accelbyte-py-sdk-service-lobby

Create a fully-functional mini-application called 'Lobby Manager' that leverages the AccelByte Python SDK (specifically the 'accelbyte-py-sdk-service-lobby' package) to manage a gaming lobby service. This application will allow users to create, join, and manage game lobbies, facilitating seamless multiplayer interactions within a gaming environment.

### Features:
1. **User Authentication**: Implement user registration and login functionalities using AccelByte's authentication services provided through the SDK. Ensure that users can securely register, log in, and log out.
2. **Lobby Creation**: Allow authenticated users to create their own game lobbies. Each lobby should have unique identifiers and can contain metadata such as lobby name, maximum player capacity, and game type.
3. **Joining Lobbies**: Users should be able to search for available lobbies based on filters like game type and player count, and then join them.
4. **Lobby Management**: Once inside a lobby, users can interact with other players (send messages, etc.), see who else is in the lobby, and leave the lobby if they wish.
5. **Real-Time Updates**: Use websockets or similar technologies to ensure real-time updates for lobby status changes (e.g., when someone joins or leaves).
6. **Admin Controls**: For each lobby, designate one user as an admin who has additional controls over the lobby, such as kicking players or changing lobby settings.
7. **Analytics Dashboard**: Develop a simple dashboard that displays lobby statistics, such as total number of active lobbies, average player count per lobby, and most popular game types.

### Utilization of 'accelbyte-py-sdk-service-lobby':
- **Authentication**: Use the SDK's authentication methods to handle user registration and login processes securely.
- **Lobby Operations**: Leverage the SDK’s functions related to managing game lobbies, including creating, joining, and updating lobby information.
- **Communication**: Implement communication between the server and clients using the SDK’s networking capabilities, ensuring smooth real-time interaction.

### Additional Requirements:
- Ensure the application is well-documented with comments explaining how different parts of the code work, especially where the SDK is utilized.
- Provide a README file that explains how to set up and run the application, including any necessary configurations for the SDK.
- The application should be modular and scalable, allowing for easy addition of new features or integration with other services.