def ping_sweep(self, subnet):
#subnet => '192.168.1.0/30'
scanTime = strftime("%H:%M:%S", gmtime())
import __builtin__
from network import hosts
from pprint import pprint
subnet_hosts = []
list_of_hosts_created = hosts.get_hosts()
count = 0
nma = nmap.PortScanner()
print nma.scan(hosts=subnet, arguments='-sP')
hosts_list = [(x, nma[x]['status']['state'], nma[x]['hostname'])
for x in nma.all_hosts()]
# from pprint import pprint
# pprint(nma)
# print hosts_list
for host, status, hostname in hosts_list:
if status == 'up' or hostname != '':
hosts.create_host(host, hostname=hostname)
msg = str(scanTime) + " => Ping sweeped " + subnet
self.record.append(msg)
leftBottom_frame.print_bottom_panel("[+] Finished Ping Sweep ")
def ping_sweep(self, subnet):
# subnet => '192.168.1.0/30'
scanTime = strftime("%H:%M:%S", gmtime())
import __builtin__
from network import hosts
from pprint import pprint
subnet_hosts = []
list_of_hosts_created = hosts.get_hosts()
count = 0
nma = nmap.PortScanner()
print nma.scan(hosts=subnet, arguments="-sP")
hosts_list = [(x, nma[x]["status"]["state"], nma[x]["hostname"]) for x in nma.all_hosts()]
# from pprint import pprint
# pprint(nma)
# print hosts_list
for host, status, hostname in hosts_list:
if status == "up" or hostname != "":
hosts.create_host(host, hostname=hostname)
msg = str(scanTime) + " => Ping sweeped " + subnet
self.record.append(msg)
leftBottom_frame.print_bottom_panel("[+] Finished Ping Sweep ")
def scan_one_host_ports(self, host, tgtPorts):
from pprint import pprint
scanTime = strftime("%H:%M:%S", gmtime())
self.host = host
address = host.address
nmScan = nmap.PortScanner()
self.targetHost = {'id': host.id, 'ip': address, 'ports': []}
host.scanned = True
host.openPorts = []
threads = []
#-------------- PING RECON ---------------
# if self.start_ping(address) == "up":
#--------------OS DETECTION---------------
def start_os_recon():
try:
nmScan.scan(address, arguments="-O")
pprint(nmScan[address])
return
except:
pass
printB("[!] Os recognition failed.")
t = Thread(target=start_os_recon, args=())
threads.append(t)
t.start()
#-------------- PORT SCAN-----------------
for port in tgtPorts.keys():
t = Thread(target=self.scan, args=(host, port, tgtPorts[port]))
threads.append(t)
t.start()
# Wait for all of them to finish
[x.join() for x in threads]
hosts_list = [(x, nmScan[x]['status']['state'])
for x in nmScan.all_hosts()]
for addr, status in hosts_list:
if addr == address:
#-------------- SAVING RECORDS -----------
if nmScan[address].has_key('osclass'):
for osclass in nmScan[address]['osclass']:
host.os_type = osclass['type']
host.os_vendor = osclass['vendor']
host.os_family = osclass['osfamily']
host.os_gen = osclass['osgen']
host.os_accuracy = osclass['accuracy']
msg = str(scanTime) + " => Scanned host: " + str(host.id)
self.record.append(msg)
leftBottom_frame.print_bottom_panel("[+]Finished Scan.")
def scan_one_host_ports(self, host, tgtPorts):
from pprint import pprint
scanTime = strftime("%H:%M:%S", gmtime())
self.host = host
address = host.address
nmScan = nmap.PortScanner()
self.targetHost = {"id": host.id, "ip": address, "ports": []}
host.scanned = True
host.openPorts = []
threads = []
# -------------- PING RECON ---------------
# if self.start_ping(address) == "up":
# --------------OS DETECTION---------------
def start_os_recon():
try:
nmScan.scan(address, arguments="-O")
pprint(nmScan[address])
return
except:
pass
printB("[!] Os recognition failed.")
t = Thread(target=start_os_recon, args=())
threads.append(t)
t.start()
# -------------- PORT SCAN-----------------
for port in tgtPorts.keys():
t = Thread(target=self.scan, args=(host, port, tgtPorts[port]))
threads.append(t)
t.start()
# Wait for all of them to finish
[x.join() for x in threads]
hosts_list = [(x, nmScan[x]["status"]["state"]) for x in nmScan.all_hosts()]
for addr, status in hosts_list:
if addr == address:
# -------------- SAVING RECORDS -----------
if nmScan[address].has_key("osclass"):
for osclass in nmScan[address]["osclass"]:
host.os_type = osclass["type"]
host.os_vendor = osclass["vendor"]
host.os_family = osclass["osfamily"]
host.os_gen = osclass["osgen"]
host.os_accuracy = osclass["accuracy"]
msg = str(scanTime) + " => Scanned host: " + str(host.id)
self.record.append(msg)
leftBottom_frame.print_bottom_panel("[+]Finished Scan.")
def assign(self, host, tgtPorts):
if host.bot_assigned == -1 or host.bot_assigned == self.id:
self.status = "ASSIGNED"
if host.scanned:
self.exploit_all_host(host)
else:
self.scan_one_host_ports(host, tgtPorts)
self.exploit_all_host(host)
else:
leftBottom_frame.print_bottom_panel(
"[!] Host " + str(host.id) + " is already assigned to BOT " +
str(host.bot_assigned))
def assign(self, host, tgtPorts):
if host.bot_assigned == -1 or host.bot_assigned == self.id:
self.status = "ASSIGNED"
if host.scanned:
self.exploit_all_host(host)
else:
self.scan_one_host_ports(host, tgtPorts)
self.exploit_all_host(host)
else:
leftBottom_frame.print_bottom_panel(
"[!] Host " + str(host.id) + " is already assigned to BOT " + str(host.bot_assigned)
)
def full_mode(self, host, PORTS):
if host.bot_assigned == -1 or host.bot_assigned == self.id:
self.status = "PERMANENT ASSIGNMENT"
self.targetHost = {'id': host.id, 'ip': host.address, 'ports': []}
host.bot_assigned = self.id
self.full_mode_os_recognition(host, PORTS)
self.full_mode_module(host, PORTS)
else:
leftBottom_frame.print_bottom_panel(
"[!] Host " + str(host.id) + " is already assigned to BOT " +
str(host.bot_assigned))
def full_mode(self, host, PORTS):
if host.bot_assigned == -1 or host.bot_assigned == self.id:
self.status = "PERMANENT ASSIGNMENT"
self.targetHost = {"id": host.id, "ip": host.address, "ports": []}
host.bot_assigned = self.id
self.full_mode_os_recognition(host, PORTS)
self.full_mode_module(host, PORTS)
else:
leftBottom_frame.print_bottom_panel(
"[!] Host " + str(host.id) + " is already assigned to BOT " + str(host.bot_assigned)
)
