

I think you missed the point, that I was making, albeit poorly (little endian still requires leading zeros when not transmitting in a byte format, otherwise you don’t know if the first on signal is for 1, 256, 1024, etc.) it’s all good though


I think you missed the point, that I was making, albeit poorly (little endian still requires leading zeros when not transmitting in a byte format, otherwise you don’t know if the first on signal is for 1, 256, 1024, etc.) it’s all good though


I’m not seeing any trailing zeros if that is in little endian, you start little end first and it isn’t limited to a silly 8-bits, it can be used to represent numbers far larger than 255 if continued (though then it wouldn’t be representative of a byte and half the joke would be lost).


Little-endian for the win!


I usually just gather a nibble by picking up a couple crumbs… I’ll see myself out.


I’m sure a successor will come around when room forms for them, I don’t know of a reason any of the core *arr stack should need one. If you know of one don’t hesitate to share, I’m just not really aware of any, they are awesome to me.


Personally when I need something and have seen an ad for a product that fits the need, I’ll buy it. If I’ve seen the ad so much that it’s seared into my brain, I search for the product and buy the ripoff version of it (when possible), or I DIY it.
Edit: corrected autocorrect


When I realized they paywalled OIDC I had to look elsewhere.
As a current one I concur.


I suppose the older I get the more I can get behind this, similar to interlock devices for people that can’t control their drinking, I would imagine the offender would have to pay for it or lose their license. I know it seems crazy to force people to stay within the speed limit, but fining and tickets don’t work for some people.
Thank you for not only the laughter this morning but also for perfectly explaining why I always go for nano.


Yeah, some of us never forget and fondly remember every embarrassing moment we’ve witnessed, thankfully most of us know to not bring it up and just enjoy it to ourselves.


I’ve used both but really like jotty…


Holy hell that was an amazing recovery a few times!
I was wondering how far down I would have to scroll for someone to mention that one… That one was pretty damn rough to watch.


I was too lazy and immich-go may not have existed when I migrated but I just selected and downloaded my pictures from Google Photos then just uploaded them to Immich and they seemed to keep all their metadata.


Growing up, pretty much all our hick schools had were encyclopedias; when wikipedia showed up it felt like they were just against the ease of it’s use. Smarter kids would still use the sources cited in Wikipedia, but teachers hated when you referenced a research paper because they couldn’t find it.


Moving to the cloud isn’t going to solve your uptime issues, it’s still hosted on a server, just now you can’t physically touch it. Please bring critical stuff back in house so we can maintain it and know why its down.


I could, but then I would have issues getting to it from work; from the bit I’ve read about mTLS, it’s not really indended for my use case, I think I’ll just stick with TLS.


I keep mine accessible from the internet, its just more useful to me like that. I do have registration disabled though and SSO is handled by Authentik so it could be worse (my personal goal has just been to not be the easiest target, perfect security is a myth in my mind).
In a normal byte format it wouldn’t help, the byte standard breaks off bits into 8 bit chunks and calls them bytes (I’m not trying to explain basics, just putting it there for background), little-endian excels at using the least number of bits to express larger numbers in a stream. If you wanted to send any number from 0-255 you only need 1 byte, for 256-512 you need two bytes (or 16 bits), in little-endian it can be represented in just 9 bits, or up to 1024 in 10 bits, etc.
Doesn’t matter for much to many people, but when the number gets big enough you can save a lot of bandwidth.