okay I got about… four hours of sleep last night? maybe less? time to write assembly language

To answer the article's question: It is unethical to run a program that "tortures" an LLM because in order to do this you must run the LLM and it is unethical to run an LLM 🤷‍♀️

Hey question is that good

Whenever I write basic html, and display it on a phone, the text is unfathomably tiny. What I want it to do is do semantic html and pick a reasonable text size and format around that. But instead it's like "I MUST simulate a 1080p monitor then shrink down". It is like I am missing some magic on-phones:dont-look-like-butt CSS tag.

Why :(

Examples:
1. https://pocket.runhello.com
2. https://data.runhello.com/j/redox/pkg-test-2/
3. Same but with max-width css removed, in case that's the problem

I have this JS/React code

for (var arch of archs) {
if (platform.length > 0) platform.push(", ")
platform.push(<span class="plat">{arch}</span>)
}

Later I put {platform} inside some JSX.

The space gets eaten.

I make it more elaborate.

for (var arch of archs) {
if (platform.length > 0) platform.push(<span>,{" "}</span>)
platform.push(<span class="plat">{arch}</span>)
}

The space still gets eaten. What do I do to actually put a fucking space after this comma

Stackoverflow from 17 years ago claims the best way of checking whether `new Date("input string here")` in JS returned a valid date is to run isNan() on the return value. Is that correct?

https://stackoverflow.com/questions/1353684/detecting-an-invalid-date-date-instance-in-javascript

Structuring the project so that I do literally every task that is not CSS before attempting CSS but eventually you just can't get away with not doing CSS

*pondering* what if XSL/T but JSON

Trying to figure out how I'd go about testing if Redox works with LibreBoot,, and whether it's possible to do for less than $500.

I've got this RISCV BeagleBoard but I don't know if it even uses whatever system it is libreboot is meant to be an example of. (EDIT: No. RISCV has its own libre boot system called OpenSBI.)

I fixed it https://mastodon.social/@livelakeerie/117351361338681077

Regardless of what events lead up to this it's the correct decision

LibGMP https://gmplib.org/ is a GNU library for arbitrary-precision floating point math.

GNU MPFR https://www.mpfr.org/ is a GNU library for "multiple-precision" floating point math

What is the difference *throws things*

Does MPFR just do math at the regular fixed-precision floating point sizes but with more-controlled rounding?