PyDelta is a Python script designed to obfuscate Python source code, making it more difficult to understand and reverse-engineer.
- Anti-Debugger: Adds anti-debugger code to the source to deter debugging attempts.
- Code Compression and Encryption: Compresses and encrypts the code to make it harder to analyze.
- String Encryption: Encrypts strings within the code to prevent easy extraction of sensitive information.
- Inline Imports: Converts imports to inline imports to reduce readability.
- Name Refactoring: Refactors variable and function names to further obfuscate the code.
PyDelta was intended to run in a browser but it is indeed possible to run it locally.
from PyDelta import run_obfuscation
source_code = """
# Your Python source code here
print('Hello')
"""
obfuscated_code = run_obfuscation(source_code)
with open('my_obf_file.py', 'w') as file:
f.write(obfuscated_code)- source_code: Source code to obfuscate
- add_anti_dbg: Whether to add anti-debugger code (default: True).
- inline_imports: Whether to convert imports to inline imports (default: True).
- refactor_names: Whether to refactor variable and function names (default: True).
- encrypt_str: Whether to encrypt strings in the code (default: True).
- compress_encrypt: Whether to compress and encrypt the entire code (default: True).
- str_encryption_amount: Number of times to encrypt strings (default: 3).
- compress_encrypt_amount: Number of times to compress and encrypt the code (default: 30).
- This version of PyDelta is still in development and some features may not be fully functional.
- Python's
__annotations__attribute is broken and will be fixed in future releases.
This project is licensed under the MIT License.
MetaMask wallet address: 0x1E5a982BD1E54d3CD4EcD7A74642ed808783D506
