azhi-serial

Your task is to create a versatile and user-friendly command-line tool using Python's 'azhi-serial' package. This tool will serve as a serial port terminal emulator, allowing users to interact with devices connected via RS-232 serial ports. The application should support common operations such as sending commands, receiving responses, and handling data transmission errors. Additionally, it should include advanced features like baud rate adjustment, parity checking, and data logging for troubleshooting purposes.

Here are the key functionalities your application should have:
1. **Serial Connection Management**: Allow users to connect to a specified COM port, specify the baud rate, and handle connection errors gracefully.
2. **Command Sending Interface**: Provide a simple interface where users can input commands and send them to the connected device.
3. **Response Handling**: Display responses from the device in real-time on the console, with options to filter out non-relevant data.
4. **Baud Rate Adjustment**: Enable users to change the baud rate of the connection dynamically without needing to disconnect and reconnect.
5. **Parity Checking**: Implement parity checking to ensure data integrity during transmission.
6. **Data Logging**: Automatically log all transmitted and received data into a file for later analysis.
7. **Error Handling**: Gracefully handle common serial communication errors and provide meaningful error messages.
8. **User-Friendly Interface**: Ensure the command-line interface is intuitive and easy to navigate, with clear instructions and help options.

To achieve these functionalities, you will extensively utilize the 'azhi-serial' package, which offers robust support for serial port communication. Your implementation should leverage its capabilities to manage connections, send and receive data, and configure serial port settings efficiently. Remember to document your code thoroughly, explaining how each feature integrates with 'azhi-serial' functionalities.