You can of course, change the api such that it does {"id": "1324535222364012585"} instead and voila, it will no longer try parsing it as number. Or the many other workarounds people have recommended above (like appending a prefix, or using a different encoding), but why is it trying to parse a number thats too big and instead of throwing it just rounds down without telling you????!

But be careful!! Javascript WILL interpret your bigints as Number() and round them down because they are too big without telling you!!!

Famously seen by every snowflake user that has interacted with Javascript, quite an annoying problem.

I haven't seen these in at least a decade in the industry!! Everywhere I used to work was always "PM wanted" or similar and the validation was always just QA making sure the thing works/does the bare minimum!!! Customer input was just for bugs.

I hope that with AI speeding up prototyping we can actually go the other way long term, where we go back to ACTUALLY talking to a customer and then quickly prototyping it to see if it is what they wanted. Figuring out what the customer wants remains the hardest part of software engineering, but at least right now its mainly because we just dont talk to the customer.

On top of the significantly worse software on AMD's side (literally didn't work on windows in particular - so the "performs as good on both systems" is a nonstarter, some GGUF library dependency just doesn't work/exist under AMD on windows). Had me running the AMD card on windows under WSL (not a problem with nvidia though, that ran just fine on windows-side directly).

Aaaand also the other AMD bugs, such as the pink squares display corruption that has been an active issue for my GPU in particular (7900XTX) for over a year, maybe approaching two at this point, with no fix in sight from the AMD team (barely and ack at all - not on a single patch notes, just a bunch of reddit discussion). Really regret spending so much on an AMD gpu.

Expensive switch at work we have can only do 3000 route entries for example on ipv6. If we did /128s it's basically infinite though, because it goes from a LPM to exact match, which has much much more memory available.

Doesn't help as well that for example, to be able to do SLAAC or even DHCPv6 (which barely works reliably in my experience) you need to do a /64 at minimum, those mechanisms dont even work otherwise, so for ISPs who can easily have more than 3000 downstream customers doing routed ipv6 is such an increase in hardware cost vs just doing NAT which they were already doing anyway.