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Heh, found out today that Rust's async model is turning out to be pretty close to how Node works. This example spawns up 4 event loops, and round-robins requests between them. Like with require('cluster')! https://github.com/tokio-rs/tokio-core/blob/master/examples/echo-threads.rs …
My hope is that this might be done more neatly in the future. It'd be cool if it became closer to Golang's threading model. Golang doesn't make use of round-robin to assign work. Instead it knows what the load of each core is and schedules tasks accordingly.
Also: a lot of complexity here seems to come from working around OS shortcomings. What if operating systems had a light threading abstraction built in? Would that make sense even? There seem to be many people working on this problem in parallel. So maybe?
Tldr: I'm impressed by Go's threading model, and wish Rust could schedule work in the same way 
I really like the await!() macro! The reason is that round-robin thread management can be really inefficient if your workloads aren't uniform. Instead it seems like a more natural fit to spread N workloads over M threads, based on available resources. Shouldn't be manual either
Cool! Any public code by any chance?
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