CMake plugins

Write systems-level code in C++, Go, and Rust with idiomatic patterns, concurrency, memory safety, and performance profiling for production-ready services, CLIs, and libraries.

Runs Mooncake pre-PR validation locally to catch typos, formatting, build and test failures before pushing, using a single shell script that mirrors the CI pipeline's reproducible checks.

Review and improve Qt6 C++ and QML code with deterministic linting and agentic deep analysis, generate Markdown documentation from source files, build CMake projects, write QML unit tests, profile QML application performance, and extract Figma design tokens into production-ready QML controls.

Develop, build, flash, and debug embedded firmware for STM32, ESP32, and other MCUs using CMake, IAR, Keil, ESP-IDF, Make, and PlatformIO, with structured RIPER-5 protocol support, multi-agent competition workflows, static analysis, RTOS-aware debugging, and Modbus/CAN/VISA instrument communication.

Enforce uniform contributing standards for the IOWarp/Clio C++ ecosystem: automated git branch naming, commit message formatting, PR validation, and pre-commit checks for compilation, tests, formatting, and licensing.

Bootstrap JUCE audio plugin projects from template, integrate Visage GPU-accelerated UI for macOS/iOS, add iOS app targets, build/test/sign/notarize across macOS/Windows/Linux via CMake and GitHub Actions, manage test VMs, set up auto-updates, generate themes, and create GitHub Pages download pages.

Equips AI assistants with skills to use the Xmake build system across 50+ areas, enabling them to configure, build, test, package, and cross-compile C/C++ and other-language projects, manage dependencies, set up toolchains, write custom scripts, and optimize build performance.

Set up, build, and debug IOWarp Core locally using Docker devcontainers or native Linux environments, with automated dependency resolution, CMake builds, and troubleshooting for UID mappings, submodules, and library issues.

Develop high-performance GPU compute applications on AMD hardware using ROCm's HIP kernels, rocBLAS/rocFFT/rocSPARSE libraries for linear algebra and transforms, rocprof for performance profiling, CUDA-to-HIP code porting, CMake/Makefile builds, and rocGDB debugging.

Develop audio plugins end-to-end: scaffold projects, implement DSP with C++/Rust/FAUST, design UIs with native and web views (including Figma import), integrate with DAWs via VST3/AU/CLAP/AAX, validate signal correctness, and automate signing, notarization, CI/CD, and distribution across macOS, Windows, iOS, and Android.