semvec/pypi-packages huggingface dataset:
OceanCrow-RedPill 0.1.1
Transform code into a Matrix-style binary stream and secure it with digital NDAs.
License: MIT

# OceanCrow-RedPill

Take the Red Pill—see your code in the Matrix, secure it with a vault.

## Description

OceanCrow-RedPill is a Python package that transforms your Python code into a Matrix-style binary stream for visualization and obfuscation, while securing collaboration with a digital NDA system. It's designed to make coding feel like a sci-fi mission, easing the mental load for stressed coders.

## Installation

```bash
pip install OceanCrow-RedPill
Usage
redpill encode my_code.py collaborator_public_key.pem
redpill visualize my_code.py
For more commands and options, see the documentation.
Features
Transform code into a Matrix-style binary stream
Secure collaboration with digital NDAs using asymmetric encryption
Visualize your codebase structure in the terminal
Integrate contributions seamlessly
**Updated `docs/readme.md`**:
Update the package name for consistency:

```markdown
# OceanCrow-RedPill Documentation

## Overview

OceanCrow-RedPill is a tool that transforms Python code into an encrypted binary stream, visualizes code structure, and secures collaboration with a digital NDA system inspired by *The Matrix* and spy-thriller aesthetics.

## Commands

### `encode`

Encode and encrypt a Python file using a collaborator's public key.

```bash
redpill encode <file> <public_key_file>


DECODE

Decode an encrypted file using your private key.
redpill decode <encrypted_code_file> <encrypted_key_file> <private_key_file>
sign
Generate a key pair to participate in secure collaboration.
redpill sign


INTEGRATE

Integrate a contribution into the main codebase at a # REDPILL_INSERT_HERE placeholder.
redpill integrate <main_file> <contrib_file>


VISUALIZE

Visualize the structure of a Python file in a tree format.
redpill visualize <file>


HOW IT WORKS

Encoding: Converts code to a binary stream and encrypts it using hybrid encryption (RSA + Fernet).
Decoding: Decrypts the binary stream back to readable code.
Signing: Generates RSA key pairs for secure sharing.
Visualization: Parses code with ast and displays its structure using rich.
Integration: Merges contributions at specified placeholders.