cryptobot-python 1.1.1

Unofficial but friendly Python client for the Crypto Bot (Crypto Pay) API

CryptoBot Python

Unofficial but friendly Python client for the Crypto Bot API (v1.0 - stable). It provides typed models, sane defaults, and synchronous/async clients for invoices, transfers, checks, balances, exchange rates, statistics, and webhook handling.

Features

• Synchronous httpx-based API client (CryptoBotClient)
• Async httpx-based API client (AsyncCryptoBotClient)
• Dataclass models for API responses (Invoice, Transfer, Check, Balance, ExchangeRate, Currency, AppStats)
• Enum guard rails for assets, statuses, check statuses, and paid button names
• Mainnet/testnet support with configurable timeouts and retries
• Pagination iterators for invoices, transfers, and checks
• FastAPI-powered webhook listener with signature verification and optional replay protection
• Custom exception model (CryptoBotError) with API code/name fields

Installation

Requires Python 3.10+.

Using uv (recommended)

uv add cryptobot-python

Using pip

pip install cryptobot-python

Extras

Install webhook server dependencies (FastAPI + Uvicorn) only when needed:

uv add "cryptobot-python[webhook]"
# or
pip install "cryptobot-python[webhook]"

Install documentation tooling extras:

uv add "cryptobot-python[docs]"
# or
pip install "cryptobot-python[docs]"

Quick Start

import os

from cryptobot import CryptoBotClient
from cryptobot.models import Asset

client = CryptoBotClient(
    api_token=os.environ["CRYPTOBOT_API_TOKEN"],
    is_mainnet=True,
    timeout=5.0,
    max_retries=2,
    retry_backoff=0.5,
)

app = client.get_me()
print(app.name)

invoice = client.create_invoice(
    asset=Asset.USDT,
    amount=5.25,
    description="Coffee order #42",
)

print(invoice.invoice_id, invoice.bot_invoice_url)

To use testnet instead of mainnet:

client = CryptoBotClient(api_token=os.environ["CRYPTOBOT_TESTNET_TOKEN"], is_mainnet=False)

Retry behavior is optional and disabled by default (max_retries=0). The default retryable status codes are 429, 500, 502, 503, 504.

client = CryptoBotClient(
    api_token=os.environ["CRYPTOBOT_API_TOKEN"],
    max_retries=3,
    retry_backoff=0.5,
    retryable_status_codes={429, 500, 502, 503, 504},
)

Async usage:

import asyncio
import os

from cryptobot import AsyncCryptoBotClient
from cryptobot.models import Asset


async def main():
    async with AsyncCryptoBotClient(api_token=os.environ["CRYPTOBOT_API_TOKEN"], max_retries=2) as client:
        app = await client.get_me()
        print(app.name)

        invoice = await client.create_invoice(asset=Asset.USDT, amount=5.25, description="Async order #42")
        print(invoice.invoice_id, invoice.bot_invoice_url)


asyncio.run(main())

Core API

CryptoBotClient methods:

Category	Methods
App	get_me()
Invoices	create_invoice(...), get_invoices(...), delete_invoice(...)
Transfers	transfer(...), get_transfers(...)
Checks	create_check(...), get_checks(...), delete_check(...)
Balance & Rates	get_balances(), get_exchange_rates(), get_currencies()
Statistics	get_stats(...)
Pagination	iter_invoice_pages(...), iter_invoices(...), iter_transfer_pages(...), iter_transfers(...), iter_check_pages(...), iter_checks(...)

AsyncCryptoBotClient provides the same methods with await, plus async iterators for all pagination helpers.

List methods like get_invoices(...), get_transfers(...), and get_checks(...) accept IDs as a comma-separated string ("1,2,3") or list[int] ([1, 2, 3]). Iterator helpers accept page_size and start_offset to support controlled pagination scans.

Transfer with idempotency

from cryptobot.errors import CryptoBotError
from cryptobot.models import Asset

try:
    transfer = client.transfer(
        user_id=123456789,
        asset=Asset.TON,
        amount=0.5,
        spend_id="reward_2026_02_10_user_123456789",
        comment="Cashback reward",
    )
    print(transfer.transfer_id, transfer.status)
except CryptoBotError as exc:
    print(exc.code, exc.name)

Crypto checks

Create a check that any user (or a specific user) can activate:

from cryptobot.models import Asset

check = client.create_check(asset=Asset.USDT, amount=1.0)
print(check.check_id, check.bot_check_url)

# Pin a check to a specific user
check = client.create_check(asset=Asset.TON, amount=0.25, pin_to_user_id=123456789)

# List and delete checks
checks = client.get_checks(asset=Asset.USDT, status="active")
client.delete_check(check_id=checks[0].check_id)

App statistics

stats = client.get_stats(
    start_at="2026-01-01T00:00:00Z",
    end_at="2026-03-01T00:00:00Z",
)
print(stats.volume, stats.unique_users_count, stats.paid_invoice_count)

Webhooks

Use the built-in listener to validate incoming signatures and process updates:

import os

from cryptobot.webhook import InMemoryReplayKeyStore, Listener


def handle_webhook(headers, data):
    if data.get("update_type") == "invoice_paid":
        payload = data.get("payload", {})
        print("Paid invoice:", payload.get("invoice_id"))


listener = Listener(
    host="0.0.0.0",
    callback=handle_webhook,
    api_token=os.environ["CRYPTOBOT_API_TOKEN"],
    replay_store=InMemoryReplayKeyStore(),
    replay_ttl_seconds=3600,
    port=2203,
    url="/webhook",
    log_level="info",
)
listener.listen()

Listener accepts both sync and async callback functions. For custom dedupe behavior, pass replay_key_resolver(data, raw_body, headers) with a stable key strategy.

For custom webhook stacks, use cryptobot.webhook.check_signature(...) to verify crypto-pay-api-signature against the raw request body.

Development

uv sync
make lint
make test
make docs

Documentation

• Docs: https://cryptobot-python.readthedocs.io/
• API reference: https://cryptobot-python.readthedocs.io/en/latest/modules.html
• Webhook security guide: https://cryptobot-python.readthedocs.io/en/latest/webhook_security.html
• Crypto Pay API: https://help.send.tg/en/articles/10279948-crypto-pay-api

Contributing

Issues and pull requests are welcome. Before opening a PR:

make lint
make test

See CONTRIBUTING.md and AGENTS.md for project workflow and coding standards.