This project provides a Python implementation of the ColdFusion encrypt and decrypt functions with the default configuration. This project provides the exact same functionality as ColdFusion's built-in encryption and decryption, ensuring compatibility for applications that need to work with ColdFusion-encrypted data.

The implementation is based on the open-source Railo project, ensuring accuracy and compatibility with ColdFusion's encryption standards.

⚠️ The CFMX_COMPAT algorithm, used in ColdFusion for encryption, is known for its significant security weaknesses. It should NOT be used for encryption of any data.

Instead, it can be used for:

• Interoperability with ColdFusion
• Decoding ColdFusion-Encrypted Data
• ColdFusion to Python Migration
• Reverse Engineering & Security Audits

• Compatible with ColdFusion's default encryption and decryption functions.
• UUCoder: Implements encoding and decoding using UUEncoding format.
• Transformer: Implements a LFSR-based transformation algorithm for encryption/decryption.
• CFMXCompat: Provides a high-level interface for encrypting and decrypting data using both the UUCoder and Transformer.

• Python 3.x
• No external dependencies are required, only built-in Python libraries.

$ git clone https://github.com/typek22/cfmx_compat_python.git
$ cd cfmx_compat_python
$ python main.py

key = "86090ec89fa81d7b"
encrypted_text = "#2 B+"
plain_text = "Cat"

$ python main.py

ENCRYPTION original: 'Cat', encrypted: '#3P:8'.
DECRYPTION original: '#2 B+', decrypted: 'Dog'.

from crypt.cfmx_compat import CFMXCompat

key = "e3548384e1ee4c26"
encrypted_text = "&6%Z,LJ6Z"
plain_text = "Rabbit"

decrypted = CFMXCompat.decrypt(encrypted_text, key)
encrypted = CFMXCompat.encrypt(plain_text, key)

This is the same as following CFML code

<cfscript>
    key = "e3548384e1ee4c26";
    encrypted_text = "&6%Z,LJ6Z"
    plain_text = "Rabbit"
	
    decrypted = decrypt(encrypted_text, key);
    encrypted = encrypt(plain_text, key);
</cfscript>