http.ListenAndServe is implemented under the hood with a new goroutine per incoming connection. You don't have to explicitly use goroutines here, it's the default behaviour.
Yes _however_ the nodejs benchmark at least is handling each message asynchronously, whereas the go implementation is only handling connections asynchronously.
Edit to add: looks like the same goes for the c++ and rust implementations. So I think what we might be seeing in this benchmark (particularly the node vs c++ since it is the same library) is that asynchronously handling each message is beneficial, and the go standard libraries json parser is slow.
Edit 2: Actually I think the c++ version is async for each message! Dont know how to explain that then.
Well, tcp streams are purely sequential. It’s the ideal use case for a single process, since messages can’t be received out of order. There’s no computational advantage to “handling each message asynchronously” unless the message handling code itself does IO or something. And that’s not the responsibility of the websocket library.
Will be an underlying safety issue in some system library, but they have only seen "in the wild" exploits targeting Intel. "Defence in depth" - better to push the bugfix to all than to scrutinize ARM security features to understand if an exploit is possible there as well.
Thing is nearly all cooling. And look at the diameter on the water cooling pipes. Airflow guides on the fans are solid steel. Apparently the chip itself measures 21.5cm^2. Insane.
It's not just that there are few signals to prevent the wrong person being put in charge, but this kind of government bureaucratic actively selects for the wrong person. These kinds of government IT projects are often soul sucking to work on, and so they attract a specific kind of applicant.
It's not only that, they would prefer to give a ton of money to a single entity with "market experience" and all the paperwork that looks good already existing. It would work better if it was lots of small amounts of money to individuals with good "business" (think about workplan, expected value and other stuff) but without paperwork - think a kid that just finished studies or a person that acquired experience freelancing and has an interesting business idea but not the money to have the paperwork. Anyway, at least it's how I feel towards the SV "tech".
Sadly, our EU kids are more interested in being the next social media influencer or going on a world trip than grounding a business, because the paperwork and legal burden will age them faster than someone on drugs and will likely get them in hefty fine to bankruptcy due to that one arcane reporting requirement they missed about that €20/- to the tax office.
EU needs something akin to Stripe Atlas, but that is not what the politicians want because they want EU to be manufacturing industry only, you can always import tech from other places … <shaking head emoji here>
The port on the bottom is really the least offensive element of the design. I know people find it fun to clown on, but if any of them had ever used one for 5 minutes they would realize it's a terrible mouse for a bunch of other more important reasons (weight, feet quality, tracking accuracy, polling rate etc.).
Yeah I hate that people go for the easy fodder, which barely effects real world use, and ignore the multiple actual issues with it that would make it quite poor even if the charging port was fixed.
It’s pretty bad. just when you think you can order AMD chips since there is no shortage, and use a translation layer and have a cheap AI datacenter, it turns out AMD is fumbling the ball at every step of the way
It’s interesting. They have had plenty of time and resources available to mount solid competition. Why haven’t they? Is it a talent hiring problems or some more fundamental problem with their engineering processes? The writing has been on the wall for gpgpu for more than 10 years. Definitely enough time to catch up.
Its a commitment problem IMO. NVidia stuck with CUDA for a long time before it started paying them what it cost. AMD and Intel have both launched and killed initiatives a couple times each, but abandon them within a few years because adoption didn't happen overnight.
If you need people to abandon an ecosystem thats been developed steadily over nearly 20 years for your shiny new thing in order to keep it around, you'll never compete.
To be fair, Cuda has improved a lot since 2014 or so. I messed up my Linux box multiple times trying to install Cuda but the last time it was just apt install and maybe setting ld library and it all just worked.
Court isn't the place for scientific inquiry into these issues. It's just not setup for it. French courts have also found in favor of "electrosensitivity" issues.
