from os import popen
from socket import *
from sys import argv
from threading import *
from term import Color
from str import toArray
terminal = Color()
clients = []
def broadcast (message):
global clients
for i in clients:
i[0].send (message)
def listernerController (clientsocket):
buff = True
BUFFER_SIZE = 1024
client_info = clientsocket[0].recv (BUFFER_SIZE)
while buff != None:
buff = clientsocket[0].recv (BUFFER_SIZE)
value = toArray (buff, ':')
if value[0] == 'message':
print (client_info + " says: " + value[1])
broadcast ('Client '+client_info+' says: '+value[1])
elif value[0] == 'command':
if value[1] != 'exit':
print ('Executing '+ value[1]+" for client: "+client_info)
broadcast (popen (value[1]).read())
import os
import sys
from term import Color
term = Color()
debug = False
if len (sys.argv) > 1:
if sys.argv[1] == 'debug':
debug = True
def getDivisores(n):
divisores = []
for i in range(n):
if i > 0 and (n % i) == 0:
divisores.append(i)
return (divisores)
def isPerfect (n):
divisores = getDivisores (n)
sigma = 0
if debug:
term.cout ('white', 'Divisors: ')
for i in divisores:
term.cout ('warning', str (i))
from socket import *
from sys import argv
from threading import *
from term import Color
from str import toArray
terminal = Color()
def listernerController (serversocket):
buff = True
BUFFER_SIZE = 1024
while buff != 'shutdown':
buff = serversocket.recv (BUFFER_SIZE)
print (buff)
def client (server, port, debug = False):
if debug: print ('Criando socket de cliente...')
sck = socket (AF_INET, SOCK_STREAM)
if debug:
print ("\t\tOK")
print ('Connectando cliente ao servidor ('+server+', '+str(port)+')' )
sck.connect ( (server, port) )
sck.send (sck.getsockname()[0])
Thread (target=listernerController, args=(sck,)).start ()
buff = True
mode = 'message'
while buff != 'exit':
buff = raw_input (mode+":")
aux = toArray (buff, ':')
