cpp-pro

Modern C++ code using smart pointers and RAII ensures automated memory management by binding resource lifetimes to object scopes. This approach leverages unique_ptr and shared_ptr to prevent leaks while maintaining exception safety guarantees.

Setting up a C++ project skeleton involves generating a CMakeLists.txt file with the appropriate C++ standard, adding header guards, and configuring unit tests using Google Test or Catch2 to verify template interfaces and STL algorithms.

C++ templates and move semantics support concurrent design by enabling efficient data transfer without deep copies. Combining template metaprogramming with std::thread and atomics allows high-performance concurrency and robust resource management.

Ensuring AddressSanitizer and ThreadSanitizer clean output requires writing exception-safe C++ code with proper RAII patterns and smart pointers. This prevents data races and memory leaks, which are flagged during testing and performance benchmarks.

Yes, this C++ approach supports performance benchmarks using Google Benchmark to measure STL algorithms, move semantics, and concurrent design operations. It outputs clear documentation of template interfaces alongside the benchmark results.