skysight-inc/HackerNews huggingface dataset:
The article argues for pretty much the opposite of that approach. It says not to wait until you've debated architecture, made mockups, or done other things that take a bunch of time. Instead, start by shipping to your production servers on day one.
Not that guy, but just chiming in so you have some visibility.
What's the issue?

HTML attribute: height="20"

CSS property: height: 20px;

JS statement: element.style.height = "20px";
There's tools that can prove the absence of runtime errors in industrially-useful subsets of C. Frama-C, RV-Match, and Meta's Infer come to mind. That code is then usable in about anything because so much of it is written in or can call C. Until Rust has that combo, there's still a reason to use C.

Personally, I'd use both Rust and C with equivalent code. The Rust types and borrow checker give some extra assurance that C might not have. The C tooling gives extra assurance Rust doesn't have. Win, win. If I want, I can also do a certified compile or cross-compile of the Rust-equivalent, C code.
OMG that's awesome. I've been meaning to goof around with TUI CSS [1] but this looks amazing. Props to the author.

Maybe it's because I cut my teeth on 80s Turbo Pascal but there's something about the TUI that I feel hits an optimum in the simplicity vs use of visual space spectrum so, so lost in a world of Vulkan etc.

[1] https://github.com/vinibiavatti1/TuiCss
GLONASS? Baidu?
Why bother giving you good results? Discerning users, power users, have already given up with Google's search.

By going back they just use you like the more gullible wallet to bleed that you show them you are. You may think you're not, but to Google all you are is a likelihood to keep coming back to be siphoned of financial blood.
I'd be surprised if there wasn't a genetic basis for this on some level. If you're not well fed you're gonna crave the maximally efficient ways to put calories in your food hole, fats and sugars.
Looks great. We should've stuck with BBS's and Gopher all along. Minor issue, scroll bars are showing and getting slight scrolling when using arrow keys.
No, other autocrats have instituted chaos to grab power before. Too many people underestimate Trump and his allies. They are going to grab as much power as they can for as long as they can.
The Xreal glasses are 1920×1080. The Air series is listed as 49 PPD, the One and One Pro will be a bit less due to the larger FOV (50° for the One and 57° for the One Pro as opposed to 46° for the Air series).
I hope it will still be possible to receive a BPS timing signal privately and anonymously with ATSC 3 like one can with GPS. ATSC 3 has the Dedicated Return Channel because marketers “““need””” to spy on every-fucking-thing we do: https://www.atsc.org/wp-content/uploads/2024/04/A323-2024-04...

“Conventional linear TV services alone (albeit ultra-high-definition) may not be sufficient to sustain the terrestrial broadcasting business which requires a large amount of highly coveted spectrum resources. Intelligent media delivery and flexible service models that maximize the network Return on Investment (ROI) is of paramount importance to the broadcasting industry in the new era.”

That's a lot of fancy words to say ‘we're doing this because it makes us more money’ lol

“Recent studies have shown that interactivity between media customers and service providers and between users themselves will be one of the most important features in the next-generation media service. In this document, this unique opportunity is addressed by defining a Dedicated Return Channel (DRC) system for the next-generation broadcasting system.”
Industrial/commercial adoption of LLMs is quite varied and critically depends on the quality vs criticality match.

In healthcare, engineering, construction, manufacturing, or aviation industires adoption is mostly on the admin side for low priority/busy work - virtually no doctors, pharmacists, nurses, engineers, technicians or even sales people use LLMs on the job. LLMs products have serious quality issues and are decades behind industrial databases, simulation and diagnostic tools.

On the other hand in academics, consulting, publishing, journalism, marketing, advertising, law and insurance industries it's wildly adopted and is surging. For example, Westlaw's Co-counsel is better at drafting and case law briefing than all but the most experienced litigators. Not only it has not replaced lawyers, but is causing a boom in hiring since the time and cost of training new associates is drastically reduced and allows firms to take on more clients with more sophisticated case work.
Iran would like a word.
That's the best part of the immutable versions, containers by default so weird dependency interactions are minimized, system is stable and has a good rollbacks in case something does go wrong, and updates are more or less invisible

Takes some getting used to, but has really been a smooth experience
Writing Down Every UUID
I'm not a Nodejs developer. Could someone please explain, in technical terms, what it means for a thread to "get orphaned"?
Smotrich is an asshole bully but that doesn’t make what he says true. I actually agree that slow rolling aid is a huge problem with the Israeli regime but they didn’t completely cut off aid
Censorship is censorship.

Who are you to decide what is or isn't disinformation?

Who is anyone?

I prefer to do my own critical thinking.

It is also well documented that Meta's rampant censorship extends far beyond "disinformation".

https://web.archive.org/web/20250411170102/https://www.drops...
That's fascinating. What kind of work do you do that involves such disaster planning?
No, if a project does not work then you shut it down. If someone is stealing money then you prosecute them for theft. That's what the DOJ is for. There are plenty of instances of the DOJ prosecuting government employees for crimes.

So now, instead, we just have to take some rando's word for it that bad stuff was happening but nobody's going to jail over it because it was "technically not illegal"? And you call that accountability?
Note also that, on Linux, RSS is not guaranteed to be accurate: "For making accounting scalable, RSS related information are handled in an asynchronous manner and the value may not be very precise." [1]

[1] https://www.kernel.org/doc/html/latest/filesystems/proc.html
I don’t understand the possible solution this article describes. Educating people is trumped by the fact hunger exacerbates unhealthy eating. So not having people in a vulnerable, very hungry state is key to having them consider healthy options.
This is such a privileged "I dont have real problems" take its hilarious.
I would definitely consider growing the TinyKVM brand!
Maybe I am missing something, but can't find any !doctype or !element that would represent a DTD on that page. If you are talking simply about SVG defs and use - that isn't a DTD.
This is made a problem by people that insist on standing at a regular toilet or working through what I assume is a severe medical issue with reckless abandon for the next person
Android Open Source Project and operating systems based on it like GrapheneOS are Linux distributions. The kernel drivers are Linux kernel drivers. The userspace drivers are part of Android's Treble hardware abstraction layer providing forwards compatibility with future Android releases and SELinux-based sandboxing with the drivers split up into isolated processes. Most of the driver complexity is in userspace with most kernel drivers acting as shims between the isolated drivers and the hardware. It's done that way for practical reasons on Android but it's good for security.

Treble's compatibility system isn't very relevant to us right now. There's a new Android release every month: a monthly, quarterly or yearly release. The devices we currently support (Pixels) receive each of these updates officially. Most Android devices do not get the monthly or quarterly updates, only the yearly ones. Other devices rely on partial backports of security patches (Android Security Bulletins) to an initial release, which are provided for ~3-4 years after the initial yearly release. If we supported typical Android devices with that situation, then we'd at least partially rely on Treble to provide the latest OS version. Pixels are currently the only devices meeting our hardware security requirements listed at https://grapheneos.org/faq#future-devices. Having proper updates for 7 years from launch is just part of that, most of the requirements are for hardware-based security features like the secure element features, hardware memory tagging, pointer authentication, USB controller support for blocking new connections and disabling USB data, etc.

GrapheneOS uses the 6.1 and 6.6 long term support branches of the Linux kernel with 6.12 as the next one that's likely going to be used to replace 6.6 for on-device virtual machines and the emulator with Android 16.
Inverted Jenny
I read LLVM (or one of its many GPU-flavored variants) reasonably often, mostly to figure out where in the chain a shader miscompilation is happening. But I've never personally had to write it, and it's not easy for me to think of a use case where it would make a lot of sense. It's pretty unpleasant and fiddly, as you have to annotate all the types of the intermediate values and so on, and it doesn't have the main advantage of actual assembler: being able to reason about the performance of the code. That depends so much on the way it's compiled.

That said, I have several times wanted to reach for LLVM intrinsics. In Rust, these are mostly available through a nightly-only feature (in std::intrinsics). One thing that potentially unlocks is "unordered" memory semantics, which are intermediate between nonatomic and relaxed atomics, in that they allow much of the optimization of the former, while also not being UB if there's a data race. In a similar vein is the LLVM "freeze" operation, which makes read from uninitialized memory into a well-defined bit pattern. There's some discussion ([1] [2], for example) of adding those to Rust proper, but it's tricky.

[1]: https://internals.rust-lang.org/t/using-llvms-unordered-read...

[2]: https://internals.rust-lang.org/t/what-if-reading-uninit-ram...

But as another data point, for something I really want to do that's not yet expressible in Rust (fp16 SIMD operations), I would rather write NEON assembly language than LLVM IR. And I am quite certain I don't want to write any of the GPU variants by hand either.
Reminds me of compass UI indicators in modern FPS games.
With Zod you can build a schema that would match an existing type. Typescript will complain if the schema you build does not match the type you are representing, which is helpful. From memory:

import { z } from ‘zod’

type Message = { body: string; }

const messageSchema: z.Type<Message> = z.object({ body: z.string() })
How to Start a Conversation
Usage time and throughput
Apple can agree to invest 500B to build a factory, but they don't have to actually do it.

Building a factory takes years, and a big chunk of that happens long before you actually start work on site.

You gotta find a site, work with local govt to negotiate servicing, environmental report (there's a couple years, and potentially a couple go-arounds right there.)

So there can be lots of activity, lots of progress reports, lots of optimism, for a decade or more before any real money has to be spent.

Ultimately Apple et al can "agree" to anything, the president can have his "big win" and things can carry on just as before.
One thing i'd like to see is an entire site built with SVG and JS without any HTML at all. It's possible but i haven't seen anyone do it yet.
> They must very much compete with others. All these chips are being fabbed at the same facilities in Taiwan and capacity trades off against each other.

I'm not sure what you're trying to deliver here. Following your logic, even if you have a fab you need to compete for rare metals, ASML etc etc... That's a logic built for nothing but its own sake. In the real world, it is much easier to compete outside Nvidia's own allocation as you get rid of the critical bottleneck. And Nvidia has all the incentives to control the supply to maximize its own profit, not to meet the demands.

> Possibly; such statements were common when I was there too but digging in would often reveal that the numbers being used for what things cost, or how revenue was being allocated, were kind of ad hoc and semi-fictional.

> Regardless the question is not whether some ads launches can pay for the TPUs, the question is whether it'd have worked out cheaper in the end to just buy lots of GPUs.

Of course everyone can build their own narratives in favor of their launch, but I've been involved in some of those ads quality launches and can say pretty confidently that most of those launches would not be launchable without TPU at all. This was especially true in the early days of TPU as the supply of GPU for datacenter was extremely limited and immature.

More GPU can solve? Companies are talking about 100k~200k of H100 as a massive cluster and Google already has much larger TPU clusters with computation capability in a different order of magnitudes. The problem is, you cannot simply buy more computation even if you have lots of money. I've been pretty clear about how relying on Nvidia's supply could be a critical limiting factor in a strategic point of view but you're trying to move the point. Please don't.
Easy to refute, here it is from Sheikh Ahmed Yassin himself: https://x.com/incontextmedia/status/1720877046664986750
I'm sure that Hollywood would charge me for randomly remembering scenes if they could. What makes them the ones to dictate the rule?
I just bought a replacement battery from ifixit and replaced it myself as the original battery was worn out only to now suddenly have garbage battery life on a brand new battery for no good reason.

I doubt that they'll give me any sort of money or do repairs on a phone that I opened up.

It's frustrating as I thought I would be able to get several more years of life out of this phone.
The book of shaders is fantastic:

http://www.thebookofshaders.com/
My Favorite Technical Blogs
I just won't give my eyeballs to science content like that. I don't care if she has anything useful to say.
You don't need ATSC 3.0 to do this kind of thing! The short-term stability of the oscillators they use for commercial DTV transmission is apparently good enough that just having one local reference to compare GPS vs. each TV station's phase (and distribute that data) can produce a pretty good positioning system. Rosum was doing this back in 2005: https://www.tvtechnology.com/news/tv-signals-used-for-geopos...
Can someone explain the orbital mechanics of these sentences?:

The constant stretching of such tidal deformation would create friction within the planet that would soak up some of its orbital energy, causing it to edge closer to the star.

How exactly does the energy of tidal energy being expressed inside the planet affect its speed relative to its host star? There is no external friction in empty space so how does the speed disappear?
Yea the cornucopia model makes me uncomfortable... sharp and o
pointy angles and blind corners are not things I want near my dick.
Have you tried https://www.openstudiojazz.com/?

The granularity of lessons is pretty good, and piano doesn't need AI too badly because you know as soon as you screw up. Getting yourself to practice the part you mess up narrowly and methodically is the hard part.
If I spend too long thinking about plant traits, I get caught up in the difference between traits useful in nature and traits useful for cultivation.

It has to have more instances of failing successfully than any other system. The most coveted plants are the ones that increased their reproduction by evolving deterrents to consumption. They contain irritants to specifically prevent animals from eating them. Those irritants have strong, often bitter flavors and occasionally go so far as to antagonize temperature receptors, yet we eat them specifically because of those irritants. It would be a huge failure if we were eating them in the wild, but because we cultivate them, they are now some of the most widespread and successful plants.
See also: housecats
Its definitely pretty close to normal. Battery drain is probably the top mentioned drawback in any online post discussing GrapheneOS.
If people are broke and lack other jobs, the jobs will look appealing enough.
An Entity Component System in Zig
This is exactly how we do it with our very own rudimentary internal library and scripts. Barely enough and even though I worry at times it will break unexpectedly but so far we are surprised by how stable everything has been.

Although I really wish there was a first party solution or a well established library for this but I suspect that while it is easy to build only enough to support specific usecases but building a generic enough solution for everyone would be quite an undertaking.
Another effect I notice consistently in myself is I will eat more, and less healthy, if I haven't slept enough.
The problem with HCL is that it's a Level 4 language masquerading as a Level 3 language, rather than a Level 4 language masquerading as a Level 5 (like Starlark, Dhall, even JSONNET). Because of that its syntax is very limited and it needs awkwardly nuanced semantics, and becomes difficult to use well as a result.

HCL is best used when the problem you're solving is nearly one you could use a level 3 language for, whereas in my experience, Starlark is only really worth it when what you need is nearly Python.
My experience with writing shaders (such as for physically based rendering) is that the shading languages (MSL, GLSL, HLSL) are easy to switch between. The hard part is understanding the physics and understanding how GPUs work internally.

My main approach to writing shaders is to look at existing programs (e.g. Blender) and see what techniques are in use. The Google Filament renderer documentation [0] is also really good when it comes to BDSF functions.

Some papers from Unreal Engine might also help, such as "Real Shading in Unreal Engine 4" [1]

[0] https://google.github.io/filament/Filament.md.html

[1] https://cdn2.unrealengine.com/Resources/files/2013SiggraphPr...
The Democrats have almost no control in congress. In the senate they can block bills.

Is this AI?
Also real world installation. I am an average height dude, but have encountered several urinals which are barely useable. No idea how shorter men or children are supposed to operate them.
It feels somehow wrong to repackage something this old as a PDF. Intuitively I expect a .tex or .ps file if that kind of layout and formatting is really required, but people were pretty big on plain text back then, too.
It got old people to call their grandsons when an image or .doc file asked for permissions though, which at the time was a huge help
They requesting the government return oe person and they still haven't brought him back. It's not related to the plane that was supposed to turn around
Only if what you specifically want is to represent queries. If what you want to represent is roughly static data then SQL is an incredibly awkward language to use.
It sets a cookie with a JWT verifying you completed the proof-of-work along with metadata about the origin of the request, the cookie is valid for a week. This is as far as Anubis goes, once you have this cookie you can do whatever you want on the site. For now it seems like enough to stop a decent portion of web crawlers.

You can do more underneath Anubis using the JWT as a sort of session token though, like rate limiting on a per proof-of-work basis, if a client using X token makes more than Y requests in a period of time, invalidate the token and force them to generate a new one. This would force them to either crawl slowly or use many times more resources to crawl your content.
Are both sides doing all these things in equal amounts?
I did not have them at the ready but a Kagi News search with a date range allowed me to pull from quite a selection that seemed relevant to my point.
At home? Absolutely. In a public WC? Only in dire need.
Sitting would be preferable if the savages lifted seats to urinate and more toilet bowls shapes were steeper. A surprise dip in the devil's fondue is enough to make fella want to remove it and leave it there.
That's why I wrote blueprints to a cathedral, not a cathedral. Your post still reads as highly opinionated on assertion of how to work.
Only on China, the rest were largely removed.
It works to block users who have JavaScript disabled, that is for sure.
That's the point really, you can generate JSON or YAML and it doesn't really matter. If you want to include 100 similar objects in that output, you can use a for loop. You can't do that in plain JSON/YAML.
https://www.nab.org/bps/

for people who don't want to watch videos
This looks interesting, however Zod has become a standard of sorts and a lot of libraries I use expect, for example, a JSON schema defined as a Zod schema. I would need some sort of adapter to a Zod schema to make this work for me.
Yeah... and that's one of the most innocuous new "features" in ATSC 3.0.

Almost everything I've seen (besides BPS, and maybe HDR if you're one of the few who has a really good home theater setup) is a benefit for broadcasters and advertisers, and a bit worse for consumers (especially requiring new hardware/decoders... and sometimes persistent Internet connections!).
My 70+ non technical parents are not going to have much success with ffmpeg.
But it’s not about killing Google’s ad revenue, it’s about hurting Google as a whole. It’s a complete monster, regardless how many heads the hydra has.
Okay, but how does that lead to monetization?
Right! :)

(the thing is, "continuing down the path" is a Not Even Wrong (in the Pauli sense) description of what's going on. It's a hopelessly confused. At least, I have given up hope: I wrote a quite detailed post, with both a TL;DR and longer, linking out to an approachable article, explaining this.)
> The kernel drivers are Linux kernel drivers.

But they're drivers that are not upstreamed and which therefore make it hard to move to a newer kernel, right?
> The teaching of the Catholic Church just is revelation.

No, even in the view of the official teachings of the Catholic Church, the teachings of the Catholic Church include, but extend well beyond, revelation.

If the teachings were only what was understood to be unquestionably part of the content of revelation, then there would be no teachings which were not dogmas.
Eh…everything but the Cloud Platform UI/UX/Usability front. GCP portal is a hot mess. It is far worse than Azure and slightly worse than AWS.
The OP link is a blog post, which includes links out to the primary resources (much more in depth than the BPS landing page). The video is a byproduct of my conversations at NAB, and both are just preliminary... I've been working on a more in depth look at GPS and BPS (and other alternatives).
https://github.com/GrapheneOS/os-issue-tracker/issues/1174
Are you aware of LLM “hallucinations”?

Pasting the table of contents for a book that the LLM has no access to will lead to a high rate of hallucinations
At least in Europe, when broadcasting went digital (DVB-T), a lot of cities started being covered by single frequency network transmission, which specifically leverages different transmitter locations transmitting the same signal to decrease dead zones.

Due to how OFDM works, I suppose the idea here is to intentionally send a heterogeneous signal on a few non-overlapping subcarriers (for single-frequency networks) or on different transponders at different locations (since single frequency networks aren't as common in the US due to how broadcasting evolved there, although ATSC 3.0 apparently also allows single frequency networks).
Pretty hard takedown of current Americans' work ethic. I have family members describe a similar ethic at a non-manufacturing site. I csn't generalize beyond that.