goygram 0.4.7

Goygram: unified Telegram runtime on Python and Rust

GoyGram

Ultimate split-brain Telegram framework (Python + Rust core) built for production-grade speed, control, and maximum OpSec.

Key Features

• Split-brain architecture: ergonomic Python layer + blazing-fast Rust extension.
• Session Eater: aggressive in-memory cleanup (zeroize strategy).
• Vault AES-GCM: encrypted local session bootstrap.
• TUI auth flow: terminal-first authorization workflow.
• Proxy support: route traffic through your required network topology.
• Dual transport: Bot API + MTProto (with API ID/API Hash) in one app runtime.
• Dynamic DC Routing: MTProto nodes are fetched at startup from Telegram public config (no baked-in DC IP list).

Installation

pip install goygram

Quick Start

1) Bot API (token)

import asyncio
from goygram import GoyGram, filters

app = GoyGram(bot_token="123456:ABC_TOKEN")

@app.on_msg(filt=filters.text)
async def echo(msg):
    await msg.reply("Hello from Bot API")

asyncio.run(app.run())

2) MTProto (no bot token, requires API ID + API Hash)

import asyncio
from goygram import GoyGram

app = GoyGram(api_id=123456, api_hash="0123456789abcdef0123456789abcdef")  # auto-fetches Telegram DC endpoint at startup

@app.on_cmd("ping")
async def ping(msg):
    await msg.reply("pong from MTProto (api_id/api_hash)")

asyncio.run(app.run())

3) Named MTProto sessions (multi-session in one folder)

import asyncio
from goygram import GoyGram

app = GoyGram(
    api_id=123456,
    api_hash="0123456789abcdef0123456789abcdef",
    session_name="farm_worker_1",
)

asyncio.run(app.run())

• By default, session data is stored in default.vault.
• With session_name="farm_worker_1", session data is stored in farm_worker_1.vault.
• If farm_worker_1.session exists, it is migrated to farm_worker_1.vault during bootstrap.

Dynamic API & Methods

GoyGram now supports all Telegram methods out of the box with dynamic dispatch:

• Call Bot API methods directly even if they are not explicitly hardcoded:
  • await app.sendDocument(chat_id=..., document=...)
  • await app.getChat(chat_id=...)
  • await app.getUpdates(timeout=30)
• Snake-case also works and is converted to Bot API method names:
  • await app.send_document(chat_id=..., document=...) -> sendDocument
• MTProto actions (authorized with API ID/API Hash) are available with mt_ prefix:
  • await app.mt_get_dialogs(limit=50)
  • await app.mt_get_chat_full(chat_id=...)

This behavior is implemented through dynamic method resolution in the client core (__getattr__) and transport-aware request routing.

Developer Tools (Help)

Use built-in introspection tools:

app.help()            # pretty DX overview in console
print(dir(app))       # inspect available shortcuts + dynamic entries

or:

from goygram.utils import print_methods
print_methods(app)

With type hints on key event objects (MsgObj, CbObj, MemberObj, PollObj) and filter primitives, modern IDE autocomplete works much better out of the box.

Filters

goygram.filters supports composable boolean operators:

from goygram import filters

smart_filter = filters.text & ~filters.me
another = filters.text | filters.me

@app.on_msg(filt=smart_filter)
async def handler(msg):
    await msg.reply("Filtered")

License

See LICENSE.