def run(self):
self.gui.guiSock.send("Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
listenerSock.bind(("",self.listenerPort))
listenerSock.listen(5)
self.gui.guiSock.send("Listening to clients...#") # to GUI
while True:
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
clientIP = addr[0] # key - IP client
# Check if client connected in pass
if clientIP in self.open_clients:
# Callback Connection by IP clientIP
self.gui.guiSock.send("Callback Connection by " + clientIP + " clientIP#") # to GUI
else:
# First Connection by IP clientIP
sessionWithClient = SessionWithClient(self, clientSock, addr )
self.open_clients[clientIP] = sessionWithClient
sessionWithClient.start()
break
except socket.error , er_msg:
error_code = er_msg[0]
if error_code == 10048:
self.gui.guiSock.send("Port " + str(self.listenerPort) + " is busy#") # to GUI
else:
self.gui.guiSock.send(str(er_msg) + "#") # to GUI
def run(self):
self.gui.guiSock.send("Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
listenerSock.bind(("",self.listenerPort))
listenerSock.listen(5)
self.gui.guiSock.send("Listening to clients...#") # to GUI
while True:
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
self.gui.guiSock.send("Connected client ip=" + addr[0] + "#") # to GUI
clientIP = addr[0] # key - IP client
# Connection by IP clientIP
sessionWithClient = SessionWithClient(self, clientSock, addr )
sessionWithClient.start()
self.open_clients[clientIP] = sessionWithClient
sessionWithClient.clientSock.send("Client_Hello")
data = sessionWithClient.clientSock.recv(1024)
if data == "Server_Hello":
sessionWithClient.aes_key = self.crypto_object.exchange_keys(sessionWithClient.clientSock)
break
except socket.error , er_msg:
error_code = er_msg[0]
if error_code == 10048:
self.gui.guiSock.send("Port " + str(self.listenerPort) + " is busy#") # to GUI
else:
self.gui.guiSock.send(str(er_msg) + "#") # to GUI
def run(self):
#self.gui.guiSock.send("Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print 'The server listen on port: ' + str(self.listenerPort)
listenerSock.bind(("0.0.0.0", self.listenerPort))
listenerSock.listen(5)
# self.gui.guiSock.send("Listening to clients...#") # to GUI
while True:
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
clientIP = addr[0] # key - IP client
print 'The client address is: ' + str(clientIP)
# Check if client connected in pass
if clientIP in self.open_clients:
pass
# Callback Connection by IP clientIP
# self.gui.guiSock.send("Callback Connection by " + clientIP + " clientIP#") # to GUI
else:
pass
# First Connection by IP clientIP
sessionWithClient = SessionWithClient(self, clientSock, addr, None)
sessionWithClient.start()
connection_makers = sessionWithClient.connection_makers
got_connection = sessionWithClient.got_connection
break
except socket.error, er_msg:
error_code = er_msg[0]
if error_code == 10048:
#self.gui.guiSock.send("Port " + str(self.listenerPort) + " is busy#") # to GUI
pass
else:
#self.gui.guiSock.send(str(er_msg) + "#") # to GUI
pass
def run(self):
from SessionWithClient import *
self.gui.guiSock.send(
"Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
listenerSock.bind(("", CLIENT_PORT))
listenerSock.listen(5)
self.gui.guiSock.send("Listening to clients...#") # to GUI
while True:
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
clientIP = addr[0] # key - IP client
# Check if client connected in pass
if clientIP in self.open_clients:
# Callback Connection by IP clientIP
self.gui.guiSock.send("Callback Connection by " +
clientIP +
" clientIP#") # to GUI
else:
# First Connection by IP clientIP
sessionWithClient = SessionWithClient(
self, clientSock, addr)
sessionWithClient.start()
break
except socket.error, er_msg:
error_code = er_msg[0]
if error_code == 10048:
self.gui.guiSock.send("Port " + str(CLIENT_PORT) +
" is busy#") # to GUI
else:
self.gui.guiSock.send(str(er_msg) + "#") # to GUI
def run(self):
self.gui.guiSock.send(
"Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
listenerSock.bind(("", self.listenerPort))
listenerSock.listen(5)
self.gui.guiSock.send("Listening to clients...#") # to GUI
while True:
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
self.gui.guiSock.send("Connected client ip=" +
addr[0] + "#") # to GUI
clientIP = addr[0] # key - IP client
# Connection by IP clientIP
sessionWithClient = SessionWithClient(
self, clientSock, addr)
sessionWithClient.start()
self.open_clients[clientIP] = sessionWithClient
sessionWithClient.clientSock.send("Client_Hello")
data = sessionWithClient.clientSock.recv(1024)
if data == "Server_Hello":
sessionWithClient.aes_key = self.crypto_object.exchange_keys(
sessionWithClient.clientSock)
break
except socket.error, er_msg:
error_code = er_msg[0]
if error_code == 10048:
self.gui.guiSock.send("Port " + str(self.listenerPort) +
" is busy#") # to GUI
else:
self.gui.guiSock.send(str(er_msg) + "#") # to GUI
def run(self):
"""
import time
import struct
f = open(r'\\.\pipe\NPtest1', 'r+b', 0)
while True:
s = 'Message[{0}]'.format(i)
i += 1
f.write(struct.pack('I', len(s)) + s) # Write str length and str
f.seek(0) # EDIT: This is also necessary
print 'Wrote:', s
n = struct.unpack('I', f.read(4))[0] # Read str length
s = f.read(n) # Read str
f.seek(0) # Important!!!
print 'Read:', s
time.sleep(2)
"""
#self.gui.guiSock.send("Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print self.listenerPort
listenerSock.bind(("0.0.0.0", self.listenerPort))
listenerSock.listen(5)
# self.gui.guiSock.send("Listening to clients...#") # to GUI
open_clients_string=""
f = open(r'\\.\pipe\NPtest1', 'r+b', 0)
while True:
print self.open_clients
for key in self.open_clients:
open_clients_string=";"+key
print open_clients_string
open_clients_string=open_clients_string[1:]
f.write(struct.pack('I', len( open_clients_string)) + open_clients_string)
f.seek(0)
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
clientIP = addr[0] # key - IP client
print clientIP
# Check if client connected in pass
if clientIP in self.open_clients:
pass
# Callback Connection by IP clientIP
# self.gui.guiSock.send("Callback Connection by " + clientIP + " clientIP#") # to GUI
else:
pass
# First Connection by IP clientIP
sessionWithClient = SessionWithClient(self, clientSock, addr, None)
self.open_clients[clientIP] = sessionWithClient
sessionWithClient.start()
break
except socket.error , er_msg:
error_code = er_msg[0]
if error_code == 10048:
#self.gui.guiSock.send("Port " + str(self.listenerPort) + " is busy#") # to GUI
pass
else:
#self.gui.guiSock.send(str(er_msg) + "#") # to GUI
pass
def run(self):
"""
import time
import struct
f = open(r'\\.\pipe\NPtest1', 'r+b', 0)
while True:
s = 'Message[{0}]'.format(i)
i += 1
f.write(struct.pack('I', len(s)) + s) # Write str length and str
f.seek(0) # EDIT: This is also necessary
print 'Wrote:', s
n = struct.unpack('I', f.read(4))[0] # Read str length
s = f.read(n) # Read str
f.seek(0) # Important!!!
print 'Read:', s
time.sleep(2)
"""
#self.gui.guiSock.send("Server running...Waiting for a connection...#") # to GUI
try:
# Listener socket
listenerSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print self.listenerPort
listenerSock.bind(("0.0.0.0", self.listenerPort))
listenerSock.listen(5)
# self.gui.guiSock.send("Listening to clients...#") # to GUI
open_clients_string = ""
f = open(r'\\.\pipe\NPtest1', 'r+b', 0)
while True:
print self.open_clients
for key in self.open_clients:
open_clients_string = ";" + key
print open_clients_string
open_clients_string = open_clients_string[1:]
f.write(
struct.pack('I', len(open_clients_string)) +
open_clients_string)
f.seek(0)
clientSock, addr = listenerSock.accept()
# Thread creating loop
while True:
if threading.activeCount() < THREAD_LIMIT:
clientIP = addr[0] # key - IP client
print clientIP
# Check if client connected in pass
if clientIP in self.open_clients:
pass
# Callback Connection by IP clientIP
# self.gui.guiSock.send("Callback Connection by " + clientIP + " clientIP#") # to GUI
else:
pass
# First Connection by IP clientIP
sessionWithClient = SessionWithClient(
self, clientSock, addr, None)
self.open_clients[clientIP] = sessionWithClient
sessionWithClient.start()
break
except socket.error, er_msg:
error_code = er_msg[0]
if error_code == 10048:
#self.gui.guiSock.send("Port " + str(self.listenerPort) + " is busy#") # to GUI
pass
else:
#self.gui.guiSock.send(str(er_msg) + "#") # to GUI
pass
