You're understating it a bit there - the sun is 99.86% of the mass of the solar system by itself. To the nearest whole percent, the solar system consists of 100% "the sun". To the nearest 0.1%, it's 99.9% the sun and 0.1% Jupiter.
addie
joined 2 years ago
Man alive, all that time I wasted learning LaTeX in that case. Supports tables properly, "floats" pictures and figures about without messing up the flow of text, exceptional support for equations, beautiful printed output...
Suffers from a completely insane macro-writing language, and its markup is more intrusive in the text than markdown's is. Also, if you have very specific formatting output requirements (for a receiving publication, for instance) then it can be somewhat painful to whip into shape. Plain-text gang forever, though.
Got me an AMD Tuxedo laptop and some Raspberry Pi's, and my gaming desktop is all AMD too. Fuck Intel and NVidia.
I was avoiding everything made in the States before it was cool
Presumably whoever took this picture was sat on top of the beer fridge? Otherwise there's a pretty serious omission here...
So; for $2k upfront, $19 a month in saas fees, you get a bed that you can adjust the temperature of online? And also, opens up your whole house to being remotely hacked? And our guy in the article has chucked his electronics and replaced it with a tropical aquarium heater pump for $180, which suggests that it's just the bog standard kind of waterbed that you could have bought for about $300, with unnecessary tech attached?
There's plenty of "silicon valley tech" that seems to have a ridiculously poor value proposition - this isn't the Juicero, but might challenge for second place. Have to wonder exactly what they're thinking, though. And what the devs were thinking, putting it into production with a live AWS key in the firmware.
Your classic VGA setup will probably be connected to a CRT monitor, which among other things has zero lag, and therefore running your sound separately to your audio setup, which also has zero lag, will be fine. Audio and video are in sync.
HDMI cables will almost certainly be connected to a flatscreen of some kind. Monitors tend to have fairly low lag, but flatscreen TVs can be crazy. Some of them have "game" mode (or similar) but as for the rest, they might have half-a-second or more of image processing before actually displaying anything. Running sound separately will have a noticeable disconnect between audio and video; drives me crazy although some people don't notice it. You would connect your audio setup to the TV rather than directly to source to correct this.
Now, the fact that a lot of cheap TVs only have a 3.5mm headphone jack to "send on the sound" is annoying to me, too. A lot of people just don't care about how things sound and therefore it's not a commercial priority. Optical digital audio output would be ideal, in that cheap audio circuitry inside the television won't degrade the sound being passed over HDMI and you can use your own choice of DAC, but they can be both expensive and add a bit of lag as well.
TempleOS network edition.
Dunno why you're being downvoted. If you're wanting a somewhat right-wing, pro-establishment, slightly superficial take on the news, mixed in with lots of "celebrity" frippery, then the BBC have got you covered. Their chairmen have historically been a list of old Tories, but that has never stopped the Tory party of accusing their news of being "left leaning" when it's blatantly not.
Memory safety is just a small part of infrastructure resilience. Rust doesn't protect you from phishing attacks. Rust doesn't protect you from weak passwords. Rust doesn't protect you from network misconfiguration. (For that matter, Rust doesn't protect you from some group of twenty-year old assholes installing their own servers inside your network, like you say.) Protecting your estate is not just about a programming language.
"Infrastructure", to me, suggests power, water, oil and food, more than some random website. For US infra, I'm thinking a lot of Allen-Bradley programmable logic controllers, but probably a lot of Siemens and Mitsubishi stuff as well - things like these: https://www.rockwellautomation.com/en-us/products/hardware/allen-bradley/programmable-controllers.html.
Historically, the controllers for industrial infrastructure (from a single pumping station to critical electrical distribution) have been on their own separate networks, and so things like secure passwords and infrastructure updates haven't been a priority. Some of these things have been running untouched for decades; thousands of people will have used the (often shared) credentials, which are very rarely updated or changed. The recent change is to demand more visibility and interaction; every SCADA (the main control computer used for interactive plant control) that you bring onto the public internet so that you can see what it's up to in a central hub, the more opportunity you have to mess up the network security and allow undesirables in.
PLCs tend to be coded up in "ladder logic" and compiled to device-specific assembly language. It isn't a programming environment where C has made any inroads over the decades; I very much doubt there's a Rust compiler for some random microcontroller, and "supported by manufacturer" is critical for these industries.
Nicole the Polish girl from Toronto is my fediverse girlfriend, damnit. Get your own.
Tesla lost substantial ground in an EV market that was up 54% for the month
There's a big increase in EV sales and Tesla are selling 59% fewer cars than they did last year. That's a massive slump in their fraction of the market.
Now that sounds interesting!