Can I use this for High-Performance Computing (HPC) projects?

Absolutely. It includes specific patterns for testing MPI communication, performance benchmarks, and complex solver pipelines.

Does it automatically implement the tests for me?

It guides Claude to write the failing test first, then prompts for the minimal implementation to pass, ensuring a true TDD workflow.

How does it handle code coverage requirements?

It integrates with gcov and lcov to generate coverage reports and enforces a minimum requirement of 80% coverage for all new code.

Does this skill work with modern C++ standards?

Yes, it is specifically optimized for C++20, utilizing modern features like std::span and modern CMake practices.

What testing frameworks does this skill use?

The skill is pre-configured to use Google Test (GTest) for unit testing and Google Mock (GMock) for interface isolation and mocking.

C++ TDD Workflow Manager

Name: C++ TDD Workflow Manager
Author: ysyecust

byysyecust

보안 및 테스팅

Enforces a rigorous Test-Driven Development (TDD) lifecycle for C++20 projects using Google Test, CMake, and coverage analysis.

소개

The tdd-workflow skill transforms Claude into a disciplined C++ engineer by mandating a Red-Green-Refactor cycle for all development tasks. It is specifically designed for High-Performance Computing (HPC) and complex algorithmic work, integrating Google Test and Google Mock for unit testing, CTest for integration pipelines, and gcov/lcov for coverage reporting. By requiring tests to be written before implementation and enforcing an 80% coverage threshold, this skill ensures that C++20 codebases remain robust, maintainable, and highly reliable during feature expansion or complex refactoring.

주요 기능

Strict Red-Green-Refactor workflow enforcement for C++20 development
Specialized patterns for HPC testing, including MPI and solver performance
Automated CMake/CTest configuration for unit and integration testing
0 GitHub stars
Seamless integration with Google Test (GTest) and Google Mock (GMock)
Comprehensive coverage reporting with 80% threshold verification via gcov/lcov

사용 사례

Implementing new features in C++20 with strict architectural and coverage requirements
Refactoring complex C++ legacy code with safety-net unit tests
Developing high-reliability numerical solvers and HPC algorithms

소개

주요 기능

Strict Red-Green-Refactor workflow enforcement for C++20 development
Specialized patterns for HPC testing, including MPI and solver performance
Automated CMake/CTest configuration for unit and integration testing
0 GitHub stars
Seamless integration with Google Test (GTest) and Google Mock (GMock)
Comprehensive coverage reporting with 80% threshold verification via gcov/lcov

사용 사례

Implementing new features in C++20 with strict architectural and coverage requirements
Refactoring complex C++ legacy code with safety-net unit tests
Developing high-reliability numerical solvers and HPC algorithms