print('Got a connection from %s' % str(addr))
p1 = server.handler.port.pop()
p2 = server.handler.port.pop()
alias = clientsocket.recv(1024)
user = db.getUserAlias(alias)
if user:
user = User(user[0], user[1], p1, p2)
uID = user[2]
else:
uID = CommonUtil.createID()
user = User(alias, uID, p1, p2)
db.newUser(user)
# sending the client the information on ports used
k = str(uID) + '|' + str(p1) + '|' + str(p2)
clientsocket.send(k.encode('utf8'))
# starting threads to manage connection
server.Outbound[p1] = CommonUtil.Queue()
server.Outbound[p1].Push(welcome_message())
server.users.append(user)
threading._start_new_thread(CommonUtil.outbound_connection_handler, (
p1,
functools.partial(server.send, server),
server.error,
))
def sendPressed(self):
self.updateChat(self.mainText.get() + '\n', 'blue',
CommonUtil.createID())
self.messageQueue.Push(self.mainText.get())
self.mainText.delete(0, END)
