
Andrew Morrow contributed to the viamrobotics/viam-cpp-sdk and viamrobotics/docs repositories, focusing on cross-platform build stability, runtime reliability, and developer onboarding. He modernized the CMake-based build system, integrated Conan for dependency management, and enhanced Windows-specific signal handling to improve application stability. Andrew refactored MLModelService input handling to ensure correct tensor naming, reducing runtime errors and aligning with SDK conventions. He also updated documentation to clarify Rust toolchain requirements and resolve ESP-IDF macOS build issues. His work demonstrated depth in C++, CMake, and system programming, resulting in more reliable builds, streamlined onboarding, and improved developer experience across platforms.

May 2025: Focused on correctness and reliability of MLModelService input handling in the viam-cpp-sdk. Refactored single-input tensor processing to use expected names, added documentation and example updates, and aligned the ML input pathway with SDK conventions to reduce runtime errors and improve developer experience.
May 2025: Focused on correctness and reliability of MLModelService input handling in the viam-cpp-sdk. Refactored single-input tensor processing to use expected names, added documentation and example updates, and aligned the ML input pathway with SDK conventions to reduce runtime errors and improve developer experience.
April 2025 (viamrobotics/viam-cpp-sdk) — Focused on stabilizing cross-platform builds, increasing runtime reliability on Windows, and strengthening dependency tooling. Delivered substantial build-system improvements, reinforced Windows-specific runtime handling, and advanced Conan-based workflows, aligning with business goals of reliability, faster CI, and easier maintenance. Key features delivered - Cross-Platform Build Stability and Dependency Management: Windows/macOS build compatibility improvements, Conan-based dependency management, updated minimum CMake, and refactored Motion::steps for flexibility. - Windows Signal Handling Enhancement for Runtime Stability: Added Windows-specific signal handling in SignalManager to gracefully handle console events (e.g., Ctrl+C) while preserving POSIX behavior on other platforms. Major bugs fixed - Fixed Windows buffer download issues and related minor fixes to improve Windows build and runtime stability. - Misc Conan/tooling refinements to reduce build-time regressions and improve reliability across platforms. Overall impact and accomplishments - Significantly increased platform reliability, reducing build failures and maintenance overhead across Windows and macOS, enabling smoother CI pipelines and faster integration cycles. - Improved runtime stability on Windows, reducing unexpected terminations from console events and ensuring consistent behavior with POSIX platforms. Technologies/skills demonstrated - CMake, Conan, and cross-platform build tooling - Windows tooling, macro handling, architecture mapping, and transitive header management - Windows-specific signal handling integration and runtime stability improvements - Build-system modernization and refactoring (e.g., Motion::steps) for flexibility and maintainability
April 2025 (viamrobotics/viam-cpp-sdk) — Focused on stabilizing cross-platform builds, increasing runtime reliability on Windows, and strengthening dependency tooling. Delivered substantial build-system improvements, reinforced Windows-specific runtime handling, and advanced Conan-based workflows, aligning with business goals of reliability, faster CI, and easier maintenance. Key features delivered - Cross-Platform Build Stability and Dependency Management: Windows/macOS build compatibility improvements, Conan-based dependency management, updated minimum CMake, and refactored Motion::steps for flexibility. - Windows Signal Handling Enhancement for Runtime Stability: Added Windows-specific signal handling in SignalManager to gracefully handle console events (e.g., Ctrl+C) while preserving POSIX behavior on other platforms. Major bugs fixed - Fixed Windows buffer download issues and related minor fixes to improve Windows build and runtime stability. - Misc Conan/tooling refinements to reduce build-time regressions and improve reliability across platforms. Overall impact and accomplishments - Significantly increased platform reliability, reducing build failures and maintenance overhead across Windows and macOS, enabling smoother CI pipelines and faster integration cycles. - Improved runtime stability on Windows, reducing unexpected terminations from console events and ensuring consistent behavior with POSIX platforms. Technologies/skills demonstrated - CMake, Conan, and cross-platform build tooling - Windows tooling, macro handling, architecture mapping, and transitive header management - Windows-specific signal handling integration and runtime stability improvements - Build-system modernization and refactoring (e.g., Motion::steps) for flexibility and maintainability
December 2024 monthly summary — viamrobotics/docs: • Focused on documentation and tooling guidance to reduce onboarding friction and support load. Delivered an updated Documentation and Troubleshooting Guide detailing the Rust toolchain requirement (Rust 1.83.0) and ESP-IDF macOS Python build issues, with actionable steps for common failures.
December 2024 monthly summary — viamrobotics/docs: • Focused on documentation and tooling guidance to reduce onboarding friction and support load. Delivered an updated Documentation and Troubleshooting Guide detailing the Rust toolchain requirement (Rust 1.83.0) and ESP-IDF macOS Python build issues, with actionable steps for common failures.
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