Thanks for the info. I was contemplating booting into Windows to run the fix, but it sounds like I might be better off using the live CD. I hadn't run the initial fix, so I'm debating if it's worth it to run it now and then run it again later when they release this fix, or just wait for the new fix.
Is the update that rewrites the data going to be a problem on a LUKS encrypted volume? From what I saw it looks like it only supports NTFS? I also have an NTFS partition on the drive though. I guess I'm just concerned about it borking the LUKS partition.
I hadn't heard about the original firmware update but was wondering why my read performance had gotten so much worse over time. Here I was blaming it on btrfs...
The Snapdragon 805 and newer has hardware accelerated VP9 decode.
Try Virtualmin. It has a web gui interface to configure things like vhosts, along with mod_fcgid, php, etc. It installs and sets up a bunch of extra crap as well that you probably won't need, but it's so quick that might be worth looking at anyway and just remove what you don't need.
...Someone from the back row shouts out "Because our AdSense profile has determined you were visiting websites about cigarettes recently, your health insurance premium has gone up by 5% and you will probably die slightly sooner. Remember, [i]f you have something that you don't want anyone to know, maybe you shouldn't be doing it in the first place!"
Is it cynicism if you're just using a Markov chain to predict what other Slashdotters will say?
(Although obviously this is auto insurance, so I'm sure someone can translate the threat appropriately.)
The best explanation of asymmetric crypto (not taking authentication into account) that I've seen is mixing two colors of paint to create a third color. Each party can derive the other party's color by "subtracting" their color from the shared mixture. But an intermediary has no way of determining which two colors were mixed. This is an example that pretty much anyone can understand.
For large values of one, one equals two, for small values of two.