Generate C/C++ unit test files with CTP-compatible CMake and stdout conventions.
npx skills add https://github.com/tw-kang/skills --skill unittest-create
Please help me install this Agent Skill. Skill: unittest-create Source: https://github.com/tw-kang/skills/tree/main/unittest-create Command: npx skills add https://github.com/tw-kang/skills --skill unittest-create
Generates well-formed C and C++ unit test source files and templates that integrate with the CTP unittest runner, removing ambiguity about binary naming, stdout pass/fail conventions, and CMake integration so developers can add unit tests reliably.
Generate a new C/C++ unittest source and CMake entry that produces stdout messages printing OK on success and fail on failures so CTP can judge pass/fail.
High-intent search queries and answers about installing and using this skill.
To generate C and C++ unit test source files for CUBRID, use a scaffolding utility that produces source templates with assertion patterns and stdout pass/fail messages required by the CTP runner. This ensures your tests are discovered and executed correctly by the CTP framework.
CTP expects CUBRID unit tests to print "OK" or "success" on pass and "fail" on failure to stdout. Adhering to this convention allows the CTP runner to automatically judge whether the unit test passed or failed during execution.
To add CMake entries for low-level CUBRID unittests, you need a build snippet that compiles source files into binaries named unittests_<module>, installs them to the bin/ directory, and ensures discovery by the CTP runner without requiring broker or server dependencies.
No, low-level CUBRID unit tests should avoid broker or server dependencies. Tests must run independently, compile into unittests_<module> binaries, and validate functionality in isolation to ensure reliable execution within the CTP runner environment.
The best way to convert a failing CUBRID repro case is to scaffold a new C or C++ unit test source file that encapsulates the repro logic, prints pass/fail messages to stdout, and includes a CMake target for integration into the CTP unittest runner.
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