python socket server multiple connections

Port = 2004 print ( 'Waiting for connection response' ) try :

Nevertheless, you can define more logs it will help you debugging the problems quickly. However, it also makes the code difficult to organize. Threading is an ultimate elixir to make the program run swiftly. So this was the Client-Side Multithreading in Python example. decode ( 'utf-8' ) ) Client-Side Multithreading Full Code Example

recv ( 1024 ) while True :ĬlientMultiSocket. The recv() method is defined here to get the data from the server. error as e : print ( str (e ) )Īdditionally, we have to keep the client’s server running without being interpreted. connect ( (host, port ) ) except socket. print ( 'Waiting for connection response' ) try :ĬlientMultiSocket. import socketĪccess connect method takes host, port parameters and creates the connection with the server. Let us begin considering some imperatives that we have taken care of earlier to create a server-side connection. In this step, we will create a mechanism in which multiple clients can connect to the server, and every client is given an associated thread for managing client requests individually. close ( ) Socket Programming with Multi-threading listen ( 5 ) def multi_threaded_client (connection ) : error as e : print ( str (e ) ) print ( 'Socket is listening.' ) Here is the final code for dealing with multiple client’s connection with server-side programming. close ( ) Python Socket Server Multiple Connections Example ThreadCount += 1 print ( 'Thread Number: ' + str (ThreadCount ) ) Start_new_thread (multi_threaded_client, (Client, ) ) accept ( ) print ( 'Connected to: ' + address + ':' + str (address ) ) while True :Ĭlient, address = ServerSideSocket. It interprets the process and returns the connected clients’ information such as thread number and address given to it.Īs you can see, the start_new_thread function is handling the connection it establishes a new thread for every client to perform server connection duty specifically.

The server socket connection is combined with the accept method and conjugating the constant process at one go. To make the server connection run constant, we will take the help of a while loop. The server must run relentlessly, seldom our servers connections might get deteriorated due to some hidden errors. close ( ) Accept Client Socket Connection in Python decode ( 'utf-8' ) if not data : breakĬonnection. encode ( 'Server is working:' ) ) while True : def multi_threaded_client (connection ) :Ĭonnection.

Within the multi_threaded_client function, the connection.recv(2048) method is separately getting the data from every client and returning the server response to a specific client. We have to create a brand new function and name it multi_threaded_client() this connects every client from the various address provided by the server simultaneously.

Python socket server multiple connections