accept_request(); ex::sender auto process_request(request_t); extern unifex::static_thread_pool low_latency; extern unifex::static_thread_pool workers; ex::sender auto accept_and_process_requests() { return get_scheduler()) | ex::then([](auto request) { process_request(request); }) | unifex::repeat_effect(); } Accept requests on low-latency threads. Process the requests on the worker threads.16 EXAMPLE: accept_request(); ex::sender auto process_request(request_t); extern unifex::static_thread_pool low_latency; extern unifex::static_thread_pool workers; unifex::task accept_and_process_requests() { while (true)

Copy is a prvalue  Example: void process(int&& value) { std::println("{}", value); } void process_all(const std::vector& data) { for (auto& i : data) { process(auto(i)); } }25 Agenda  C++23 Consider: int Process(std::function f) { return f() * 2; }  This can be called as follows: std::print("{}", Process([] { return 21; })); // 42  But this fails: std::cout << Process([p = s std::move_only_function<>  C++23: int Process(std::move_only_function f) { return f() * 2; }  This can now be called as follows: std::print("{}", Process([] { return 21; }));

minds are deprived of some of its most powerful conceptual tools • This lack not only impedes the process of design within one mind, it severely hinders communication among mindsPast Breakthroughs Solved Enthusiasm jumps when there is a running system, even a simple one • One always has, at ever stage in the process, a working systemConclusionEssential Complexity vs. Accidental Complexity • Essential Complexity should first be made to run • Bit-by-bit it is fleshed out • One always has, at every stage in the process, a working system • Enthusiasm jumps when there is a running system, even a simple one

2020 • Lecturer at the University of Washington • Cute pup parent6 Agenda • Part I: Development Process • Implementing in the Open • Organization of Work • Part II: Calendrical Types • Part III: Clocks [time.zone] • IANA database challenges • Part VI: Conclusion7 Part I: Development Process8 Development Process • Implemented in our microsoft/STL open-source GitHub repo with the help of our amazing

What the vendor providesA quick note on the details in this talk. Where is the process boundary? Focus on in-process interoperability.Run down of some approaches Just be like C? – post-1972 Common Object

Changelog • Infeasible: Look at commit history between releases • Old process: Record commits, write them up later • New process: Merge PR, add Changelog entry immediately • Advice for Reviewing Pull

Teaching Coaching Technical Mastery Business Mastery Transformation Mastery Content Authority Process Authority *Adopted from Agile Coaching Institute Develop them all! Let your style change!Agile

caused by conntrack • Some bugs How to optimize • Guidelines • Use less CPU instructions to process each packet • Don’t monopolize CPU • Stability and more functionalities Alternative solutions?

Building on top of Rust, Tokio provides a multi-threaded, work-stealing scheduler. Applications can process hundreds of thousands of requests per second with minimal overhead. Fast async/await reduces

expose the function to IOS/Android? - Hard to maintain - Hard to define the return value - Hard to process the error? Panic? App Crash ？ Treat the rust module as an independent service - Command <> Response