
Over a three-month period, contributed to spruceSource and spruceOS by building cross-architecture ARM support, nightly build automation, and deployment tooling. Developed features such as a Java-based icon recolor utility, a Python SDL test script for controller validation, and a C-based UDP network command utility packaged for ARM32. Enhanced CI/CD workflows in spruceOS to centralize large-file assembly and improve nightly build reliability, reducing installation errors and resource usage. Leveraged technologies including Docker, Bash scripting, and cross-compilation to streamline deployment of Python microservices and C binaries, enabling broader hardware compatibility and more efficient release cycles across embedded Linux environments.
December 2025 — Key delivery across spruceSource focusing on cross-platform deployment and network tooling. Key features: RA Network Command Utility (C-based UDP interface with ARM32 packaging) and Deployment tooling for Python microservice idlemon and Miyoo Mini tooling. The work includes containerized builds and binaries to support flip/brick/tsp, idlemon on ARMHF, and Miyoo Mini binaries, enabling reliable, repeatable deployments. Impact: reduced deployment friction, expanded hardware compatibility, and faster iteration cycles. Technologies demonstrated: C networking, Docker, ARM32/ARMHF cross-compilation, Python microservices, and binary tooling.
December 2025 — Key delivery across spruceSource focusing on cross-platform deployment and network tooling. Key features: RA Network Command Utility (C-based UDP interface with ARM32 packaging) and Deployment tooling for Python microservice idlemon and Miyoo Mini tooling. The work includes containerized builds and binaries to support flip/brick/tsp, idlemon on ARMHF, and Miyoo Mini binaries, enabling reliable, repeatable deployments. Impact: reduced deployment friction, expanded hardware compatibility, and faster iteration cycles. Technologies demonstrated: C networking, Docker, ARM32/ARMHF cross-compilation, Python microservices, and binary tooling.
In 2025-10, delivered a stable nightly scummvm_libretro.so core assembly for spruceOS by implementing a recombination workflow and fixing the nightly creation cleanup to ensure only valid part files are retained. This reduces installation corruption and improves nightly reliability, enabling faster release cycles and a better end-user experience.
In 2025-10, delivered a stable nightly scummvm_libretro.so core assembly for spruceOS by implementing a recombination workflow and fixing the nightly creation cleanup to ensure only valid part files are retained. This reduces installation corruption and improves nightly reliability, enabling faster release cycles and a better end-user experience.
April 2025 saw significant platform expansion and CI improvements across spruceSource and spruceOS. Key features delivered include cross-architecture ARM build and runtime enablement (armhf/arm64) with FFmpeg cross-compile notes, a Java-based icon recolor utility for theming, and a Python SDL testing script to validate controller inputs in the Flip environment. In spruceOS, nightly build workflow enhancements centralize large-file assembly in CI and improve robustness by tolerating missing temporary files during cleanup, reducing local resource usage and increasing CI reliability. These changes collectively broaden device support, boost testing fidelity, and streamline release readiness. Technologies demonstrated include cross-compilation workflows, Docker for ARM tooling, Java and Python tooling, and GitHub Actions-based CI orchestration.
April 2025 saw significant platform expansion and CI improvements across spruceSource and spruceOS. Key features delivered include cross-architecture ARM build and runtime enablement (armhf/arm64) with FFmpeg cross-compile notes, a Java-based icon recolor utility for theming, and a Python SDL testing script to validate controller inputs in the Flip environment. In spruceOS, nightly build workflow enhancements centralize large-file assembly in CI and improve robustness by tolerating missing temporary files during cleanup, reducing local resource usage and increasing CI reliability. These changes collectively broaden device support, boost testing fidelity, and streamline release readiness. Technologies demonstrated include cross-compilation workflows, Docker for ARM tooling, Java and Python tooling, and GitHub Actions-based CI orchestration.

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