def mapscanm():
print ("\033[1;36m\n[+]Type (\033[1;ma\033[1;36m) to auto scan, for manual scan type (\033[1;mip\033[1;36m) or type '\033[1;mback\033[1;36m' to \033[1;91mreturn home.\n\033[1;m")
target_ip = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ip == "a":
gatewayip = gateway
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m"% gateway).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
t_port= raw_input("\033[1;36m[!] Enter Ports for scanning,example:\033[1;36m(\033[1;m21,22,23,139,xx\033[1;36m):\033[1;m").strip()
ports = open('./tmp/ports.txt', 'w')
ports.write(t_port)
ports.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmap").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
print ("\033[1;36m\n[+]Type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "ip":
target_ip = raw_input("\033[1;36m[!] Enter ip address for scanning,example:\033[1;36m(\033[1;m192.168.x.0\033[1;36m):\033[1;m").strip()
gatewayip = target_ip
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m" % target_ip).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
t_port= raw_input("\033[1;36m[!] Enter Ports for scanning,example:\033[1;36m(\033[1;m21,22,23,139,xx\033[1;36m):\033[1;m").strip()
ports = open('./tmp/ports.txt', 'w')
ports.write(t_port)
ports.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmap").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
print ("\033[1;36m\n[+]Type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "back":
home()
else:
print("\033[1;91m\n[!] Error : Command not found.\033[1;m")
mapscanm()
def main():
try:
def config():
global up_interface
up_interface = open('/opt/nmappy/tools/files/iface.txt', 'r').read()
up_interface = up_interface.replace("\n","")
if up_interface == "0":
up_interface = os.popen("route | awk '/Iface/{getline; print $8}'").read()
up_interface = up_interface.replace("\n","")
global gateway
gateway = open('/opt/nmappy/tools/files/gateway.txt', 'r').read()
gateway = gateway.replace("\n","")
if gateway == "0":
gateway = os.popen("ip route show | grep -i 'default via'| awk '{print $3 }'").read()
gateway = gateway.replace("\n","")
def home():
config()
n_mac = os.popen("ip addr | grep 'state UP' -A1 | tail -n1 | awk '{print $2}' | cut -f1 -d'/'").read() # Get network mac
n_host = socket.gethostname()
# or
try:
n_ip = commands.getoutput("ip address show dev " + up_interface).split()
n_ip = n_ip[n_ip.index('inet') + 1].split('/')[0]
except Exception, e:
print '[!] %s connection gateway failure' % (e)
if os.name == "nt":
socket_protocol = socket.IPPROTO_IP
else:
socket_protocol = socket.IPPROTO_ICMP
print(""" \033[1;91m
.__ __. .___ ___. ___ .______ .______ ____ ____ __
| \ | | | \/ | / \ | _ \ | _ \ \ \ / / | |
| \| | | \ / | / ^ \ | |_) | | |_) | \ \/ / | |
| . ` | | |\/| | / /_\ \ | ___/ | ___/ \_ _/ | |
| |\ | | | | | / _____ \ | | | | | | |__|
|__| \__| |__| |__| /__/ \__\ | _| | _| |__| (__)
""")
print("\033[1;36m By shell.e00750..\033[1;m")
print "\n\033[1;36m[+]IP Address:\033[1;m%s"% n_ip
print "\033[1;36m[+]MAC Address:\033[1;m%s"% n_mac.upper()
print "\033[1;36m[+]Gateway:\033[1;m%s"% gateway
print "\033[1;36m[+]Interface:\033[1;m%s"% up_interface
print "\033[1;36m[+]Hostname:\033[1;m%s"% n_host
print("\n\033[1;36m[1] - \033[1;mnmap, the manual scanning.\033[37m")
print("\033[1;36m[2] - \033[1;mnmap, scan for databases.\033[37m")
print("\033[1;36m[3] - \033[1;mnmap, scan for Trojan.\033[37m")
print("\033[1;36m[4] - \033[1;mClose\033[37m")
try:
option =(int(raw_input("\n\033[1;36m[?]option:\033[1;m")))
except ValueError:
print("\033[3;91m\n[!] Error : Invalid option entered.\033[3;34m\n")
home()
if option == 1:
def mapscanm():
print ("\033[1;36m\n[+]Type (\033[1;ma\033[1;36m) to auto scan, for manual scan type (\033[1;mip\033[1;36m) or type '\033[1;mback\033[1;36m' to \033[1;91mreturn home.\n\033[1;m")
target_ip = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ip == "a":
gatewayip = gateway
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m"% gateway).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
t_port= raw_input("\033[1;36m[!] Enter Ports for scanning,example:\033[1;36m(\033[1;m21,22,23,139,xx\033[1;36m):\033[1;m").strip()
ports = open('./tmp/ports.txt', 'w')
ports.write(t_port)
ports.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmap").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
print ("\033[1;36m\n[+]Type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "ip":
target_ip = raw_input("\033[1;36m[!] Enter ip address for scanning,example:\033[1;36m(\033[1;m192.168.x.0\033[1;36m):\033[1;m").strip()
gatewayip = target_ip
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m" % target_ip).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
t_port= raw_input("\033[1;36m[!] Enter Ports for scanning,example:\033[1;36m(\033[1;m21,22,23,139,xx\033[1;36m):\033[1;m").strip()
ports = open('./tmp/ports.txt', 'w')
ports.write(t_port)
ports.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmap").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
print ("\033[1;36m\n[+]Type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "back":
home()
else:
print("\033[1;91m\n[!] Error : Command not found.\033[1;m")
mapscanm()
mapscanm()
if option == 2:
print ("\033[1;36m\n[+]Type (\033[1;ma\033[1;36m) to auto scan, for manual scan type (\033[1;mip\033[1;36m) or type '\033[1;mback\033[1;36m' to \033[1;91mreturn home.\n\033[1;m")
target_ip = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ip == "a":
gatewayip = gateway
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m"% gateway).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmapdb").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
target_parse = " --target "
print ("\033[1;36m\n[+]Type (\033[1;mport\033[1;36m) port database info, or type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "port":
print ("")
table_datas = [
["\n\n\n\nList port info\n", """
389: MySQL Enterprise Authentication LDAP & AD.
1433: Microsoft SQL Server database management system (MSSQL) server.
1434: Microsoft SQL Server database management system (MSSQL) monitor.
3050: Firebird & Interbase.
3306: MySQL Client to Server.
3351,1583: Pervasive SQL. 137-139 used for authentication.
5432: PostgreSQL.
6446: MySQL Client Any SQL to Router.
6447: MySQL Client Any SQL to Router.
6448: MySQL Client Any API calls to Router.
6449: MySQL Client ReadOnly Calls to Router.
33060: MySQL Client to Server - New X.
33061: MySQL Group Replication internal.\n"""]
]
table = DoubleTable(table_datas)
print (table.table).encode('utf-8')
target_ip()
elif target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "ip":
target_ip= raw_input("\033[1;36m[!] Enter ip address for scanning,example:\033[1;36m(\033[1;m192.168.x.0\033[1;36m):\033[1;m").strip()
#targetip = target_ip
gatewayip = target_ip
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m" % target_ip).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmapdb").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
target_parse = " --target "
print ("\033[1;36m\n[+]Type (\033[1;mport\033[1;36m) port database info , or type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "port":
print ("")
table_datas = [
["\n\n\n\nList port info\n", """
389: MySQL Enterprise Authentication LDAP & AD.
1433: Microsoft SQL Server database management system (MSSQL) server.
1434: Microsoft SQL Server database management system (MSSQL) monitor.
3050: Firebird & Interbase.
3306: MySQL Client to Server.
3351,1583: Pervasive SQL. 137-139 used for authentication.
5432: PostgreSQL.
6446: MySQL Client Any SQL to Router.
6447: MySQL Client Any SQL to Router.
6448: MySQL Client Any API calls to Router.
6449: MySQL Client ReadOnly Calls to Router.
33060: MySQL Client to Server - New X.
33061: MySQL Group Replication internal.\n"""]
]
table = DoubleTable(table_datas)
#print(table.table)
print (table.table).encode('utf-8')
target_ip()
elif target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "back":
home()
else:
print("\033[1;91m\n[!] Error : Command not found.\033[1;m")
mapscanm()
if option == 3:
print ("\033[1;36m\n[+]Type (\033[1;ma\033[1;36m) to auto scan, for manual scan type (\033[1;mip\033[1;36m) or type '\033[1;mback\033[1;36m' to \033[1;91mreturn home.\n\033[1;m")
target_ip = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ip == "a":
gatewayip = gateway
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m"% gateway).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmaptrojan").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
#target_parse = " --target "
print ("\033[1;36m\n[+]Type (\033[1;mport\033[1;36m) to port trojan info, or type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "port":
print ("")
table = [
["\n\n\n\nList Port Trojan info\n", """
21: Blade Runner, Doly Trojan, Fore, Invisible FTP, WebEx, WinCrash.
21: Blade Runner, Doly Trojan, Fore, Invisible FTP, WebEx, WinCrash.
23: Tiny Telnet Server.
25: Antigen, Email Password Sender, Haebu Coceda, Shtrilitz Stealth,Terminator, WinPC, WinSpy, Kuang2 0.17A-0.30.
31: Hackers Paradise.
80: Executor.
456: Hackers Paradise.
555: Ini-Killer, Phase Zero, Stealth Spy.
666: Satanz Backdoor
1001: Silencer, WebEx.
1011: Doly Trojan
1045: Rasmin Trojan.
1170: Psyber Stream Server Trojan.
1234: Ultors Trojan.
1243: SubSeven 1.0 - 1.8.
1245: VooDoo Doll.
1349: UDP Port > Back Ofrice DLL
1492: TP99CMP.
1600: Shivka-Burka.
1807: SpySender.
1981: ShockRave Trojan.
1999: BackDoor 1.00-1.03.
2001: Trojan Cow
2023: Ripper.
2115: Bugs.
2140: Deep Throat, The Invasor.
2801: Phineas Phucker.
3024: WinCrash.
3129: Masters Paradise Trojan.
3150: Deep Throat, The Invasor.
3700: Portal of Doom Trojan.
4092: WinCrash Trojan.
4567: File Nail 1.
4590: ICQTrojan Trojan.
4950: ICQTrojan Trojan.
5000: Bubbel.
5001: Sockets de Troie.
5321: Firehotcker Trojan.
5400: Blade Runner 0.80 Alpha.
5401: Blade Runner 0.80 Alpha.
5402: Blade Runner 0.80 Alpha.
5569: Robo-Hack Trojan.
5742: WinCrash.
6670: DeepThroat.
6671: Deep Throat Trojan.
6776: BackDoor-G, SubSeven trojans.
6939: trojan GateCrasher, Priority.
6969: GateCrasher, Priority.
7000: Remote Grab.
7300: NetMonitor.
7301: NetMonitor.
7306: NetMonitor.
7307: NetMonitor.
7308: NetMonitor.
7789: Back Door Setup, ICKiller Trojan.
8787: BackOfrice 2000.
9872: Portal of Doom Trojan.
9873: Portal of Doom v1.x Trojan.
9874: Portal of Doom v2.x Trojan.
9875: Portal of Doom v3.x Trojan.
9989: iNi-Killer Trojan.
10067: Portal of Doom v4.x Trojan.
10167: Portal of Doom v5.x Trojan.
10607: Coma 1.0.9.
11000: Senna Spy.
11223: Progenic trojan Trojan.
12223: Hack'99 KeyLogger Trojan.
12345: NetBus backdoor trojan.
12346: NetBus backdoor trojan.
12361: Whack-a-mole Trojan.
12362: Whack-a-mole Trojan.
13000: Senna Spy Trojan.
16969: Priority Trojan.
20001: Millenium Trojan.
20034: NetBus 2 Pro Trojan.
21544: GirlFriend Trojan.
22222: Prosiak Trojan.
23456: Evil FTP, Ugly FTP, WhackJob.
26274: Delta
30029: AOL Trojan.
30100: Netsphere Trojan.
30101: Netsphere Trojan.
30102: Netsphere Trojan.
30303: Sockets de Troie Trojan.
31337: TCP & UDP Port > Back Orifice.
31338: TCP & UDP Port > Back Orifice, DeepBO, NetSpy DK Trojan.
31339: NetSpy DK Trojan.
31666: BOWhack Trojan.
33333: Prosiak Trojan.
34324: BigGluck, TN, Tiny Telnet Server Trojan.
40412: BigGluck, TN, The Spy Trojan.
40421: Masters Paradise, Agent 4042 Trojan1.
40422: Masters Paradise v1.x Trojan.
40423: Masters Paradise v2.x Trojan.
40426: Masters Paradise v3.x Trojan.
47262: Delta.
50505: Sockets de Troie v2 Trojan.x.
50766: Fore, Schwindler Trojan.
53001: Remote Windows Shutdown Trojan.
54321: TCP & UDP Port > School Bus Trojan.
60000: Depp Throat Trojan.
61466: Telecommando Trojan.
65000: Devil v1.03 Trojan.\n"""]
]
table = DoubleTable(table)
#print(table.table)
print (table.table).encode('utf-8')
target_ip()
elif target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "ip":
target_ip= raw_input("\033[1;36m[!] Enter ip address for scanning,example:\033[1;36m(\033[1;m192.168.x.0\033[1;36m):\033[1;m").strip()
gatewayip = target_ip
gtway = open('./tmp/gateway.txt', 'w')
gtway.write(gatewayip)
gtway.close()
network_blocks = raw_input("\033[1;36m[!] Enter network blocks,example.\033[1;36m(\033[1;mip address\033[1;36m/\033[1;m24 \033[1;36mor\033[1;m 16 \033[1;36mor\033[1;m 8\033[1;36m)»\033[1;m%s\033[1;36m/\033[1;m" % target_ip).strip()
networkb = open('./tmp/network_blocks.txt', 'w')
networkb.write(network_blocks)
networkb.close()
print("\033[1;91mMapping...\033[1;m")
scan = os.popen("sh ./nmaptrojan").read()
f = open('./tmp/mapgrepscan.txt','w')
f.write(scan)
f.close()
ip_addre = os.popen("grep UP ./tmp/mapgrepscan.txt | awk '{print $1}'").read()
ports = os.popen("grep TCP ./tmp/mapgrepscan.txt | awk '{print $3}'").read()
table = [['IP Address','Ports']]
table.append([ip_addre,ports])
table = DoubleTable(table)
print("\n\033[1;36m[+]Devices found on your network.¯\_(ツ)_/¯:\033[1;m")
print (table.table).encode('utf-8')
print "\033[1;36m[+]Scanning completed at %s\033[1;m" %(time.strftime("%I:%M:%S %p"))
def target_ip():
print ("\033[1;36m\n[+]Type (\033[1;mport\033[1;36m) to port trojan info , or type (\033[1;mback\033[1;36m) to return home,for close type (\033[1;mexit\033[1;36m) or Press '\033[1;mCtrl + C\033[1;36m' to \033[1;91mShutting down.\n\033[1;m")
target_ips = raw_input("\033[1;36m[+]type commands\033[0m\033[1;36m:\033[1;m").strip()
if target_ips == "port":
print ("")
table = [
["\n\n\n\nList Port Trojan info\n", """
21: Blade Runner, Doly Trojan, Fore, Invisible FTP, WebEx, WinCrash.
21: Blade Runner, Doly Trojan, Fore, Invisible FTP, WebEx, WinCrash.
23: Tiny Telnet Server.
25: Antigen, Email Password Sender, Haebu Coceda, Shtrilitz Stealth,Terminator, WinPC, WinSpy, Kuang2 0.17A-0.30.
31: Hackers Paradise.
80: Executor.
456: Hackers Paradise.
555: Ini-Killer, Phase Zero, Stealth Spy.
666: Satanz Backdoor
1001: Silencer, WebEx.
1011: Doly Trojan
1045: Rasmin Trojan.
1170: Psyber Stream Server Trojan.
1234: Ultors Trojan.
1243: SubSeven 1.0 - 1.8.
1245: VooDoo Doll.
1349: UDP Port > Back Ofrice DLL
1492: TP99CMP.
1600: Shivka-Burka.
1807: SpySender.
1981: ShockRave Trojan.
1999: BackDoor 1.00-1.03.
2001: Trojan Cow
2023: Ripper.
2115: Bugs.
2140: Deep Throat, The Invasor.
2801: Phineas Phucker.
3024: WinCrash.
3129: Masters Paradise Trojan.
3150: Deep Throat, The Invasor.
3700: Portal of Doom Trojan.
4092: WinCrash Trojan.
4567: File Nail 1.
4590: ICQTrojan Trojan.
4950: ICQTrojan Trojan.
5000: Bubbel.
5001: Sockets de Troie.
5321: Firehotcker Trojan.
5400: Blade Runner 0.80 Alpha.
5401: Blade Runner 0.80 Alpha.
5402: Blade Runner 0.80 Alpha.
5569: Robo-Hack Trojan.
5742: WinCrash.
6670: DeepThroat.
6671: Deep Throat Trojan.
6776: BackDoor-G, SubSeven trojans.
6939: trojan GateCrasher, Priority.
6969: GateCrasher, Priority.
7000: Remote Grab.
7300: NetMonitor.
7301: NetMonitor.
7306: NetMonitor.
7307: NetMonitor.
7308: NetMonitor.
7789: Back Door Setup, ICKiller Trojan.
8787: BackOfrice 2000.
9872: Portal of Doom Trojan.
9873: Portal of Doom v1.x Trojan.
9874: Portal of Doom v2.x Trojan.
9875: Portal of Doom v3.x Trojan.
9989: iNi-Killer Trojan.
10067: Portal of Doom v4.x Trojan.
10167: Portal of Doom v5.x Trojan.
10607: Coma 1.0.9.
11000: Senna Spy.
11223: Progenic trojan Trojan.
12223: Hack'99 KeyLogger Trojan.
12345: NetBus backdoor trojan.
12346: NetBus backdoor trojan.
12361: Whack-a-mole Trojan.
12362: Whack-a-mole Trojan.
13000: Senna Spy Trojan.
16969: Priority Trojan.
20001: Millenium Trojan.
20034: NetBus 2 Pro Trojan.
21544: GirlFriend Trojan.
22222: Prosiak Trojan.
23456: Evil FTP, Ugly FTP, WhackJob.
26274: Delta
30029: AOL Trojan.
30100: Netsphere Trojan.
30101: Netsphere Trojan.
30102: Netsphere Trojan.
30303: Sockets de Troie Trojan.
31337: TCP & UDP Port > Back Orifice.
31338: TCP & UDP Port > Back Orifice, DeepBO, NetSpy DK Trojan.
31339: NetSpy DK Trojan.
31666: BOWhack Trojan.
33333: Prosiak Trojan.
34324: BigGluck, TN, Tiny Telnet Server Trojan.
40412: BigGluck, TN, The Spy Trojan.
40421: Masters Paradise, Agent 4042 Trojan1.
40422: Masters Paradise v1.x Trojan.
40423: Masters Paradise v2.x Trojan.
40426: Masters Paradise v3.x Trojan.
47262: Delta.
50505: Sockets de Troie v2 Trojan.x.
50766: Fore, Schwindler Trojan.
53001: Remote Windows Shutdown Trojan.
54321: TCP & UDP Port > School Bus Trojan.
60000: Depp Throat Trojan.
61466: Telecommando Trojan.
65000: Devil v1.03 Trojan.\n"""]
]
table = DoubleTable(table)
#print(table.table)
print (table.table).encode('utf-8')
target_ip()
elif target_ips == "back":
home()
elif target_ips == "exit":
print ("\n" + exit_msg)
sleep(1)
elif target_ips == "":
print ("\033[1;91m\n[!] Please specify a target.\033[1;m")
target_ip()
elif target_ip == "back":
home()
else:
print("\033[1;91m\n[!] Error : Command not found.\033[1;m")
home()
elif option == 4:
print("..")
sleep(1)
print("...")
sleep(1)
sys.exit(exit_msg)
quit()
home()
config()
