call me a racoon then

maybe he calls his net worth “cognition”

it works!!!

gcve.eu

I miss start menu ads, intrusive bing searches, copilot upselling, MSN news, and uninstallable things I’ll never use on my PC like Xbox.

the main reason I started installing more “-bin” variants of packages

deleted by creator

I had purchased it several years ago, but this is at least the 3rd concerning headline in the past 3 years. If you’re still on that boat, jump ship.

i like trains

yes, the system will likely use some swap if available even when there’s plenty of free RAM left:

The casual reader1 may think that with a sufficient amount of memory, swap is unnecessary but this brings us to the second reason. A significant number of the pages referenced by a process early in its life may only be used for initialisation and then never used again. It is better to swap out those pages and create more disk buffers than leave them resident and unused.

Src: https://www.kernel.org/doc/gorman/html/understand/understand014.html

In my recently booted system with 32GB and half of that free (not even “available”), I can already see 10s of MB of swap used.

As rule of thumb, it’s only a concern or indication that the system is/was starved of memory if a significant share of swap is in use. But even then, it might just be some cached pages hanging around because the kernel decided to keep instead of evicting them.

if my system touches SWAP at all, it’s run out of memory

That’s a swap myth. Swap is not an emergency memory, it’s about creating a memory reclamation space on disk for anonymous pages (pages that are not file-backed) so that the OS can more efficiently use the main memory.

The swapping algorithm does take into account the higher cost of putting pages in swap. Touching swap may just mean that a lot of system files are being cached, but that’s reclaimable space and it doesn’t mean the system is running out of memory.

sshhh 🤫

I disagree. What I could hack over a weekend starting a project, I can do in a couple hours with AI, because starting a project is where the typing bottleneck is, due to all of the boilerplate. I can’t type faster than an LLM.

Also, because there are hundreds of similar projects out there and I won’t get to the parts that make mine unique in a weekend, that’s the perfect use case for “vibe coding”.

what are sections, chapters, indices? Who’s the librarian?

we don’t need to go all the way into a metaphor

you haven’t seen my frontend code

potentially relevant: paperless recently merged some opt-in LLM features, like chatting with documents and automated title generation based on the OCR context extracted.

https://github.com/paperless-ngx/paperless-ngx/pull/10319

Python stack traces give you all files involved in the error, with their lines. I don’t know what you’re talking about

how’s that the same thing as in the picture?

The waste of power is often associated to the proof of work consensus, but that’s not a requirement of blockchain. There are other ways to create consensus.

The bandwidth requirements really depend on what’s being stored, but it’s usually very manageable for a server. And clients not running validation don’t need to store or transfer that much data.

git itself is really not far from a blockhain. Blockchain is fine, it only has a bad rep because of ponzi schemes that use it to create crypto, but the technology and trustless consensus mechanisms are interesting.