Hi, @TwoClocks
I have conducted some tests with c++20 std::corroutine (using asio [non-boost]) and it was perceived that high memory consumption could affect some usage approaches.
I'm trying to achieve some approaches for testing concurrent and asynchronous processes too, without harming memory consumption.
Currently I have two situations, tigerbeetle-cpp getting thread-safe ffi callbacks from zig (w/ c header). Also a small test, showing run asio library in c or zig code.
However, regarding your tests no information about the memory consumption between the mentioned races has been shown.
Would you consider this previously done test valid for evaluating memory consumption or would it need to be re-adapted?
References
Hi, @TwoClocks
I have conducted some tests with c++20
std::corroutine(using asio [non-boost]) and it was perceived that high memory consumption could affect some usage approaches.I'm trying to achieve some approaches for testing concurrent and asynchronous processes too, without harming memory consumption.
Currently I have two situations, tigerbeetle-cpp getting thread-safe ffi callbacks from zig (w/ c header). Also a small test, showing run asio library in c or zig code.
However, regarding your tests no information about the memory consumption between the mentioned races has been shown.
Would you consider this previously done test valid for evaluating memory consumption or would it need to be re-adapted?
References