<!-- Core Principles

Lightweight Embedder: flutter-pi acts as a custom Flutter engine
embedder tailored for the Raspberry Pi. This means it provides the
essential interface layer between Flutter's primarily C++ engine
and the embedded Linux environment (like on a Raspberry Pi).

No X11 Required: Notably, flutter-pi achieves this feat without
 the graphical overhead of a system like X11 (common in desktop
 Linux). This aligns better with resource-constrained embedded
 devices.

Direct Rendering:
flutter-pi interacts with lower-level graphics APIs within the
 Raspberry Pi (e.g., Broadcom's VideoCore, EGL) to handle rendering
 of the Flutter UI onto the display hardware.

Key Responsibilities

Initialization:
Sets up the Flutter engine, loads appropriate libraries, and
gets everything ready for the Flutter application to run.

Event Handling: Manages input events (touch via touchscreen,
keyboard, mouse, etc.) and routes them from the embedded Linux
system to the Flutter framework for processing.

Rendering Loop: Coordinates requesting the next Flutter UI fram
e in response to events or state changes, communicates with the
rendering backends, and facilitates displaying the content.

Platform Channels: (Likely) Provides mechanisms for the Flutter
app to communicate with the underlying embedded Linux system.
This enables the app to potentially access device-specific
sensors, hardware control, and features outside the scope of
Flutter's core framework.

How to Utilize It

Prepare Environment: You'll need a Raspberry Pi running an
embedded Linux distribution and a toolchain suitable for
cross-compilation.

Obtain/Build flutter-pi: Refer to the project's GitHub repository
for build instructions.

Develop Flutter App: Structure your Flutter app normally, being
mindful of platform interactions that might need platform channels
(step 4).

Integrate & Compile: Follow flutter-pi's instructions to compile
your Flutter app code while linking against the flutter-pi embedder
you obtained/built.

Deploy & Run: Transfer the compiled output to your Raspberry Pi
and execute it with appropriate flutter-pi settings.

Caveats

Experimental: Not considered production-ready for every use-case (as might be expected with projects pushing Flutter’s boundaries).
Limited APIs: Compared to mainstream platforms, Flutter’s full suite of plugins and packages might not be compatible without extra platform channel work on your end.
-->

<!-- Introduction:

- Clearly describe what your Flutter application does and its main functionality.

Architecture:

- Diagram and explain your app's structure (state management approach, key widgets, navigation).
- Consider using visual aids to make this section more engaging.

Key Design Concepts:

- Challenges solved by your design choices.
- Did you address performance optimizations for embedded systems?
- How did you make the UI fit for the embedded target? -->

<!-- ## Implementierung der Features

\pagebreak -->
