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"work-around" tends to imply you get to keep using things. By your logic, turning the computer off would be a work-around too.


I happily and reliably cross build Go code that uses CGO and generate static binaries on amd64 for arm64.


You can definitely use CGO and still build statically, but you do need to set ldflags to include -static.


You can even cross-compile doing that.


Yes, indeed, I do.


Am I the only one who remembers the old tab groups that were removed before these new tab groups were added?

Edit: Ah, it seems Mozilla remembers: https://web.archive.org/web/20151112023150/https://support.m... (linking archive.org in case they take it down, this is the first copy I can find)


Right, Mozilla was actually first on the block with this. And even when they removed it it was available as an extension, because their extension ecosystem was capable of UI-level changes.


Highlighting an area, I see in the sidebar: Time: 2022-02-01 00:09:20.136 — 2023-12-07 22:46:41.480. Would be nice if it had newer data.


I really do not know what to think of someone facing up to 75 years in prison getting 3 years of probation.


The media is terrible about reporting on "maximum sentences". The federal sentencing guidelines are super complicated and lazy journalists usually just add all the maximum numbers up and write these egregious numbers. In reality, a lot of the charges are deduplicated, can be served concurrently, or are automatically attenuated by factors like being a 1st time offender.


I believe it's mostly because of cooperating with the prosecution of the ringleader.


Might I suggest that instead of linking to the article at theatlantic.com you instead link to the archive.org archive of it? I couldn't visit it due to Cloudflare thinking IPv6 is the devil and then still couldn't read it due to the paywall. Here's the archive.org link that sorta works for me, until their JavaScript removes the majority of the page content shortly after loading:

https://web.archive.org/web/20250527052607/https://www.theat...


Hmm, I think Granite Rapids is all P-Cores and goes up to 86 cores (172 threads):

https://en.wikipedia.org/wiki/Granite_Rapids


Yep, there are still server CPUs with only P-cores.

They are a bit expensive but I wouldn't expect them to drop these skews in the long term for HPC & compute bound workloads. My guess is that diamond rapids will also have some P-skews and maybe AP skews.


Here there's weirdness, still, though because there's such a frequency difference you'll get between "low priority" and "high priority" cores.


Thanks, you inspired me to make something similar:

https://github.com/swills/onair


Looks very nice! Thanks!


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