Olivier Giniaux

> However, for hashbrown's default hasher we want something that works on all platforms and doesn't depend on optional CPU extensions AHash is, by design, utilizing AES instructions for high-performance...

Unfortunately, creating a custom type is not possible in some cases. For instance, if your parameter is an array and you want to use it as a `Span`, you currently...

No problem, I understand. I just noticed that my PR is actually about what @JamesNK just proposed yesterday [here](https://github.com/grpc/grpc/pull/33507/files#r1252761833) and [here](https://github.com/grpc/grpc/pull/33507/files#r1252778711). As an user of protobuf for C# I confirm...

> The code generation needs further changing to fully support handline NRT. See https://github.com/grpc/grpc/pull/33507#discussion_r1252792691 e.g. allowing message fields to be set to null, Equals, MergeFrom, and removing redundant null checks...

Yes, you're right, I thought they were treated the same as strings. But it means marking these fields/properties as nullable with `?` would be enough. Since this is still about...

I've just updated the PR to use `#nullable enable annotations` instead of `#nullable enable` and to take into account [remark](https://github.com/protocolbuffers/protobuf/pull/13218#issuecomment-1636740241) from @tonydnewell about message fields. Generated code now also has...

> I think there is a lot more work to be done. Adding `#nullable enable annotations` rather than `#nullable enable` hides a lot of potential problems. > > As an...

Thanks for the feedback! I just became dad on the 4th of August so my days were a little busy since but if the nullable topic hasn't addressed in parallel...

[https://github.com/Formlabs/foxtrot#disclaimer](https://github.com/Formlabs/foxtrot#disclaimer) > Foxtrot is a proof-of-concept demo, not an industrial-strength CAD kernel. It may not work for your models! Even in the screenshots above, there are a handful of surfaces...

> The SIMD width discrepancy is unfortunate We can stick to 128-bit width SIMD intrinsics on X86, but at the cost of a lower throughput and I think it's best...