cpp-testing

To set up GoogleTest with CMake for C++ unit testing, you need to configure CTest for automated test discovery and execution. This skill provides the necessary CMake configurations to standardize test automation and integrate it directly into your C++17/20 build environment.

The best way to run memory sanitizers on your C++ test suite is to execute your GoogleTest cases through CTest with AddressSanitizer, UndefinedBehaviorSanitizer, or ThreadSanitizer enabled. This skill facilitates memory safety diagnostics by providing the required CMake configurations for these sanitizers.

Yes, you can use GoogleMock to test legacy C++ modules by generating mock dependencies for external interactions. This skill supports isolating legacy code components, allowing you to verify that existing functionality remains intact while validating newly refactored logic.

You implement a TDD workflow in C++ using GoogleTest by following the RED-GREEN-REFACTOR loop to write and validate tests iteratively. This skill standardizes the test-driven development process, ensuring consistent test creation and execution across modern C++17/20 environments.

Yes, CMake supports automated code coverage reporting for C++ projects when configured alongside test frameworks like GoogleTest. This skill provides the necessary CMake configurations to generate automated code coverage reports, helping you maintain high-quality codebases.

C++ unit tests may not discover properly in CTest if the CMake configurations are not standardized for the GoogleTest framework. This skill ensures consistent test discovery and execution by providing standardized CMake setups tailored for modern C++17/20 development environments.