PyBLEToolkit is a Python toolkit designed to provide a streamlined environment for Bluetooth Low Energy (BLE) services using customtkinter. This toolkit simplifies the development of custom BLE service interfaces, enabling developers to focus on functionality and data handling while easily integrating with a GUI framework.

• Easy GUI Integration: Quickly add custom frames to display and interact with BLE services.
• Python and customtkinter Based: Uses Python for logic and customtkinter for a user-friendly interface.
• Extensible Framework: Designed to be flexible, allowing developers to implement and showcase their BLE services seamlessly.

Before you begin, ensure you have the following installed:

• Python 3.6 or newer
• pip (Python package installer)
• Check requirements.txt for necessary python packages

After installation, you can start by creating a new BLE service frame. Here are the steps to integrate a new service into the toolkit:

1. Create two objects: one for the service itself that inherits from AbstractService, and another for the GUI of your service that inherits from AbstractServiceTab. See examples.

2. Register your service and GUI in the dictionary SERVICE_REGISTER like this:

# Service register mapping services to their corresponding tab classes
SERVICE_REGISTER: Dict[Type[AbstractService], Type[AbstractServiceTab]] = {
    MyServiceObject: MyServiceObjectTab,
    # ...
}

Once registered, you can run the application and connect to your service.

We welcome contributions to PyBLEToolkit! To make this project more interesting and useful, we encourage developers to contribute their services with pre-prepared GUIs for various applications. Please document the protocol for data transmission.

If you have suggestions for improvements or new features, feel free to submit a pull request. Check out our CONTRIBUTING for guidelines on how to contribute.

This project is licensed under the MIT License—see the LICENSE file for details.

• muhamm-ad · GitHub

• Inspiration from the BLE community and various open-source projects that have paved the way for this toolkit, especially Adafruit