You can just set the layout to US (or whatever you're accustomed to) and go by memory. 3 keys are different between ISO and ANSI, most characters are where your fingers expect them to be
It was not, that's only what deepseek said it was. I don't know why you edited the comment to hide the details of the hallucination instead of accepting that it fluked.
Thanks for the two pages of text, very helpful. Can you tell me what you just said without wasting more tokens? This is not "looking into it", this is wasting resources to produce an unreasonably long text that may or may not be true
Complete hallucination, this is improper validation of requests, nothing about fetching something or leaking credentials.
Also, 169.254.0.0/16 is the link-local IPv4 network so it doesn't even make sense outside of the fact that aws servers may get metadata on such networks (which again is absolutely unrelated to this diff). Is this a 3b model? Seems like it ran out of context, maybe it loaded the entire html page.
It's extra confusing because it was retroactively made this way, and most people mean gibibyte when colloquially using gigabyte. You'd expect we'd make the "weird" one the one that is used less, but G/giga is indeed a SI prefix that means 10^9. It will never stop causing confusion and miscommunication
Before long you'll be tweaking your start routine to absolute perfection ;)
A word of general caution: be very careful with G90/G91, the oopsie of "I thought there was a G91 before this G1 Z-2 and now I have a little crater in my plate" is not a fun one to have, ask me how I know. I'm not saying you should try to avoid them as you would be limiting your routines a lot, but for example I like to add an empty line before every G90 and G91 block to "highlight" it
What does your end G-code look like? Since it's a single line, I think it's most likely made when the extruder moves from the last ironing move to the park position
You can just set the layout to US (or whatever you're accustomed to) and go by memory. 3 keys are different between ISO and ANSI, most characters are where your fingers expect them to be