A fully-typed asynchronous Python client for interacting with the OxaPay cryptocurrency payment gateway.
Project description
OxaPay Python Client
A fully-typed Python client for interacting with the OxaPay cryptocurrency payment gateway. This client provides both asynchronous and synchronous interfaces, comprehensive model typing, and webhook handling integration.
Features
- 🚀 Async-first design with synchronous wrappers
- 🔒 Comprehensive type hints and Pydantic models
- 🌐 Complete API coverage (Merchant, Payout, Exchange, System)
- 🔄 FastAPI webhook integration
- 📚 Full documentation and examples
Installation
pip install oxapay
For webhook handling with FastAPI:
pip install "oxapay[webhook]"
Quick Start
Async Client
import asyncio
from oxapay import OxaPayClient
from oxapay.models import CreateInvoiceRequest
async def main():
# Initialize client with your API keys
async with OxaPayClient(
merchant_api_key="your_merchant_api_key",
payout_api_key="your_payout_api_key",
general_api_key="your_general_api_key"
) as client:
# Create a payment invoice
invoice_request = CreateInvoiceRequest(
amount=100,
currency="USD",
order_id="order_123",
email="customer@example.com",
description="Payment for Order #123"
)
response = await client.create_invoice(invoice_request)
print(f"Payment URL: {response.pay_link}")
print(f"Track ID: {response.track_id}")
# Check system status
status = await client.check_system_status()
print(f"System status: {status}")
if __name__ == "__main__":
asyncio.run(main())
Synchronous Client
from oxapay.sync import SyncOxaPayClient
from oxapay.models import CreateInvoiceRequest
# Initialize client with your API keys
client = SyncOxaPayClient(
merchant_api_key="your_merchant_api_key"
)
# Create a payment invoice
invoice_request = CreateInvoiceRequest(
amount=100,
currency="USD",
order_id="order_123",
email="customer@example.com",
description="Payment for Order #123"
)
response = client.create_invoice(invoice_request)
print(f"Payment URL: {response.pay_link}")
print(f"Track ID: {response.track_id}")
Webhook Handling with FastAPI
from fastapi import FastAPI
from oxapay.webhook import WebhookRouter
from oxapay.models import PaymentWebhookEvent, PayoutWebhookEvent
app = FastAPI()
# Initialize webhook router
webhook = WebhookRouter(
app=app,
merchant_api_key="your_merchant_api_key",
payout_api_key="your_payout_api_key",
path="/oxapay/webhook"
)
# Register payment handlers
@webhook.on_payment_paid
async def handle_payment_paid(event: PaymentWebhookEvent):
print(f"Payment {event.track_id} received: {event.amount} {event.currency}")
# Process order fulfillment here
@webhook.on_payment_expired
def handle_payment_expired(event: PaymentWebhookEvent):
print(f"Payment {event.track_id} expired")
# Handle expired payment
# Register payout handlers
@webhook.on_payout_complete
async def handle_payout_complete(event: PayoutWebhookEvent):
print(f"Payout {event.track_id} completed: {event.amount} {event.currency}")
# Update payout status in your system
if __name__ == "__main__":
import uvicorn
uvicorn.run(app, host="0.0.0.0", port=8000)
API Documentation
The client provides access to all OxaPay API endpoints:
Merchant API
- Creating payment invoices
- Managing white-label payments
- Creating and managing static wallets
- Retrieving payment information and history
Payout API
- Creating payouts to cryptocurrency addresses
- Retrieving payout information and history
- Managing account balances
Exchange API
- Getting exchange rates and pairs
- Calculating exchange amounts
- Creating and tracking exchange requests
System API
- Retrieving cryptocurrency prices
- Getting supported currencies and networks
- Checking system status
Detailed Examples
Creating a Payment Invoice
from oxapay import OxaPayClient
from oxapay.models import CreateInvoiceRequest
async def create_payment():
async with OxaPayClient(merchant_api_key="your_api_key") as client:
invoice = CreateInvoiceRequest(
amount=100.50,
currency="USD",
order_id="order_12345",
email="customer@example.com",
description="Premium subscription",
callback_url="https://your-website.com/oxapay/callback",
return_url="https://your-website.com/thank-you",
life_time=60, # 60 minutes expiration
fee_paid_by_payer=1 # 1 = payer pays fees, 0 = merchant pays fees
)
response = await client.create_invoice(invoice)
return response.pay_link, response.track_id
Creating a Payout
from oxapay import OxaPayClient
from oxapay.models import CreatePayoutRequest
async def send_payout():
async with OxaPayClient(payout_api_key="your_payout_api_key") as client:
payout = CreatePayoutRequest(
address="3FZbgi29cpjq2GjdwV8eyHuJJnkLtktZc5",
amount=0.001,
currency="BTC",
network="bitcoin",
description="Affiliate payment",
callback_url="https://your-website.com/payout-callback"
)
response = await client.create_payout(payout)
return response.track_id
Getting Account Balance
from oxapay import OxaPayClient
async def check_balances():
async with OxaPayClient(payout_api_key="your_payout_api_key") as client:
# Get all balances
all_balances = await client.get_account_balance()
print(all_balances.data)
# Get specific currency balance
btc_balance = await client.get_account_balance(currency="BTC")
print(f"BTC Balance: {btc_balance.data['BTC']}")
Verifying Webhook Signatures
from oxapay import OxaPayClient
def verify_webhook(signature, payload, is_payment=True):
client = OxaPayClient(
merchant_api_key="your_merchant_api_key",
payout_api_key="your_payout_api_key"
)
is_valid = client.verify_webhook_signature(
signature=signature,
payload=payload,
is_payment=is_payment # True for payment webhooks, False for payout webhooks
)
return is_valid
Error Handling
The library provides specific exception classes for error handling:
from oxapay import OxaPayClient, OxaPayError, OxaPayValidationError
async def handle_errors():
try:
async with OxaPayClient(merchant_api_key="invalid_key") as client:
await client.get_accepted_coins()
except OxaPayError as e:
print(f"API Error: {e.code} - {e.message}")
except OxaPayValidationError as e:
print(f"Validation Error: {e}")
except Exception as e:
print(f"Unexpected error: {e}")
License
This project is licensed under the MIT License - see the LICENSE file for details.
Contributing
Contributions are welcome! Please feel free to submit a Pull Request.
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