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Spoiling Linux Kernel with "sanctioned" code

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Re: Spoiling Linux Kernel with "sanctioned" code

#5
I've been thinking lately that what underpinned the FOSS golden age was not actually decentralized VCS and high-quality forges, nor even ZIRP, but rather peacetime.

After a period of branches and patchsets, full national hard forks are going to become de rigeur, and linux-derived OSes across the world are going to bloom necessarily, as we no longer have the kind of ambient trust required to collaborate across borders.

Look forward to Euro-linux, Sino-BSD, and I guess probably some sort of GCC-area build as well.

Patches will be accepted across national boundaries with only the highest scrutiny, which itself will likely be provided by nationalized AI platforms.

Gods I hate this era

Re: Spoiling Linux Kernel with "sanctioned" code

#9
Yeah, it sucks.

> This adds ~1ms latency per transfer cycle for rapid bidirectional communication which leads to half the USB 1.1 speed for smaller packets at best.

Still, I don't think this patch should be applied /for everyone/. Maybe compile out-of-tree and load as a kernel module, if possible?

Re: Spoiling Linux Kernel with "sanctioned" code

#10

Yeah, it sucks. > This adds ~1ms latency per transfer cycle for rapid bidirectional communication which leads to half the USB 1.1 speed for smaller packets at best. Still, I don't think this patch should be applied /for everyone/. Maybe compile out-of-tree and load as a kernel module, if possible?

The patch removes this latency and improves transfer speed, without any drawbacks.
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