
Alvaro strengthened the test infrastructure for the Artelnics/opennn repository by integrating Google Test into the CMake build system, introducing an option to build tests and consolidating test sources into a dedicated directory. He focused on improving reliability and maintainability by streamlining test configuration and ensuring Linux compatibility through targeted build and test cycles. Using C++, CMake, and XML, Alvaro cleaned up the test suite, removing unused code and files, and fixed the PerceptronLayer constructor test to correctly assert input dimensions and parameter counts. This work enhanced CI feedback, enabled safer refactoring, and improved the overall quality of automated testing.

November 2024: Strengthened test infrastructure for Artelnics/opennn and delivered automated testing capabilities to improve reliability and CI feedback. Delivered Google Test integration into the CMake build system with a dedicated test build option and reorganized test sources; consolidated tests under a dedicated directory. Performed targeted test-suite cleanup and fixed PerceptronLayer constructor assertion to ensure correct input dimensions and parameter counts. The work enhances test reliability, maintainability, and Linux CI readiness, enabling faster iteration and safer refactors.
November 2024: Strengthened test infrastructure for Artelnics/opennn and delivered automated testing capabilities to improve reliability and CI feedback. Delivered Google Test integration into the CMake build system with a dedicated test build option and reorganized test sources; consolidated tests under a dedicated directory. Performed targeted test-suite cleanup and fixed PerceptronLayer constructor assertion to ensure correct input dimensions and parameter counts. The work enhances test reliability, maintainability, and Linux CI readiness, enabling faster iteration and safer refactors.
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