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docxrstrgood.py
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docxrstrgood.py
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import datetime
currentDT = datetime.datetime.now()
dstamp = currentDT.strftime("%y%m%d")
from optparse import OptionParser
from collections import OrderedDict
import subprocess
import os, base64, difflib
import sys
import re
import itertools
parser = OptionParser(usage="https://www.youtube.com/watch?v=SM5ix55TLbk py2 only for now.")
parser.add_option("-t", dest="input_target", type="string", help="target string for conversion")
parser.add_option(
"-i",
action="store_true",
dest="i",
default=False,
help="generate base64 case insensitve string generation. Can cause docxrstrgood to have a bad trip.",
)
parser.add_option(
"-u", action="store_true", dest="b64u", default=False, help="generate b64 wide strings. Can cause docxrstrgood to have a bad trip."
)
parser.add_option(
"-w",
action="store_true",
dest="b64w",
default=False,
help="Make b64 regex optional wide strings... There is some stupidity here as regexp::assemble seems to eat nulls",
)
parser.add_option(
"-r", dest="reass_pl_path", type="string", help="Path to reass.pl script (regex assemble) requires libregexp-assemble-perl pkg."
)
parser.add_option(
"-b",
action="store_true",
dest="b",
default=False,
help="Disable regex start at word boundary. Likely you want this but sometimes you don't.",
)
parser.add_option("-z", action="store_true", dest="z", default=False, help="reverse the input string")
parser.add_option("-x", action="store_true", dest="x", default=False, help="don't do base64 strings")
parser.add_option("-e", action="store_true", dest="e", default=False, help="generate char'd excel4 macro matches in any order")
parser.add_option("-l", action="store_true", dest="l", default=False, help="generate char'd excel4 macro matches in any order")
parser.add_option(
"-s", dest="s", type="int", default=1, help="sep between obfuscated frag matches defaults to 0,1 providing an int will make it 0,n"
)
parser.add_option(
"-a",
action="store_true",
dest="a",
default=False,
help="Generate rtf matches from input string using a because the rtf file format is an asshole and r was already taken. Always case insensitive",
)
parser.add_option("-n", action="store_true", dest="n", default=False, help="Add a match for Not target string.. Only used in RTF currently.")
parser.add_option("-c", action="store_true", dest="c", default=False, help="Generate single byte xor versions of the input string")
parser.add_option("-d", action="store_true", dest="d", default=False, help="decode input string i.e. honor escapes etc")
(options, args) = parser.parse_args()
strings = []
if not options.input_target:
print("You gotta tell me what hurts before I can fix it. Give me some input with -t")
sys.exit(1)
elif options.d:
# options.input_target = options.input_target.decode(encoding='ascii',errors='strict')
# options.input_target = options.input_target.encode("hex")
print(options.input_target)
options.input_target = options.input_target.decode("string_escape")
# options.input_target = options.input_target.encode("hex").decode("hex")
if options.z:
tmp_strings = options.input_target.split(",")
for entry in tmp_strings:
strings.append(entry[::-1])
else:
strings = options.input_target.split(",")
if not options.e:
if not options.reass_pl_path or not os.path.exists(options.reass_pl_path):
print(
'Point me to the Regex RX script "reass.pl" script included with this file. Also for this to work you need libregexp-assemble-perl'
)
sys.exit(1)
def prGreen(prt):
print("\033[92m {}\033[00m".format(prt))
drfeelgood = """
https://www.youtube.com/watch?v=SM5ix55TLbk
apt-get install -y libregexp-assemble-perl
%%%%%%%%%%%%%%%%%%%%%%%%(%%%%%%%%%%%%##%&&%%%%%%%%%%%/#%%%%%%%%%%%%#%%%%%%%%%%%
%%%%%%%##%%(%&%#%%%%%%#%#%%###%#%((//#(&%%%%%%#%%#%%%,%%%%%%%%%%%%%%%%%%%%%%&&&
%%%%%%%%%%%#%%%%%%%%%%%%%%%%%%%%##*/. ,/ /%%%%%%%%%%%/%%%%%%%%%%%%%%%%%%%&%&%&&
%%%%%%%%%%%(%%%%%%%%%%%%%%%%%%%%#(*, (*#%%&%%%%%%%%(&&&&&%%%%%%%%%&&&&&&&&%
%%%%%%%%%%%(&&%%%%%%%%%%%#%%%%%%%#(.,*/#%(#&%%%%%%%%%*%%%%%%%%%%&&%%&&&&%%&&%
%%%%%%%%%%%(%%%%%%%%%%%%%%(. ./#/,****.,%%%#. *#/%%%%%%%%%%%%%%#%%%%&&%%%%
%%%%%%%%%%%(%%%%%%%%%# ,#,*. /#.%(#(. .%%%%%%%%%%%%%%%%%&%%%
%%%%%%%%%%%/%%%%%# ,#%%#*. . %%%%%( . ,#%%%%%%%%%%%%%%%%%%
,,,,,,,,,*. . . *., . . .*.. . ,,,,...... ,.,,
%%%%%%%%%%%*%/ ,,, ./ . . . .%%%%%%%%%%%%%%%
%%%%%%%%%%#/%%%%.%%%( . * . .,. . . ,*#(.%%%#%%%%%%%%%%%%%
%%%%%%%%%%%*%%%%%%%.(%.. ..., , .. .#( %%%%(%%%%%%%%%%%%%%%
%%%%%%%%%%%*%%%%%%%%% #%%(* ... . *. .. ,. ,* *,*#%% %%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%/%%%%%%%%%%%%%%#% %%%,##* (.%%%.%%%%%%%%%%%%%%%%%%&%%%%%%%%%%
%%%%%%%%%%%*%%%%%%%%%%%%%#%%%*%%%%, (. #%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%*%%%%%%%%%%%%%%%#%%%%%# ., ,. #%%%%%%%%%%%%%%%##%##%%#%%##%#%####
%%%%%%%%%%%*%%%%%%%%%%%%%&%%%%%%%%/ . /%%%%%%%%%%&%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%/%%%%%%%%%%%%%%%%%%%%%%. . /%%%%%%%%%&%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%*%%%%%%%%%%%%%%%%%(. . , .%@, #%%%%%%%%&%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%,%%%%%%%%%%%%%%%%%% ,. ..*/#.. #%%%%%%%%&%%%%%%%%%%%%%%#%%%%%%%%%%
%%%%%%%%%%%/%%%%%%%%%%%%%%#%%%/ *, . .#%%%%%%%%%%%%%%%%%%%%%%%%#%%%%%%%%%%
%%%%%%%%%%%/(%%%%%%%%%%%%%%%(%#(...**. , ..%%%%%%%%%%%%%%%%%%%%%%%%#%%%%%%%%%%
"""
prGreen(drfeelgood)
def cmd_wrapper(cmd):
p = subprocess.Popen(cmd, stdout=subprocess.PIPE, stdin=subprocess.PIPE, stderr=subprocess.PIPE, shell=True)
stdout, stderr = p.communicate()
return (p.returncode, stdout, stderr)
def b64(encode):
return base64.b64encode(encode)
def longest(a, b):
match = difflib.SequenceMatcher(None, a, b)
m = match.find_longest_match(0, len(a), 0, len(b))
return a[m.a : m.a + m.size]
def ude(string_to_encode):
string_tmp = ""
for c in string_to_encode:
string_tmp += "%s\x00" % c
string_to_encode = string_tmp.rstrip("\x00")
return string_to_encode
def b64u(encode):
encode = ude(encode)
return base64.b64encode(encode)
def single_char_xor(input_bytes, char_value):
output_bytes = ""
for byte in input_bytes:
output_bytes += chr(ord(byte) ^ char_value)
return output_bytes
if options.e:
matches = OrderedDict()
matches_chardv1 = []
matches_chardv2 = []
matches_chardv3 = []
for s in strings:
sl = s
su = s
if options.i:
sl = s.lower()
su = s.upper()
i = 0
while i < len(s):
match = ""
if sl[i] == su[i]:
match = "1E{0}00416F00".format(sl[i].encode("hex"))
if match not in matches:
matches[match] = {}
matches[match]["cnt"] = 0
matches[match]["alt"] = "416F0007020400010000{0}".format(sl[i].encode("hex"))
matches[match]["alt2"] = "C0????6f000844{0}".format(sl[i].encode("hex"))
else:
matches[match]["cnt"] = matches[match]["cnt"] + 1
else:
match = "1E({0}|{1})00416F00".format(sl[i].encode("hex"), su[i].encode("hex"))
if match not in matches:
matches[match] = {}
matches[match]["cnt"] = 0
matches[match]["alt"] = "416F0007020400010000({0}|{1})".format(sl[i].encode("hex"), su[i].encode("hex"))
matches[match]["alt2"] = "C0????6f000844({0}|{1})".format(sl[i].encode("hex"), su[i].encode("hex"))
else:
matches[match]["cnt"] = matches[match]["cnt"] + 1
matches_chardv1.append(match)
matches_chardv2.append(matches[match]["alt"])
matches_chardv3.append(matches[match]["alt2"])
i = i + 1
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.AOEX4.BITSNEEDEDFOR.{0}.{1};Engine:81-255,Target:2;((0|1|2|((3|4|5)&6))&(7|(".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp
)
rulep2 = "8500{6}0201{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0101{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0001{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0201;8500{6}0101;8500{6}0001;457863656C20342E30204D6163726F73::aw"
if options.i:
rulep2 = rulep2 + ";{0}::awi".format(s.encode("hex"))
else:
rulep2 = rulep2 + ";{0}::aw".format(s.encode("hex"))
cnt = 8
for entry in matches:
# if matches[entry]['cnt'] > 0:
# if cnt == 4:
# rulep1=rulep1 + '(({0}|{1})>{2})'.format(cnt,cnt+1,matches[entry]['cnt'])
# else:
# rulep1=rulep1 + '&(({0}|{1})>{2})'.format(cnt,cnt+1,matches[entry]['cnt'])
# else:
if cnt == 8:
rulep1 = rulep1 + "({0}|{1}|{2})".format(cnt, cnt + 1, cnt + 2)
else:
rulep1 = rulep1 + "&({0}|{1}|{2})".format(cnt, cnt + 1, cnt + 2)
rulep2 = rulep2 + ";{0};{1};{2}".format(entry, matches[entry]["alt"], matches[entry]["alt2"])
cnt = cnt + 3
rulep1 = rulep1 + ")));"
print(rulep1 + rulep2)
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.AOEX4.{0}.LOVECATS.{1};Engine:81-255,Target:2;((0|1|2|((3|4|5)&6))&7);".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp
)
rulep2 = "8500{6}0201{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0101{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0001{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0201;8500{6}0101;8500{6}0001;457863656C20342E30204D6163726F73::aw;"
rulep2 = rulep2 + "{{0-{0}}}".format(options.s).join(matches_chardv1)
print(rulep1 + rulep2)
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.AOEX4.{0}.LOVECATSALT.{1};Engine:81-255,Target:2;((0|1|2|((3|4|5)&6))&7);".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp
)
rulep2 = "8500{6}0201{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0101{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0001{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0201;8500{6}0101;8500{6}0001;457863656C20342E30204D6163726F73::aw;"
rulep2 = rulep2 + "{{0-{0}}}".format(options.s).join(matches_chardv2)
print(rulep1 + rulep2)
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.AOEX4.{0}.LOVECATSALT2.{1};Engine:81-255,Target:2;((0|1|2|((3|4|5)&6))&7);".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp
)
rulep2 = "8500{6}0201{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0101{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0001{1-8192}18001700200000010700000000000000000000013A::aw;8500{6}0201;8500{6}0101;8500{6}0001;457863656C20342E30204D6163726F73::aw;"
rulep2 = rulep2 + "{{0-{0}}}".format(options.s).join(matches_chardv3)
print(rulep1 + rulep2)
sys.exit(0)
if options.a:
for s in strings:
s = s.decode("string_escape")
regexstr = ""
rulep1 = ""
matches = []
have_anchor = False
sl = s.lower()
su = s.upper()
i = 0
while i < len(s):
if sl[i] == su[i]:
matches.append("{0}".format(sl[i].encode("hex").encode("hex")))
if options.s > 1:
if i == 0:
regexstr = sl[i].encode(
"hex"
) + "(?![A-Fa-f0-9]{{{0}}})(?=[A-Fa-f0-9]{{0,{1}}}[\\x7b\\x7d%+\\x2f\\x5c\\s\\x27-])".format(
len(s.encode("hex")) - 2, len(s.encode("hex")) - 2
)
else:
regexstr = regexstr + ".{{0,{0}}}?".format(options.s) + sl[i].encode("hex")
have_anchor = True
else:
matches.append("({0}|{1})".format(sl[i].encode("hex").encode("hex"), su[i].encode("hex").encode("hex")))
if options.s > 1:
if i == 0:
regexstr = "(?:{0}|{1})".format(
sl[i].encode("hex"), su[i].encode("hex")
) + "(?![A-Fa-f0-9]{{{0}}})(?=[A-Fa-f0-9]{{0,{1}}}[\\x7b\\x7d%+\\x2f\\x5c\\s\\x27-])".format(
len(s.encode("hex")) - 2, len(s.encode("hex")) - 2
)
else:
regexstr = regexstr + ".{{0,{0}}}?".format(options.s) + "(?:{0}|{1})".format(sl[i].encode("hex"), su[i].encode("hex"))
i = i + 1
if options.s > 1:
f2 = open("scratch.txt", "wb")
f2.write("{0}\n".format(regexstr))
f2.close()
c, out, err = cmd_wrapper("{0} scratch.txt".format(options.reass_pl_path))
# Not perfect requires 2 byte anchor for regex to anchor against
if options.n:
if su[0] == sl[0]:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1=0&2&3);0:7B5C7274;{2}::i;5C6F626A656374*{3}::i;2/{4}/si".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(),
dstamp,
s.encode("hex").encode("hex"),
sl[0].encode("hex").encode("hex"),
out.strip(),
)
else:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1=0&(2|3)&4);0:7B5C7274;{2}::i;5C6F626A656374*{3}::i;5C6F626A656374*{4}::i;(2|3)/{5}/si".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(),
dstamp,
s.encode("hex").encode("hex"),
sl[0].encode("hex").encode("hex"),
su[0].encode("hex").encode("hex"),
out.strip(),
)
else:
if su[0] == sl[0]:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1&2);0:7B5C7274;5C6F626A656374*{2}::i;1/{3}/si".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp, sl[0].encode("hex").encode("hex"), out.strip()
)
else:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&(1|2)&3);0:7B5C7274;5C6F626A656374*{2}::i;5C6F626A656374*{3}::i::(2|3)/{4}/si".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(),
dstamp,
sl[0].encode("hex").encode("hex"),
su[0].encode("hex").encode("hex"),
out.strip(),
)
elif have_anchor:
if options.n:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1&2=0&3);0:7B5C7274;5C6F626A656374::i;{2}::i;{3}::i".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp, s.encode("hex").encode("hex"), "".join(matches)
)
else:
rulep1 = (
"TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1&2);0:7B5C7274;5C6F626A656374::i;{2}::i".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp, "".join(matches)
)
)
else:
if options.n:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1&2=0&(3|4));0:7B5C7274;5C6F626A656374::i;{2}::i;{3}{4}::i;{5}{6}::i".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(),
dstamp,
s.encode("hex").encode("hex"),
sl[0].encode("hex").encode("hex"),
"".join(matches[1:]),
su[0].encode("hex").encode("hex"),
"".join(matches[1:]),
)
else:
rulep1 = "TwinWave.EvilDoc.DOCXSTRGOOD.RTFSTR.{0}.{1};Engine:81-255,Target:0;(0&1&(2|3));0:7B5C7274;5C6F626A656374::i;{2}{3}::i;{4}{5}::i".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(),
dstamp,
sl[0].encode("hex").encode("hex"),
"".join(matches[1:]),
su[0].encode("hex").encode("hex"),
"".join(matches[1:]),
)
print(rulep1)
sys.exit(0)
xor_strings = []
if options.c and len(strings) == 1:
for i in range(1, 256):
xorval = single_char_xor(strings[0], i)
print(
"TwinWave.EvilDoc.DOCXRSTRGOOD.{0}.{1}XOR.{2};Engine:81-255,Target:0;((0|(1&(2|3))|(4&(5|6)))&7);0:417474726962757465205642::i;0:D0CF11E0A1B11AE1;5c564245372e444c4c::aw;5c564245362e444c4c::aw;0,1:3c3f786d6c;2f7061636b6167652f323030362f6d657461646174612f636f72652d70726f70657274696573::i;2f6f6666696365446f63756d656e742f323030362f657874656e6465642d70726f70657274696573::i;{3}::aw".format(
re.sub("[^0-9a-zA-Z]+", "_", strings[0]).upper(), dstamp, i, xorval.encode("hex")
)
)
xor_strings.append(xorval)
if options.l:
for s in strings:
if not options.c:
sl = s
su = s
if options.i:
sl = s.lower()
su = s.upper()
regex = "(?:"
i = 0
while i < len(s):
if i == 0:
regex += "(?:" + re.escape(s[0]) + "(?!" + re.escape(s[1:])
if sl[0] == su[0]:
regex += ")|(?:&#(?:{0}(?:\.\d+)*\;|x{1}\;)))".format(ord(s[0]), s[0].encode("hex"))
else:
regex += ")|(?:&#(?:(?:{0}|{1})(?:\.\d+)*|x(?:{2}|{3}))\;)))".format(
ord(sl[0]), ord(su[0]), su[0].encode("hex"), sl[0].encode("hex")
)
else:
if sl[i] == su[i]:
regex += "(?:&#(?:{0}(?:\.\d+)*\;|x{1}\;)|{2})".format(ord(s[i]), s[i].encode("hex"), re.escape(s[i]))
else:
regex += "(?:&#(?:(?:{0}|{1})(?:\.\d+)*\;|x(?:{2}|{3})\;)|{4})".format(
ord(sl[i]), ord(su[i]), sl[i].encode("hex"), su[i].encode("hex"), re.escape(s[i])
)
i = i + 1
try:
m = re.compile(regex)
except Exception as e:
# print("Hold my beer lets try to fix this")
regex = regex + ")"
try:
m = re.compile(regex)
except Exception as e:
# print("Hold my beer lets try to fix this")
regex = regex + ")"
try:
m = re.compile(regex)
# print("fixed it")
except:
print("Will is probably an idiot, unable to make a regex that compiles properly")
sys.exit(1)
print(
"TwinWave.EvilDoc.DOCXSTRGOOD.XMLENTITY.{0}.{1};Engine:81-255,Target:7;(0&(1|2|3)&4);0,1:3c3f786d6c::i;{2}::i;{3}::i;{4}::i;(1|2|3)/{5}/si".format(
s.upper().replace(";", "").replace(" ", "SPCE"),
dstamp,
"&#".encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "&#").encode("hex"),
regex,
)
)
sys.exit(0)
for s in strings:
if not options.c:
sl = s
su = s
if options.i:
sl = s.lower()
su = s.upper()
if options.b:
regex = "(?:"
else:
regex = "\\b(?:"
i = 0
while i < len(s):
if i == 0:
hexregex = ""
regex += "(?:" + re.escape(s[0]) + "(?!" + re.escape(s[1:])
if sl[0] == su[0]:
regex += ")|(?:Cha?r[WB]?\\$?\\s*\\(+\\s*(?:Abs\\$?\\s*\\(+\\s*-?)?)?{0}(?:\.\d+)*?\\s*\\)*)|{1})".format(
ord(s[0]), s[0].encode("hex")
)
hexregex += "|{0}".format(s[0].encode("hex"))
else:
regex += ")|(?:Cha?r[WB]?\\$?\\s*\\(*\\s*(?:Abs\\$?\\s*\\(+\\s*-?)?)?(?:{0}|{1})(?:\.\d+)*?\\s*\\)*|(?:{2}|{3}))".format(
ord(sl[0]), ord(su[0]), su[0].encode("hex"), sl[0].encode("hex")
)
hexregex += "|(?:{0}|{1})".format(su[0].encode("hex"), sl[0].encode("hex"))
else:
if sl[i] == su[i]:
regex += "[`\\x22\\x27+,\\s&^_\\r\\n]*.{{0,{3}}}(?:(?:Cha?r[WB]?\\$?\\s*\\(+\\s*(?:Abs\\$?\\s*\\(+\\s*-?)?)?{0}(?:\.\d+)*?\\s*\\)*|{1}|{2})".format(
ord(s[i]), re.escape(s[i]), s[i].encode("hex"), options.s
)
hexregex += "{0}".format(s[i].encode("hex"))
else:
regex += "[`\\x22\\x27+,\\s&^_\\r\\n]*.{{0,{5}}}(?:(?:Cha?r[WB]?\\$?\\s*\\(*\\s*(?:Abs\\$?\\s*\\(+\\s*-?)?)?(?:{0}|{1})(?:\.\d+)*?\\s*\\)*|{2}|(?:{3}|{4}))".format(
ord(sl[i]), ord(su[i]), re.escape(s[i]), sl[i].encode("hex"), su[i].encode("hex"), options.s
)
hexregex += "(?:{0}|{1})".format(sl[i].encode("hex"), su[i].encode("hex"))
i = i + 1
try:
m = re.compile(regex)
except Exception as e:
# print("Hold my beer lets try to fix this")
regex = regex + ")"
try:
m = re.compile(regex)
# print("fixed it")
except:
print("Will is probably an idiot, unable to make a regex that compiles properly")
sys.exit(1)
if not options.z:
if su[0] == sl[0]:
print(
"TwinWave.EvilDoc.DOCXSTRGOOD.{0}.{1};Engine:81-255,Target:2;(0&(1|2|3|4|5|6)&7);0:417474726962757465205642::i;{2}::i;{3}::i;{4}::i;{5}::i;{6}::i;{7};(1|2|3|4|5|6)/{8}/si".format(
s.upper().replace(";", "").replace(" ", "SPCE"),
dstamp,
s[0].encode("hex").encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "\x27").encode("hex"),
(s[0] + "\x22").encode("hex"),
"ch".encode("hex"),
str(ord(s[0])).encode("hex"),
regex,
)
)
else:
print(
"TwinWave.EvilDoc.DOCXRSTRGOOD.{0}.{1};Engine:81-255,Target:2;(0&(1|2|3|4|5|6|7|8)&9);0:417474726962757465205642::i;{2}::i;{3}::i;{4}::i;{5}::i;{6}::i;{7}::i;{8};{9};(1|2|3|4|5|6|7|8)/{10}/si".format(
s.upper().replace(";", "").replace(" ", "SPCE"),
dstamp,
sl[0].encode("hex").encode("hex"),
su[0].encode("hex").encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "\x27").encode("hex"),
(s[0] + "\x22").encode("hex"),
str(ord(sl[0])).encode("hex"),
str(ord(su[0])).encode("hex"),
"ch".encode("hex"),
regex,
)
)
else:
if options.b:
if su[0] == sl[0]:
print(
"TwinWave.EvilDoc.DOCXSTRGOOD.{0}.{1};Engine:81-255,Target:2;((0|(1&(2|3))&(4|(5|6|7|8|9|10)&11)));0:417474726962757465205642::i;0:D0CF11E0A1B11AE1;5c564245372e444c4c::aw;5c564245362e444c4c::aw;{2}::i;{3}::i;{4}::i;{5}::i;{6}::i;{7}::i;{8};(4|(5|6|7|8|9|10)/{9}/si".format(
s.upper().replace(";", "")[::-1] + ".REV",
dstamp,
s.encode("hex"),
s[0].encode("hex").encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "\x27").encode("hex"),
(s[0] + "\x22").encode("hex"),
"ch".encode("hex"),
str(ord(s[0])).encode("hex"),
regex,
)
)
else:
print(
"TwinWave.EvilDoc.DOCXRSTRGOOD.{0}.{1};Engine:81-255,Target:2;((0|(1&(2|3))&(4|(5|6|7|8|9|10|11|12)&13)));0:417474726962757465205642::i;0:D0CF11E0A1B11AE1;5c564245372e444c4c::aw;5c564245362e444c4c::aw;{2}::i;{3}::i;{4}::i;{5}::i;{6}::i;{7}::i;{8}::i;{9};{10};(4|5|6|7|8|9|10|11|12)/{11}/si".format(
s.upper().replace(";", "")[::-1] + ".REV",
dstamp,
sl.encode("hex"),
sl[0].encode("hex").encode("hex"),
su[0].encode("hex").encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "\x27").encode("hex"),
(s[0] + "\x22").encode("hex"),
str(ord(sl[0])).encode("hex"),
str(ord(su[0])).encode("hex"),
"ch".encode("hex"),
regex,
)
)
else:
if su[0] == sl[0]:
print(
"TwinWave.EvilDoc.DOCXSTRGOOD.{0}.{1};Engine:81-255,Target:2;(((0&1)|(0&(2|3|4|5|6|7)&8)));0:417474726962757465205642::i;(B){2}::i;(B){3}::i;(B){4}::i;(B){5}::i;(B){6}::i;(B){7}::i;(B){8};(2|3|4|5|6|7)/{9}/si".format(
s.upper().replace(";", "")[::-1] + ".REV",
dstamp,
s.encode("hex"),
s[0].encode("hex").encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "\x27").encode("hex"),
(s[0] + "\x22").encode("hex"),
"ch".encode("hex"),
str(ord(s[0])).encode("hex"),
regex,
)
)
else:
print(
"TwinWave.EvilDoc.DOCXRSTRGOOD.{0}.{1};Engine:81-255,Target:2;(((0&1)|(0&(2|3|4|5|6|7|8|9)&10)));0:417474726962757465205642::i;(B){2}::i;(B){3}::i;(B){4}::i;(B){5}::i;(B){6}::i;(B){7}::i;(B){8}::i;(B){9};(B){10};(2|3|4|5|6|7|8|9)/{11}/si".format(
s.upper().replace(";", "")[::-1] + ".REV",
dstamp,
sl.encode("hex"),
sl[0].encode("hex").encode("hex"),
su[0].encode("hex").encode("hex"),
s[0].encode("hex") + s[1].encode("hex"),
(s[0] + "\x27").encode("hex"),
(s[0] + "\x22").encode("hex"),
str(ord(sl[0])).encode("hex"),
str(ord(su[0])).encode("hex"),
"ch".encode("hex"),
regex,
)
)
if options.x:
continue
if options.i:
smap = map("".join, itertools.product(*((c.upper(), c.lower()) for c in s)))
else:
smap = [s]
if options.c:
smap.extend(xor_strings)
hexstrings = []
nstrings = []
prefix_dict = {}
prefix_list = []
f = open("b64dump.txt", "w")
for e in smap:
string_to_encode = e # put your string here
for t in [3, 4, 5]:
print(string_to_encode)
init_string1 = b64(os.urandom(t) + string_to_encode + os.urandom(6)) # initialize first string
for i in range(100):
init_string2 = b64(os.urandom(t) + string_to_encode + os.urandom(6))
init_string1 = longest(init_string1, init_string2)
hexstrings.append(init_string1[::-1].encode("hex"))
nstrings.append(init_string1)
if options.b64u:
init_string1 = b64u(os.urandom(t) + string_to_encode + os.urandom(6)) # initialize first string
for i in range(100):
init_string2 = b64u(os.urandom(t) + string_to_encode + os.urandom(6))
init_string1 = longest(init_string1, init_string2)
hexstrings.append(init_string1[::-1].encode("hex"))
nstrings.append(init_string1)
init_string1 = b64u(string_to_encode + os.urandom(t)) # initialize first string
for i in range(100):
init_string2 = b64u(string_to_encode + os.urandom(t))
init_string1 = longest(init_string1, init_string2)
for entry in nstrings:
# takes care of leading null issue
if init_string1 in entry:
hexstrings.remove(entry[::-1].encode("hex"))
nstrings.remove(entry)
hexstrings.append(init_string1[::-1].encode("hex"))
nstrings.append(init_string1)
nstrings2 = []
nstrings = list(set(nstrings))
nstrings.sort()
f2 = open("scratch.txt", "wb")
f3 = open("scratch2.txt", "wb")
for entry in nstrings:
if not prefix_dict.get(entry[0:2], []):
prefix_dict[entry[0:2]] = []
prefix_dict[entry[0:2]].append(entry)
else:
prefix_dict[entry[0:2]].append(entry)
f.write(entry + ",")
f2.write("{0}\n".format(entry))
f2.close()
f.close()
c, out, err = cmd_wrapper("{0} scratch.txt".format(options.reass_pl_path))
i = 1
for entry in prefix_dict:
if len(prefix_dict[entry]) == 1:
print(
"TwinWave.EvilDoc.DOCXRSTRGOOD.{0}.{1}B64.{2};Engine:81-255,Target:0;((0|(1&(2|3))|(4&(5|6)))&7);0:417474726962757465205642::i;0:D0CF11E0A1B11AE1;5c564245372e444c4c::aw;5c564245362e444c4c::aw;0,1:3c3f786d6c;2f7061636b6167652f323030362f6d657461646174612f636f72652d70726f70657274696573::i;2f6f6666696365446f63756d656e742f323030362f657874656e6465642d70726f70657274696573::i;{3}::aw".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp, i, prefix_dict[entry][0].encode("hex")
)
)
else:
prefix_list.append(entry)
f = open("scratch.txt", "w")
for m in prefix_dict[entry]:
if options.b64w:
f.write("{0}\n".format("\\\x00?".join(list(m))))
f3.write("{0}\n".format("\\\x00?".join(list(m))))
else:
f.write("{0}\n".format(m))
f3.write("{0}\n".format(m))
f.close()
c, out, err = cmd_wrapper("{0} scratch.txt".format(options.reass_pl_path))
print(
"TwinWave.EvilDoc.DOCXRSTRGOOD.{0}.{1}B64.{2};Engine:81-255,Target:0;((0|(1&(2|3))|(4&(5|6)))&7&8);0:417474726962757465205642::i;0:D0CF11E0A1B11AE1;5c564245372e444c4c::aw;5c564245362e444c4c::aw;0,1:3c3f786d6c;2f7061636b6167652f323030362f6d657461646174612f636f72652d70726f70657274696573::i;2f6f6666696365446f63756d656e742f323030362f657874656e6465642d70726f70657274696573::i;{3}::aw;7/{4}/".format(
re.sub("[^0-9a-zA-Z]+", "_", s).upper(), dstamp, i, entry.encode("hex"), out.strip().replace("\?", "\\x00?")
)
)
i = i + 1
f3.close()
c, out, err = cmd_wrapper("{0} scratch2.txt".format(options.reass_pl_path))
# print(out)