def create_client(self, addr):
'''
Create a client given it's address
'''
Console.print(f"[UDP] |{addr[0]}| Connected.")
client = Client(addr)
self.add_client(client)
def start(self):
'''
Start a infinite loop in another thread to listen to the server.
'''
self.running = True
self._thread = threading.Thread(target=self.run)
self._thread.start()
Console.print("[UDP] Started client's thread.")
def call(traceback, warning=False):
if warning:
call_type = '[WARNING]'
else:
call_type = '[ERROR]'
Console.print('[UDP]', call_type, traceback)
def call(traceback, id=None, warning=False):
if warning:
call_type = "[WARNING]"
else:
call_type = "[ERROR]"
if id == None:
Console.print("[TCP]", call_type, traceback)
else:
Console.print(f"[TCP] |{id}| {call_type} {traceback}")
def call(traceback, warning=False):
'''
Display a message in the terminal.
In the format: `"[TCP] [call type] traceback"`
'''
if warning:
call_type = "WARNING"
else:
call_type = "ERROR"
Console.print(f"[TCP] [{call_type}] {traceback}")
def run(self):
'''
Loop that wait for connections.
Execute on_connection method.
To end execution, set running attribute to False.
'''
while self._running:
conn, addr = self._socket.accept()
Console.print(f'[TCP] |{addr[0]}| Connected.')
self.on_connection(conn, addr)
def display_msg(self, msg: Message):
'''
Display the Message to the terminal
in a pretty printing way.
'''
if type(msg.content) is str and '\n' in msg.content:
content = ''
elif type(msg.content) is np.ndarray:
content = ''
# player stats
elif msg.identifier == 'rpd':
content = msg.content['username']
else:
content = str(msg.content)
Console.print('[TCP] {' + msg.identifier + '} ' + content)
def print(self, string, *strings, warning=False):
'''
Print a string to the terminal.
'''
# compose string
for _str in strings:
string += ' ' + _str
if self.logged:
id = self.username
else:
id = self.ip
if warning:
Console.print(f'[TCP] |{id}| [WARNING] {string}')
else:
Console.print(f'[TCP] |{id}| {string}')