Love these kind of animations I have my own animation here - if you scroll down. You can see the parsing I do for an async syntax (scroll to the hearing named

Love these kind of animations I have my own animation here - if you scroll down. You can see the parsing I do for an async syntax (scroll to the hearing named Definition) - you can edit the syntax and it reparses and displays the parsed output. Sorry for the mess it's kind of a place I work on ideas. Further down is my graph renderer. https://processes3.replit.app/ https://processes3.replit.app/ I want to auto parallelize async tasks. I am working on a multithreaded runtime in C which is incomplete but can communicate between threads in roughly 60 nanoseconds at 6 million requests per second or closer to LMAX throughout of 20 million requests per second at a latency of 90-120 nanoseconds. In my learnings Mutexes do not scale. I am inspired by bulk synchronous parallel which means threads synchronize in a rhythm without Mutexes and a lock free algorithm to do with semaphores and observation rather than mutability. I run two io_urings in different threads - one thread does send and another thread does recv. One ioring is talking to an epoll instance for network buffer readiness with EPOLLOUT.This means sending and receiving is full duplex - you can send and receive to different clients in parallel. I call it split IO. I plan to write up all my learnings soon. My adapted HTTP server from the loti examples gets a throughout that scales with the number of connections I am at 7000 requests per second. I am not nginx. I use mailboxes and double buffering for thread safe communication. Each thread can communicate with another thread through its mailbox. This is like Erlang. I plan to add coroutines based on Marce Colls coroutines. I can deschedule a coroutine when there is an await.