def handle_input_connection(connection, client_address, input_queue):
"""
For each client, there is a thread that waits for incoming plots over the network. If a plot came in, this plot is then put into the main queue from which the server takes
plots away.
:param connection:
:param client_address:
:param input_queue:
:return:
"""
while True:
recv_message = recv_size(connection)
input_queue.put(ClientMessage(recv_message, client_address))
# input_queue.put({"plot":recv_message,"client":client_address}, block=False)
connection.close()
def handle_input_connection(connection, client_address, input_queue):
"""
For each client, there is a thread that waits for incoming plots over the network. If a plot came in, this plot is then put into the main queue from which the server takes
plots away.
:param connection:
:param client_address:
:param input_queue:
:return:
"""
while True:
recv_message = recv_size(connection)
if not input_queue: break
input_queue.put(ClientMessage(recv_message, client_address))
connection.close()
def collect_from_server(queue, sock):
while True:
recv_message = recv_size(sock)
queue.put(recv_message)
sock.close()
def collect_from_server(queue, sock):
while True:
recv_message = recv_size(sock)
queue.put(recv_message)
sock.close()