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If you consider any superlinear complexity a 'compiler issue' I guess.


It absolutely is, if it makes compile times unreasonable for reasonable code. Compilers have to make trade-offs like this all the time, they can't use overly excessive optimizations.


I dunno. O(n^2) is for sure a bug. But O(nlogn) I think is reasonable.


O(nlogn) is probably reasonable. Why break up a long function then if you are experiencing O(nlogn) scaling of compile time on function size?


Because it can still result in compile times I find excessive. For example breaking up a function that takes 5 seconds to compile into a bunch of functions that take 1 to 2 seconds in total.




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