
Worked on the opencv/opencv repository to modernize CLP library detection for Windows builds using vcpkg, addressing a persistent build failure when WITH_CLP was enabled. Leveraging CMake and build system management skills, introduced a robust detection mechanism with find_package and imported targets, ensuring compatibility with vcpkg-generated artifacts. The solution incorporated platform guards to skip mobile platforms and provided a Unix fallback using pkg-config, maintaining existing workflows across environments. By replacing hardcoded library names with modern CMake targets, the work reduced future regression risks and improved maintainability, while thorough documentation and CI improvements supported reproducible builds and streamlined future maintenance.
In April 2026, delivered a modernization of OpenCV's CLP library detection for Windows builds via vcpkg, stabilizing cross-platform CLP integration and eliminating a long-standing Windows build failure. The changes introduce a robust CMake-based detection using find_package(Clp CONFIG) with imported targets (Coin::Clp, Coin::CoinUtils), platform guards for mobile platforms, and a Unix fallback with pkg-config. This work preserves backward compatibility, improves CI reliability, and simplifies future maintenance across Windows, Linux, and mobile pipelines.
In April 2026, delivered a modernization of OpenCV's CLP library detection for Windows builds via vcpkg, stabilizing cross-platform CLP integration and eliminating a long-standing Windows build failure. The changes introduce a robust CMake-based detection using find_package(Clp CONFIG) with imported targets (Coin::Clp, Coin::CoinUtils), platform guards for mobile platforms, and a Unix fallback with pkg-config. This work preserves backward compatibility, improves CI reliability, and simplifies future maintenance across Windows, Linux, and mobile pipelines.

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