Finally, a shell for the 2000s
exu
joined 2 years ago
I'm no cryptographer, so take this with a good heap of salt.
Basically, all encryption multiplies some big prime numbers to get the key. Computers are pretty slow at division and finding the right components used to create the key takes a long time, it's basically trial and error at the moment.
If you had an algorithm to solve for prime numbers, you could break any current encryption scheme and obviously cause a lot of damage in the wrong hands.
I know Findroid allows easy downloading and offline watching. Fladder (another newer Android client) also has downloading, haven't tried it myself yet.
The AIO container is so terrible, like, that's not how you're supposed to use Docker.
It's unclear whether OP was using that or saner community containers, might just be the AIO one.
Minecraft loves single core performance, so it will likely behave differently to most general benchmarks.
But that also makes dedicating a few cores to it and everything else to other services.
Interesting. Historically, lots of codenames have been "leaked" through contributions to the Linux kernel and other OSS projects. Pretty interesting approach to hide something in this way and as long as they clean up like they did now it's probably fine.
Bazzite, being a gaming focused distro, probably is pretty close to the latest kernel releases so it could work ok on launch or pretty soon after.
Generally this close to a new launch, if you don't need a system immediately it's better to have wait a bit more.
Wait like one month for AMD to launch their new GPUs. On the off chance that they don't bungle the launch as usual you might get better value than buying a 7800 XT now.
I general you need to flash either Magisk or KernelSU by patching to boot image or sideloading in the recovery.
Motorola seems to change bootloader unlocking for every phone, so the easiest way would be making a Windows VM and just do that.
I have found a CLI tool for flashing Qualcomm chips while in download mode, but there's not really any documentation about it.
Seconds are clearly defined by one specific caesium-133 transition
The second [...] is defined by taking the fixed numerical value of the caesium frequency, ΔνCs, the unperturbed ground-state hyperfine transition frequency of the caesium 133 atom, to be 9192631770 when expressed in the unit Hz, which is equal to s−1
It's some right winger platform
That's a comment I was hoping for, thanks :)