The “Lite” version is what gorhill made to at least work with Manifest v3 as well as possible, though he does not like that he is limited to Googles filtering framework with it.
https://github.com/gorhill/uBlock/blob/master/platform/mv3/description/en.md
the 2nd one is a scam that google never tried to remove
It’s a little more complicated. uBlock was the original name, gorhil handed it off when he felt the maintenance burden became too high. Then he forked it to make his own uBlock Origin version.
At some point later uBlock was bought up by the AdBlock people, who in turn were later bought by the AdBlock Plus people.
So it’s not a scam exactly, more like an inbred sideline of the royal family.
I hope the supreme court doesn’t backstab them yet again
any CompSci grad I’ve worked with couldn’t write code for shit
Damn, that sounds pretty bad.
We had tons of math and theoretical work too, but we also programmed a fair amount: We had to write a renderer in one class, a compiler in another, various Android apps in a third, and in one elective I took we wrote a micro kernel OS as well.
Density comes into it if we are measuring buoyancy. The weight of the displaced water is equal to the weight of the buoyant object, and the ratio of volume submerged vs above water should give a way to determine density, but I don’t have the precise method in my head right now.
However assuming all you want is the volume, you simply need to fully submerge the object (by applying enough downward force if its density is too low), and the displaced volume is equal to the objects volume. The displaced water will have to flow to the top of the container, so by measuring the rise in water level and multiplying with the base area of your container you can get it easily.
Just make sure you don’t accidentally also measure your hand if you’re pushing down the sphere.
A0 is a square meter. Its sides are self similar, such that the ratio of long to short edge stays the same when you cut one in the middle, and thus create a new long and short edge.
Each cut produces two sheets of the next Ax number, so A4 is four times halved compared to A0, or a sixteenth of a square meter.
That property of being able to halve is achieved with a ratio of the square root of 2, so unfortunately the measurements in absolute numbers get pretty odd.
Hm I don’t know, this feels a little like a fig leaf to justify their grand rhetoric about an “economic d-day”.
It’s like they want to sell voters on “look how crazy that was we even brought down the hammer on Egyptians who were sanction busting!” even though it’s barely anything, and specifically nothing relating to any powerful players that really matter.
I assumed the blonde girl was were when the teacher came home, but then the meal prep confused me for a moment.
I thought that implied she was making meals for a were during the monthly change. But it seems she was making human meals for when she herself was changed and would be unable to cook.
That would be the funniest outcome, the entire bubble pops because the idiots in charge still have not figured out how a supply chain works, or what the effects of tariffs are.
Alyssa Rosenzweig. Not Resenzweig. It means Twig of Roses. Here’s her website: https://alyssarosenzweig.ca/
Swizerland
I don’t think that’s news here. Before Trump became relevant we’ve had Christoph Blocher already, who is pretty Trump-like (right wing populist using racist anti-immigration rhetoric).
Luckily we don’t have a presidential system, nor one with a prime minister, so the highest he could and did reach was just being part of the seven person executive council.
That council is elected by parliament, which did not confirm him for a second term. He was in it from 2004-2007 (our executive council terms align with calendar years).
PS: It’s Switzerland, with a t
I think the original challenge was that you must choose one guard to pose your one question to. Not one question to both guards.
I haven’t been following any crypto for years, but isn’t burning the pre-mined tokens the bare minimum to keep up appearances?
If you don’t do at least that, do people even go for your shitcoin?
Precisely. Smoother than the finest silks.
Yeah it sounds weird, right? Microsoft also has in the minimum requirements that it needs 20 GB of storage, which seems incredible to me. Maybe they are expecting companies to strip out more before embedding it in devices.
Anyway, for our purposes it seems Windows 10 IoT Enterprise is missing only very few things. I believe the Microsoft Store, Xbox App and Cortana are not on there. Supposedly you can add them back if you need.
But since I converted an existing Windows 10 Pro install, I even kept those (not that I want them…), and I’m still getting the security updates.
keep using 10
And make sure you convert your install to Windows 10 IoT Enterprise LTSC 2021. Security updates until January 2032.
https://massgrave.dev/windows10_eol#windows-10-iot-enterprise-ltsc-2021
And completely smooth, right?
That seems like a good distribution for digital art and entertainment.
That claim isn’t just a lie regarding the consumer preferences, but also the technological developments. It’s not impossible to predict at all; when talking about long term limits the picture is pretty clear.
We already know that a fiber can carry 20 terabits per second, because it’s already doing it in backbone ISP connections today. If necessary and economical this can be done towards individual houses in 40 years. The only hard thing to predict is the speed of price decay. But as a sort of anchor value I can tell you a pair of transceivers for 100 Gigabit per second over 10 km can be bought for 500 USD right now.
We also know that radio links are fundamentally limited by the Shannon limit, which relates the possible bit rate to the spectral bandwidth given a noisy channel (like our atmosphere). Maybe you’ll get a few dozen GHz of spectrum usable from space, in the mmWave region. And with that you probably reach dozens of gigabits per second. There is still a lot more to be had than today, sure, but with a definitive limit not too far off.
To be clear the Shannon limit applies to the optical transport in fiber too, but there we are working with around 4500 GHz of usable spectrum just between 191.5 THz and 196.0 THz (the conventional band for DWDM), way way way more than radio will ever have by the nature of things. And people are expanding that range downwards to 184.5 THz already, and that’s in the market, not just in research.
That island takes up so much mindeshare for many millions of people. Of course someone would spoof their GPS position to propose a PokéStop or Gym there, just for the fun of it.