![](https://lemmy.sdf.org/pictrs/image/28746aeb-3309-4b34-bda2-619775ddd5c3.png)
![](https://lemdro.id/pictrs/image/6d56629c-a7b1-465d-8b58-ad77926e3a41.png)
Definitely this. The data is not likely gone, but before doing anything that could make things worse, try and get a full copy of the SD card somewhere. From there you may safely try repairing the partition or data carving tools.
Definitely this. The data is not likely gone, but before doing anything that could make things worse, try and get a full copy of the SD card somewhere. From there you may safely try repairing the partition or data carving tools.
Accounting details, sensitive credentials for sys admin use, HIPAA data, PII etc. there’s just so much crap understood to be temporarily unlocked, viewed, and then immediately deleted or locked again. Even home users shouldn’t turn this thing on, check your bank? Balance and account details now always available. Use a password manager? Whatever you looked at is likely captured.
Probably not quite what you are thinking of, but Sakuna: Of Rice and Ruin is supposed to be pretty accurate… for rice farming specifically.
I’d imagine a berry of some sort. There could be a berry we still eat that pre-humans also ate. Wouldn’t surprise me.
Ah crap, yeah, I forgot about that, you’re right.
Keep in mind both options require enabling remote control from Windows settings. It’s off by default if I recall right.
If you have another windows pc, you can use the built-in remote desktop. Or, from Linux you can install a Microsoft rdp compatible client like remmina. (Edit: If using Windows Pro on the target machine, for either of these options)
Yay… Capitalism…
Compounded by sites like RSSing that frame or scrape other websites. Another hit, but literally the same thing verbatim as another.
And for the fandubs, there should be an additional paragraph as a hat explaining some concept or pun that just does not translate well.
Huh… That makes sense. Til. Ran some tests but speed is pretty similar. Only 4% faster using bitmath or 300 milliseconds difference after 10mil runs.
The short answer is Rust was built with safety in mind. The longer answer is C was built mostly to abstract from assembly without much thought to safety. In C, if you want to use an array, you must manually request a chunk of memory, check to make sure you are writing within the bounds of your array, and free up the memory used by your array when completely done using it. If you do not do those steps correctly, you could write to a null pointer, cause a buffer overflow error, a use-after-free error, or memory leak depending on what step was forgotten or done out of order. In Rust, the compiler keeps track of when variables are used through a borrowing system. With this borrowing system the Rust compiler requests and frees memory safely. It also checks array bounds at run-time without a programmer explicitly needing to code it in. Several high-level languages have alot of these safety features too. C# for example, can make sure objects are not freed until they fall out of scope, but it does this at run-time with a garbage collector where Rust borrower rules are done at compile-time.
Adding even more grammar, you could use “Had no”, for lack of possession, like