Progress Updates

- I'll start by exploring the repository structure to understand the current state of the Android compositor project and identify what needs to be implemented or modified to meet the requirements. - The repository appears to be an Android project with a Gradle build structure. Let me examine the key files to understand the current implementation and what needs to be added for Linux/SteamOS to Android compositor functionality. - I can see there's already some native C code (SteamOSNative.c) and a CMakeLists.txt file, suggesting this project already has some SteamOS integration. Let me examine these files to understand the current implementation. - Now let me examine the Java side of the application to understand how the native code is integrated and what the overall architecture looks like. - Let me also check the build.gradle file and AndroidManifest.xml to understand the project configuration and dependencies. - Now let me check if there are any other important files in the repository, including any documentation or configuration files that might give more context about the project's goals. - Analyzing the current repository structure and understanding what needs to be implemented for a Linux/SteamOS to Android compositor in Rust. - Implement a Linux (SteamOS) to Android compositor in Rust for the android-compositor project - Based on my analysis, I need to implement a comprehensive Rust-based compositor system. I'll start by setting up the Rust infrastructure and then progressively build the compositor functionality. Let me begin with Phase 1: creating the Rust workspace structure. - Now I'll create the core compositor crate that will handle the main compositor logic and window management. - Now I'll create the surface module that handles the graphics surfaces for rendering Linux application content. - Now I'll create the window module that manages individual application windows and their associated surfaces. - Now I'll create the input module to handle input events from Android and route them to Linux applications. - Now I'll create the graphics module that handles the rendering pipeline using wgpu for efficient GPU-accelerated composition. - I need to add the missing dependency for bytemuck and create the shader file that the graphics module references. Let me first create the shader directory and file. - Now I'll update the Cargo.toml to include the missing bytemuck dependency and create the IPC module for communication with Linux processes. - Now I'll create the Wayland server crate that will handle Wayland protocol communication with Linux applications. - Now I'll create the individual Wayland protocol handler modules for the compositor, surface, shell, seat, and output protocols. - Now I'll create the Android bindings crate that provides the JNI interface between the Rust compositor and the Android Java/Kotlin code.

--- :white_check_mark: I finished the proposed code changes, and the pull request is ready for review: #12. Comment on the pull request to provide feedback and request a new iteration. To provide feedback on how Amazon Q Developer performed with code generation, create an issue in the [Amazon Q Developer public repository](https://github.com/Amazon-Q-Developer/feedback-q-developer-for-github-app/issues/).

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Linux (SteamOS) ---> Android compositor in Rust #1

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