<ul><li>C++ is a powerful programming language popular for high-performance applications and systems programming.</li><li>Advanced developers can optimize performance using techniques like move semantics and perfect forwarding.</li><li>Smart pointers like std::unique_ptr and std::shared_ptr enhance memory safety in C++.</li><li>Compile-time computation with constexpr improves performance by allowing computations at compile time.</li><li>Metaprogramming with templates and Concepts in C++20 enhances readability and enforceability of code.</li><li>Structured bindings in C++17 allow for cleaner code by unpacking multiple return values elegantly.</li><li>Inline assembly can be used for low-level optimizations in C++, but compiler intrinsics are preferred.</li><li>Benchmarking with std::chrono in C++11 provides high-resolution timing for performance measurement.</li><li>Custom allocators can optimize memory management in performance-critical code in C++.</li><li>Coroutines in C++20 simplify asynchronous programming by enabling suspension and resumption of functions.</li></ul>

C++ Tips and Tricks for Advanced Developers

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