WAsock

wasock (WhatsApp Socket) is a lightweight Python library for interacting with WhatsApp, built on top of Baileys via a Node.js subprocess that communicates with Python over a TCP socket.

Made by an Egyptian developer 🇪🇬 — Ahmed Mohmmed-AM.

Status: 0.5.1-Beta — still under development, the API may change before a stable release.

Overview

wasock gives you a simple Python interface for WhatsApp: receiving messages, replying to them, sending new messages, deleting messages, and displaying a QR code or pairing code for login — without writing a single line of JavaScript.

wasock is a lightweight Python wrapper around Baileys. It spawns a Node.js subprocess and talks to it over a local TCP socket, so you can send, receive, reply to, and delete WhatsApp messages entirely from Python.

Requirements

• Python >= 3.8
• Node.js (>= 18 recommended)
• An internet connection to install the initial npm dependencies

Installation

pip install wasock

Quick Start

from wasock import WhatsAppSocket, Message, QRCode, Connection

bot = WhatsAppSocket(authName="auth", loggerLevel="silent")

def onQr(data):
    qr = QRCode(data["qr"], bot.nodeJS, small=True, type="img", imgWidth=500)
    qr.render("qr.png")
    print("Scan qr.png with WhatsApp on your phone")

def onConnection(data):
    conn = Connection(data)
    if conn.connected:
        print("Connection opened!")
    else:
        print(f"Connection closed: {conn.reason}")

def onMessage(data):
    message = Message(data, bot.nodeJS)
    if message.fromBot:
        return

    if message.text == "!ping":
        message.reply("pong")

bot.on("login", onQr)
bot.on("connection", onConnection)
bot.on("message", onMessage)

bot.start()

try:
    input("Bot is running, press Enter to exit...\n")
finally:
    bot.end()

API

WhatsAppSocket(authName="auth", loggerLevel="silent")

Starts the connection to the Node server and sets up the session.

• .start() — starts the actual connection to WhatsApp.
• .on(event, callback) — registers an event listener ("login", "connection", "message").
• .requestPairingCode(phoneNumber, customPairingCode=None) — gets a pairing code for the given phone number, as an alternative to scanning a QR code. customPairingCode must be exactly 8 uppercase letters/digits if provided.
• .end() — closes the connection and stops the Node process.

Message

Automatically built for each incoming message. Key properties:

Methods:

• .reply(msg, chat=None, quoted=None) — replies to the message.
• .send(msg, chat=None) — sends a new message (without a quote).
• .delete() — deletes the message (Delete for Everyone).

QRCode(data, nodeJS, small=True, type="terminal", imgWidth=500)

• data: the raw QR string received from the "login" event.
• nodeJS: the bot.nodeJS instance, used to send the QR to the Node server for rendering.
• small: True for a compact QR (terminal mode only), False for a larger one.
• type: "terminal" (prints to the terminal) or "img" (saves as an image file).
• imgWidth: width in pixels for the generated image, only used when type="img". Must be an int.

Methods:

• .render(imgName="qr.png") — renders the QR code. For type="terminal", prints it directly to the terminal. For type="img", saves it as an image file with the given name.

Connection

• .connected — True/False
• .statusCode — the disconnect status code (if any)
• .reason — the disconnect reason (if any)
• .isAuthFailure() — True if the reason was a 401 (a new QR code is needed)

Important Notes

• The auth/ folder contains sensitive WhatsApp session data — never commit it to GitHub.
• The location of auth/ is resolved relative to the script's working directory, not the library's location.

License

MIT License — see the LICENSE file for details.

Author

Ahmed Mohmmed-AM — Egyptian developer 🇪🇬 GitHub: @Ahmed-Mohmmed-AM