skysight-inc/HackerNews huggingface dataset:
people are simple LLMs. triggering comparisons does a lot of magic that paragraphs of flavor text doesn't do, especially if you're trying to get momentum.

it doesn't really matter what you label those comparisons.

think of it like LLM optimization.
I don't think [4] is a marketplace in the sense that the expansions are from third party creators. They are all created by Modartt themselves, one by one over the past 15 years. After all, you can't just sample another instrument, there is a lot more work involved.

That might also be the answer why this doesn't yet exists for Organteq. It just takes time.

But your reason why you need good selection of expansions might be valuable market insight for Modartt. I know they appreciate feedback, I've talked to them before, so I'd suggest you tell them your concerns.
It seems the goal of Java is to have one executable line of code per file.

Thus, the Java exception trace in the log file is almost like an interactive debug trace.

Whether that is a bug or a feature is an exercise for the reader.
What I find insane is that we have multiple teams writing the same exact logic in slightly different frameworks to support different native platforms. Talk about wasted human potential.
It is hilarious that this gets downvoted, when it is very obviously true. I might as well say the sky is blue. :)
More integration of FPGAs on computers can be really good to exploit relatively long pipeline algorithms that could run in parallel, specially signal processing ones.

GPUs are really fast but using some kind of instructions, while on a FPGA you can practically design what "instruction" is going to run. From the limited experience I had on CUDA but the complexity of your algorithm and how much branches your code have can make your code a lot slower than running it on a CPU, no matter the amount of CUDA cores you have.

It could be incredibly cool that in some near to mid future to being able to run an application that could run some kind of code in the FPGA, like they already does with the GPU, to solve some kind of problems, like audio, image, video processing, and probably machine learning (I don't know too much about current implementations), and with that user-space interface, it could even be earlier than I though.
Wireless signals can drop off very quickly even in clear water. Add dirt, algae, turbulence, etc to that and it quickly drops off in about a meter for reasonable devices. For our bot we had about 3 1080p video streams being sent back over the wire, which requires a decent amount of bandwidth (we used a small fiberoptic ethernet switch on the surface and inside the enclosure).

Apart from that, if your ROV is light, and the cable is durable enough, the cable can make for a good retrieval method when you brown out the bot haha.
Fast Ruby Tokenizers with StringScanner
FWIW I've been tinkering with Astro this week and it's possible to build a website with zero client-side JavaScript.

I wonder if it's possible to achieve something similar in Next.js app router if you never have a "use client" component in your tree?

In any case it seems like that's the latest trend, allowing us to use full-fledged frameworks (powered by plenty of JavaScript) while minimizing (potentially down to zero) the client-side JavaScript.
> he's calling something open-source when he hasn't released the source

never happened
Has something changed in the Finder recently? I remember being able to copy my node_modules-containing folders relatively quickly but now it still takes a few seconds. I wonder if they either dropped that feature from Finder or if it has a hard time cloning many files
Go has pretty powerful composition, reuse, higher-order functions etc. for dealing with byte arrays and streams. Not so much for business domain entities.
Easy to beat my mind's eye

https://en.wikipedia.org/wiki/Aphantasia
V is stable for a pre 1.0 lang and delivers everything promised on the home page and in the docs.

A fixed memory leak in os.input() in a 0.4 language, really?
It's reasonable because users typically run more than one OS:

- phone

- home desktop/laptop device

- tablet

- workstation

These are not powered by a single OS, yet users want apps that run on all their devices. That's a big reason why we continue to invest in the web.

There are economic reasons as well: many developer shops can't afford to have multiple, OS-specific versions of their apps. Why build a Windows, Mac, iOS, and Android version of your app, when a single web version will run everywhere?
IIUC it can, sometimes, avoid a kernel transition when it knows it can schedule the recipient of a message, but I believe that golang creates a threadpool for running goroutines on platforms that use thread primitives.

From
https://github.com/golang/go/blob/c7d6c6000a84b61ac8bb2e38e8...
I believe "worker threads" are OS threads.
That last part is the problem. The "oh noes, it will take 4 hour stops to ... cccchhaarrrggeee" types need communication. They think it will take 1000 mile ranges to replace their Corolla.

You might not know if it you haven't seen the discussions with people who have 0 experience with EVs, but there's a ton of misinformation being actively spread.
I agree. Simplicity is better.
You can download the browser, press D (debug) to see how fast it's rendered, and compare to Chrome (dev tools). You'll get similar numbers.
This is pretty much exactly what we built at WorkOS. (I work there.)

Check it out: https://workos.com/

And our Show HN launch a few years ago: https://news.ycombinator.com/item?id=22607402
What do you base that estimate on?
Actually on deeper reading I think the author bundles a lot of this into what they call ‘transactional’ in the top left. As they put it:

> Any service that involves literal financial transactions — like Amazon, or your bank’s website — probably lives here

But hang on - I need to be able to grab links to Amazon pages and send them to my friends. I don’t need to do the same with my bank statements. What do these sites have in common that this taxonomy usefully identifies? Forms with input fields?
Google illegally refusing to bargain with employee union, says NLRB
This prompted me to try adding an HTTPS record for my home website. Worked fine in bind, didn't take much work. Between A, AAAA, and HTTPS it is getting to be quite a lot to maintain vs the days of just having an A record. Of course, just having an A record is still a valid option (for now) if that's your main concern.
It's hard to judge what counts as "decent quality". However, much of the very low level understanding translates 1:1 from C to Rust. For example in term of the ordering rules to deliver a multi-threaded program with sequential consistency (which thus can be understood by humans) those are identical, both C and Rust "stole" the C++ 11 model.

For ABI Rust has an explicit way to say "Lay this out the way C does" which works for things that you could have done in C. How is everything else laid out? Not your business. So again, your C expertise applies.

Neither Rust nor C formally have agreed pointer provenance rules, if you've learned things that are promised to work in this domain in C most of them also work in Rust. Most things aren't promised to work in C, Aria's Strict Provenance experiment and associated APIs are more than you're going to get from ISO C any time soon.

Aliasing rules are stricter in Rust than C, but also I'd argue much simpler. So that seems not to be a huge amount of extra work.
Powerful people stand to lose a lot if developers could just distribute their software directly to users without intermediate browsers/app stores.

You might say that this is technically possible right now, but those people do _everything_ they can to make it easier/cheaper to busy folks to use their software instead of just installing directly.
I believe all of you are being deliberately obtuse.

>"Studies including only patients receiving HCQ, receiving HCQ from August 2020 onwards, and patients already treated with HCQ for autoimmune conditions were excluded, as well as studies from countries for which mortality data were lacking."

I was not talking about a particular study when I mentioned people with autoimmune disorders. I was talking about people I _knew in real life_ who had autoimmune disorders before COVID started but suddenly couldn't get HCQ because the people running the Covid response decided the best course of action was to take HCQ off the market.

How were people supposed to be using it for covid if the people who had valid prescriptions from licensed rheumatologists and were taking it so they could WALK or use their hands couldn't get any?

>Did you look? Quick Google: https://jamanetwork.com/journals/jamanetworkopen/fullarticle...

>"remdesivir treatment was associated with significant 17% lower risk of inpatient mortality among patients hospitalized with COVID-19"

I know there's a probably a paper that says that. that's why I distrust all the idiots pretending to be doctors and scientists these days.

At the time she was given it and died I found out later that the World Health Organization was recommending _against_ its use.

Here's the links:

[0]: https://www.reuters.com/article/health-coronavirus-remdesivi...

[1]: https://thehill.com/policy/healthcare/521319-who-study-finds...

[2]: https://www.science.org/content/article/very-very-bad-look-r...
It’s horrible. On mobile the page scroll keeps “jumping” around and i cant read it. I will buy the book though.
The Go runtime can create more that one thread per core, especially when there is some blocking syscall.
Research on Artificial Intelligence – the global divides
Fair enough. Dealers are... not great.
You may know this and not like it, or find it doesn’t work for you, but on the off chance you don’t: just keep going. Autocorrect will often step in and correct things one or two words later when it works out that letters near where you tapped make a more plausible sentence than the ones you actually tapped.
My Catholic diocese has enjoyed a significant recent tradition of love for sacred music, and to that end, several churches have installed very recent and modern pipe organs as a very permanent and enduring support for congregational worship.

Our prior bishop wrote a series of documents on sacred music, and two of the churches which have installed brand-new organs are the Cathedral and the Basilica.

I am not sure that Roman Catholics, much less the general public, understand the critical role played by a pipe organ in choral singing and leading the assembly. There is absolutely no comparison: not a percussive piano banging on metal strings, not a plectrum on a lute such as guitar, no synthesizer can come anywhere close. Electronic organs can approximate the sound, but not the feel, grandeur, and mighty power of a full-throated organ.

The reason that liturgical Christians have used pipe organs is because of the close approximation of the human voice from the very pipes. A pipe organ works (needless to say) by passing air through columns and making it vibrate at specific frequencies. This is very close to the mechanism used in the human voice. Therefore, it is effortless, even for an inexperienced singer, to summon up a passable tune when led by a competent organist. There are myriad cues which can be employed to wordlessly signal when singing will start and stop, and whether the upcoming strophe is proper to a soloist, the choir, or the whole assembly to come in at once.

In my days at a chorister, we did indeed rely on grand piano, acoustic guitars, eletronic 1980s-tech organ, and even drums/bass/violin, so unfortunately I did not enjoy much choral experience next to an authentic pipe organ. But now I worship from the pews with one of the best instruments in hundreds of miles, an experienced dedicated schola, and a skilled professional organist/director. Needless to say, it was a breathtaking and gorgeous Christmas as we added a brass ensemble and sang our hearts out.

Pipe organs never fail to disappoint the tech nerd in us. My own cathedral has a special camera which they use every week, during live streams, to display the manual as the organist plays it, and believe me, pipe organs are cutting-edge tech nowadays, using computer monitors, interfaces, MIDI and all the trappings, to produce good old-fashioned sound from real pipes. I feel it is truly a unique traditional instrument that can be the best of both worlds, and indeed our own church affirms its "pride of place" in liturgical worship at all times.
I really wanted to love Go, spent time learning it, bought a few books read it,etc.

It did not work out for me for embedded field, it's too large in binary size, no real time due to GC, and I still need to interface with C code here and there.

In the end, I'm back to c and c++, I consider my time on Golang is actually totally a waste.

Go has its own uses e.g. native cloud or something, even there lots of alternatives exist.

It's pretty hard to replace existing popular languages, as those languages are also evolving fast.
4 year old articles from a "V should die" author with claims like using system("curl") for the networking library, type checker bugs that have been fixed a long time ago, etc are not really relevant.
often when I am developing systems code or RPC client code, I sit in a REPL and make repeated ad-hoc calls to various functions, building up various bits of state (I started using python long before Jupyter). I find this much more intuitive than writing code, compiling it, executing it, going back to the editor, changing the code, re-running it with something that loads a bunch of data, just so I can answer a question about the runtime behavior of the system I'm working with.
This is most definitely the case. It has also caused enormous problems for places where flooding was already a threat, by removing the natural buffering capabilities that places like wetlands have.

In fact, a whole field (stormwater engineering) exists to mitigate this.
"Frequently these ISP level blocks also redirect the normal port 53 traffic to their own servers"

No ISP is going to do nonsense like that for something like copywrite related compliance unless lots of money is forthcoming. An ISP can NXDOMAIN on their own DNS servers at a minimal cost. Doing 53/udp fiddling for all customers means CAM or similar expensive resource usage.

If you do find that your DNS is being redirected as TrueDuality describes, then yes DoH is an option. However if this is an issue then you have far bigger problems than not being able to access Anna's Archive.
Well except when they have gained such wealth by providing goods or services in an open competitive market which customers have decided to spend their own wealth on. We must assume people spend their wealth on things that make their lives better.

Fortunately the people living in the United States of America have a society of laws and have been to bat against the monopolistic tendencies of unfettered capitalism at least once before.
> However, if you want a home network that’s simple to configure, easy for your guests to borrow, hassle-free, and that all of your Smart Home gadgets can connect to, then you should close this tab now

Or do what I do: run multiple APs. I have my primary one, which is very tightly secured and monitored, and only gives access to my local VPN. I have a guest one, which is only as secure as any average AP and gets you internet access, but no access to my LAN. If I used "smart" gadgets that I couldn't really control and trust, I'd set up a subnet just for them alone.
Static Deadlock Detection for Rust Programs
Instead of doing a switch having separate loops for each operation would be much better / faster (branch free).
> much like we remember our grandparents for leaded gasoline and DDT

What? I associate DDT and leaded gasoline with my grandparents not-at-all. Is anyone here really holding their grandparents feet to the fire over these?
Do they include fake shows that subsequently become real, like Kujibiki Unbalance? Given that some of the fake movies from Grindhouse are on there but not the ones that were subsequently made, I guess not?
Weekly Round Up of Vuln Research and Exploit Dev Resources
Maybe not with big airliners. It's common for small planes to be told to line up and wait while the current aircraft (also usually another small aircraft) is in the midst of taking off.
> - Restricting the language to its target use: systems programming, not applications or data science or AI...

Go has a GC and a very heavy runtime with green threads, leading to cumbersome/slow C interop.

It certainly isn't viable as systems programming language , which is by design. That's an odd myth that has persisted ever since the language called itself as such in the beginning. They removed that wording years ago I think.

It's primarily a competitor to Java et al, not to C or Rust, and you see that when looking at the domains it is primarily used in, although it tends to sit a bit lower on the stack due to the limited nature of the type system and the great support for concurrency.
You don't need a massive number of developers. You need a small number of developers contributing changes to popular libraries that are used by a huge number of people.
Two companies will attempt the first US moon landings since the Apollo missions
Reminds me of "Long GameBoy for No Reason" https://www.youtube.com/watch?v=2zPehVx_J0M
Never understood what the appeal of Invision was. It was clunky. It wasn't a proper prototyping tool, just a gloried image hot-mapping tool.

And design to developer handover didn't exist either when I last had to use Invision.

For rich design prototyping nothing beats Axure or Just In Mind. Figma isn't there yet when it comes to rich prototyping. It's sufficient for simple ones.

Figma doesn't produce proper HTML based prototypes like Axure or Just In Mind and good luck prototyping heavy grid and form based apps with it. Also not great for user testing where internet connection is not reliable. Axure / Just In Mind let you export your prototypes as static HTML files, so you can use them offline. Not just useful for testing, but also sales demos where internet connection is unreliable, e.g. company booth at conferences, events etc.

Framer was even better for prototyping, but they pivoted to being a website creation tool, which was a smart move actually.

EDIT: clarity regarding prototyping needs.
Eight Queens as a Marcel One-Liner
Marcel is one of those pipe-objects-instead-of-strings shells. Using marcel, you can solve 8 Queens from the command line as a (long) one-liner. If you were so inclined.
I believe that the web (and PWA) is the future, so I made the choice early on to never learn to build native apps.

This was a hard choice to stand by back in the 2010s when everything and everyone seems to have an app... And the gap was undoubtedly huge in terms of functionality.

Today this is no longer the case. We can now use native web APIs and technologies to build feature rich apps that are accessible to anyone with a browser and an internet connection.
In Europe, trains are very fast. In some cases they are faster overall than air-travel.

Also most of Europe has short distances between major population centres, so it works to use train travel.

One example: Paris to the airport is about 40 minutes, then you have 2-3 hours to check-in and board then 45 minutes for the flight to London, then 30 minutes to get off and collect your luggage, then about 45 minutes from the airport to London. Total: about five and a half hours between Paris city and London City.

Now with Eurostar train: Arrive at Paris 'North Station' 30 minutes before train leaves. Paris-London 2 hours. Total, two and a half hours, 3 hours faster than a plane flight.

Oh, and there is no 20 kilogram weight limit either. And you can stretch your legs out, too.

I once travelled Paris-London on Eurostar. A passenger close by was complaining that she was forced to take the train because her particular flight was fully-booked. Two hours later, she arrived in Central London and was fully committed to never going by air ever again because it was so fast and so convenient by train.
It has been tried. Joshua Barneau tried it with GPT-3, training it on his deceased fiancees text- and facebook messages. It’s a moving read:
https://www.sfchronicle.com/projects/2021/jessica-simulation...
It ‘worked’ for him for a while.
Somewhere Mike Lazaridis is banging a table trying to explain to a room full of idiots that he invented all of this.
It's going to be a browser engine and a browser.
I wouldn’t trust that guy holding the “fossil” plate now.
> magsafe secured

This certainly must have been an option they explored. Without a case secured to the body of the phone, pushing the keyboard buttons would probably pop off the magsafe connection. There's a lot of leverage on those clicks.
Pascal programmers never die. They go procedure and don't return.
Next up, they should add or link to any existing clips for these fictional media

https://www.youtube.com/watch?v=koLgAcmOav8
Important context: People's Park was key symbolic territory in the Berkeley 'Free speech movement' which began in 1969. County and state authorities (including then-governor Ronald Reagan) argued that responding to the students' takeover of the park required deadly force, which left 1 person dead and sent about 120 to the hospital.

https://en.wikipedia.org/wiki/1969_People%27s_Park_protest
> where I own property

You hit the nail on the head workout realizing it. The real problem is mass property ownership in remote areas. The huge uptick in car travelers and according roads are a result of that.
Tuning the model parameters to sound like a sampled piano sounds like an interesting optimization problem.
I don’t quite understand what’s so surprising here. “Space on disk” and “size” haven’t matched in the longest time. If you’ve ever seen a folder with thousands of sub-4KB files when space mattered you certainly know this (and I’m not that old)

Here I just see great size optimizations that I’d expect from a modern OS, which sometimes can be more complex than what one saw in the 90s, and can’t be expected to make sense without being a magician.

Does it make sense to see a file on my computer when it’s really just stored on the cloud? How can my 64gb phone have a 500gb photo library? I see no difference here, but this has been common for the past decade.
They need a Waldo to do that.
CouchDB's design to me personally is not that great. I don't like the replicated design or the query language. To boot I don't like complexities. I try to avoid them when designing something complex. CursusDB core code is under 6k lines because of that reason. I also wanted to create something I want to use. Simple. Setting up a secure, reliable and powerful database shouldn't be complex and I made certain of that when designing CursusDB. CursusDB's query language as well is very simplified yet powerful because of my complexities ideology.
This is exactly what I do. IoT stuff sits on its own AP attached to a jailed LAN.
This is one of the coolest things I've seen that I also cannot understand... why? Aren't you going to need to tune it on yourself? Because otherwise you're going to adopt the gesticulation of others (who it was trained on). Maybe for videogames? Or like NPCs in VR environments? But then doesn't that become robotic and then we get back to feeling uncanny valley after we normalized? I mean the network __has__ to do significant amounts of memorization unless conceivably the microphone can pick up a signal that actually corresponds to the 3d spatial movements (could be possible, but this doesn't seem that). Maybe that's what they're working towards and this is an iteration towards that?

It's technologically impressive, but I'm failing to see the use. Can someone else enlighten me? I'm sure there's something I'm failing to see.
I thought this was collection of handmade or LLM generated fake shows, but rather it is a database of fictional shows that appeared within TV or movies, for example the Wayne’s World talk show that appeared within the Wayne’s World movie.
The didn’t state any upper bound for the “more than 30 cm”.