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Modern C++23/26: from concepts to coroutines in high-performance services
- C++23 and C++26 bring features enhancing performance and productivity in high-performance services, such as real-time analytics and game servers.
- Concepts in C++ define requirements for template parameters, improving error handling and compiler optimizations.
- C++23 refines concepts with better library integration, making codebases more robust and enabling precise type constraints.
- Coroutines in C++20 simplify asynchronous programming and are lightweight constructs useful for handling concurrency in high-performance systems.
- Coroutines utilize keywords like co_await and enable event-driven models for efficient scaling.
- C++23 enhances library support for coroutines, making them more practical for real-world applications.
- The std::ranges library in C++20 and C++23 offers modern sequence manipulation, aiding lazy evaluation for better performance.
- Modules in C++23 improve compilation efficiency by replacing headers, leading to faster builds.
- C++23 expands constexpr and introduces tools for leveraging multi-core CPUs in performance-critical applications.
- Expected features in C++26 include static reflection and pattern matching for code optimization and readability.
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