PyQuotex

pyquotex is a Python library designed to easily integrate with the Quotex API, enabling automated trading operations. Fully open-source and licensed under MIT, the library provides features like order execution, balance checking, real-time market data collection, and more. Perfect for traders and developers looking to build efficient and customized solutions.

View the Project on GitHub cleitonleonel/pyquotex

🚨 Considerations and Warnings

API Limitations

  1. Authentication and Session:
    • The API uses a websocket-based authentication system
    • Sessions may expire and require reconnection
    • Possible blocking by Cloudflare due to multiple automated connection attempts
  2. Technical Restrictions:
    • Requires Python 3.8 or higher
    • Dependent on the latest version of OpenSSL
    • Websocket connections may be unstable under certain network conditions
  3. Operations:
    • There is a limit on the frequency of operations
    • Some functionalities may not be available in demo mode
    • Expiration times have specific formats that must be respected

Best Practices

  1. Connection:
    # Implement automatic reconnection
    async def connect(attempts=5):
     check, reason = await client.connect()
     if not check:
         attempt = 0
         while attempt <= attempts:
             if not await client.check_connect():
                 check, reason = await client.connect()
    
  2. Asset Management:
    • Always verify if the asset is available before operating
    • Use the get_available_asset() function with the force_open parameter
    • Implement market hours validations
  3. Operations:
    • Keep a record of all operations
    • Implement loss and gain limits
    • Do not perform multiple simultaneous operations without control
  4. Resource Management:
    • Always close websocket connections after use
    • Implement timeouts in operations
    • Properly manage memory in long operations

Common Error Handling

  1. Connection Error:
    try:
     await client.connect()
    except Exception as e:
     print(f"Connection error: {str(e)}")
     # Implement reconnection or error handling
    
  2. Common Errors:
    • WebSocket connection failed: Network or server issues
    • Asset is closed: Asset not available for operation
    • Not enough money: Insufficient funds
    • Token rejected: Expired session
  3. Solutions:
    • Implement automatic retries for connection errors
    • Validate asset status before operating
    • Verify balance before performing operations
    • Handle automatic reconnection for expired tokens

Security Considerations

  1. Credentials:
    • Do not store credentials in code
    • Use environment variables or secure configuration files
    • Regularly rotate passwords
  2. Connection:
    • Always use SSL/TLS connections
    • Verify SSL certificates
    • Implement appropriate timeouts
  3. Data:
    • Do not expose sensitive information in logs
    • Clear session data upon closing
    • Keep dependencies up to date
  4. Operations:
    • Implement operation limits
    • Validate all inputs
    • Maintain audit logs

Usage Recommendations

  1. Development:
    • Start with a demo account
    • Perform thorough testing
    • Implement detailed logging
    • Keep the code modular
  2. Production: ```python

    Recommended configuration example

    client = Quotex( email=os.getenv(‘QUOTEX_EMAIL’), password=os.getenv(‘QUOTEX_PASSWORD’), lang=”en”, debug_ws_enable=False )

Implement error handling

try: check_connect, message = await client.connect() if check_connect: # Operation logic pass else: logger.error(f”Connection error: {message}”) finally: client.close() ```

  1. Monitoring:
    • Implement a logging system
    • Monitor websocket connections
    • Control the status of operations
    • Implement alerts
  2. Risk Management:
    • Establish loss limits
    • Implement automatic stops
    • Diversify operations
    • Maintain detailed records

⚠️ Important Warnings

  1. This API is for educational and development use.
  2. Financial operations carry inherent risks.
  3. The continuous functioning of the API is not guaranteed.
  4. It is recommended to implement additional security measures.
  5. The platform may change without prior notice.

📚 Additional Resources

🤝 Contributions

Contributions are welcome. Please follow best development practices and adequately document changes.