Obfuscatron

Encrypt data by storing it within a Python script that pretends to just be "obfuscated"

Features

• Store binary or text data within the identifiers of a Python script
• Obfuscated Python script can be executed (see notes below)

Currently, Obfuscatron is able to store data within the following Python syntax:

• Variables
• Class Names
• Function Names
• Type Hint Identifiers

Installation

$ pip install obfuscatron
$ pip install "git+https://github.com/Pebaz/obfuscatron"

Usage

$ obfuscatron FILE.py encode DATAFILE OUTFILE.py
$ obfuscatron OUTFILE.py decode DATAFILE

Example

Given this Python file to store some data:

custom_int_name = int


def function_add(first_number: custom_int_name, second_number: custom_int_name):
    return first_number + second_number


def function_sub(first_number: custom_int_name, second_number: custom_int_name):
    return first_number - second_number


def function_mul(first_number: custom_int_name, second_number: custom_int_name):
    return first_number * second_number


def function_div(first_number: custom_int_name, second_number: custom_int_name):
    return first_number / second_number


def function_mod(first_number: custom_int_name, second_number: custom_int_name):
    return first_number % second_number


def function_exp(first_number: custom_int_name, second_number: custom_int_name):
    return first_number ** second_number


custom_float_name = float


def func_float_add(first_num: custom_float_name, second_num: custom_float_name):
    return first_num + second_num


def func_float_sub(first_num: custom_float_name, second_num: custom_float_name):
    return first_num - second_num


def func_float_mul(first_num: custom_float_name, second_num: custom_float_name):
    return first_num * second_num


def func_float_div(first_num: custom_float_name, second_num: custom_float_name):
    return first_num / second_num


def func_float_mod(first_num: custom_float_name, second_num: custom_float_name):
    return first_num % second_num


def func_float_exp(first_num: custom_float_name, second_num: custom_float_name):
    return first_num ** second_num


custom_bool_name = bool


def function_and(first_bool: custom_bool_name, second_bool: custom_bool_name):
    return first_bool and second_bool


def function_or(first_bool: custom_bool_name, second_bool: custom_bool_name):
    return first_bool or second_bool


def function_xor(first_bool: custom_bool_name, second_bool: custom_bool_name):
    return first_bool != second_bool

Turn this data:

name = Earth
radius = 39000000
terrestrial = True
foo = "😂"

name = Mars
radius = 12349282382
terrestrial = True
foo = "😂😂"

name = Jupiter
radius = 4300012323
terrestrial = False
foo = "😂😂😂"

Into this "obfuscated" Python file containing that data:

$ obfuscatron python-file.py encode original-data.txt obfuscated-python-file.py

Result:

_1bdf0020ac0e6cb = int


def _739d460d09a9(_ba3f70e5094d: _1bdf0020ac0e6cb, _90e68e0bb016d:
    _1bdf0020ac0e6cb):
    return _ba3f70e5094d + _90e68e0bb016d


def _fb4103c9b200(_ba3f70e5094d: _1bdf0020ac0e6cb, _90e68e0bb016d:
    _1bdf0020ac0e6cb):
    return _ba3f70e5094d - _90e68e0bb016d


def _0ba260174885(_ba3f70e5094d: _1bdf0020ac0e6cb, _90e68e0bb016d:
    _1bdf0020ac0e6cb):
    return _ba3f70e5094d * _90e68e0bb016d


def _f9d90a0d6672(_ba3f70e5094d: _1bdf0020ac0e6cb, _90e68e0bb016d:
    _1bdf0020ac0e6cb):
    return _ba3f70e5094d / _90e68e0bb016d


def _a3271bd8e033(_ba3f70e5094d: _1bdf0020ac0e6cb, _90e68e0bb016d:
    _1bdf0020ac0e6cb):
    return _ba3f70e5094d % _90e68e0bb016d


def _ec4dee8dd39d(_ba3f70e5094d: _1bdf0020ac0e6cb, _90e68e0bb016d:
    _1bdf0020ac0e6cb):
    return _ba3f70e5094d ** _90e68e0bb016d


_47bc061a1719dfeeb = float


def _ac6c1471eea643(_35f1426de: _47bc061a1719dfeeb, _24220208bf:
    _47bc061a1719dfeeb):
    return _35f1426de + _24220208bf


def _230ee4d679e58a(_35f1426de: _47bc061a1719dfeeb, _24220208bf:
    _47bc061a1719dfeeb):
    return _35f1426de - _24220208bf


def _d4dc6493bf79fe(_35f1426de: _47bc061a1719dfeeb, _24220208bf:
    _47bc061a1719dfeeb):
    return _35f1426de * _24220208bf


def _36599759ee0be1(_35f1426de: _47bc061a1719dfeeb, _24220208bf:
    _47bc061a1719dfeeb):
    return _35f1426de / _24220208bf


def _c098256f8e486f(_35f1426de: _47bc061a1719dfeeb, _24220208bf:
    _47bc061a1719dfeeb):
    return _35f1426de % _24220208bf


def _8edeab92c6b73c(_35f1426de: _47bc061a1719dfeeb, _24220208bf:
    _47bc061a1719dfeeb):
    return _35f1426de ** _24220208bf


_8709a8aa09751c5d = bool


def _653c1fd____b(_rp9q563626: _8709a8aa09751c5d, _0eqmvftj17s:
    _8709a8aa09751c5d):
    return _rp9q563626 and _0eqmvftj17s


def _pceiwy12s6f(_rp9q563626: _8709a8aa09751c5d, _0eqmvftj17s:
    _8709a8aa09751c5d):
    return _rp9q563626 or _0eqmvftj17s


def _9zleib3qmp0b(_rp9q563626: _8709a8aa09751c5d, _0eqmvftj17s:
    _8709a8aa09751c5d):
    return _rp9q563626 != _0eqmvftj17s

To get it back:

$ obfuscatron obfuscated-python-file.py decode get-original-data-back.txt

Notes

Since Python is a fully dynamic language, any section of code within a Python script can lookup specific variables, classes, and functions by name. Scripts using this feature of Python will not work after being obfuscated by Obfuscatron because Obfuscatron changes the names of all the identifiers in the script. To properly use Obfuscatron, use an input script that works (to not draw attention to the variable names storing data), and ensure that no dynamic name introspection occurs during runtime.