Template metaprogramming in C++ enables compile-time code generation, optimizing performance. It allows generic programming, type traits, and complex computations without runtime overhead, enhancing code flexibility and efficiency.
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Lambdas and higher-order functions in C++ enable cleaner, more expressive code. Techniques like std::transform, std::for_each, and std::accumulate allow for functional programming, improving code readability and maintainability.
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C++20 ranges simplify data manipulation, enhancing code readability and efficiency. They offer lazy evaluation, composable operations, and functional-style programming, making complex algorithms more intuitive and maintainable.
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The <atomic> library in C++ enables safe multithreading without mutexes. It offers lightweight, fast operations on shared data, preventing race conditions and data corruption in high-performance scenarios.
Debugging in C++ is crucial. Tools like Valgrind, GDB, and AddressSanitizer help identify memory issues, step through code, and detect errors. Techniques include binary search, logging, and rubber duck debugging.