Every time I have reached for TOML I have ended up using JSON. The first reason is that Python standard library can read but not write TOML, which is generally useless for me. The second reason is TOML does not add any benefit over JSON. It’s not that much easier to read and IMO JSON is easier to write by hand because the syntax rules are completely obvious.
Yeah, users have some of the blame, but 23andme shares responsibility by not having basic detection of bad actors. Some things that come to mind are rate limits, alarms on strange user login behavior, watching for mass logins from an unexpected region, excessive bad password attempts across a large number of users.
The MK4 touches the nozzle to the bed during probing where the MK3 does not. I do the same with my nozzle temp on the MK3 which I don’t know why Prusa hasn’t just made as standard yet.
I really like the open nature of Prusa. I won’t tolerate a printer that requires a propriety web service to use like Bambu. I have a Prusa Mini, MK3S, and now the XL, and I am happy about how easy they are to operate and maintain. Every printer is a winner and only gets better with every release. I’m a customer for life.
That said, the cost is a little higher than I’d like and the technology is often a little behind (a bit like my Apple products) but the reliability is so good that it’s completely worth it.
Since my phone is water resistant, I put a magnetic mount in the shower to listen to music, podcasts, and the occasional Teams meeting if I’m running late.
Every time I have reached for TOML I have ended up using JSON. The first reason is that Python standard library can read but not write TOML, which is generally useless for me. The second reason is TOML does not add any benefit over JSON. It’s not that much easier to read and IMO JSON is easier to write by hand because the syntax rules are completely obvious.