>to en-US would see the American site even if they live somewhere else.
Instead we have google that would serve the pages based off the local ip (and switch any time possible) which is a "horrific" experience travelling through Europe. You get a different language every day. Totally ignoring the accept-language header.
It's even funnier as the roaming would result in having the host mobile network IP regardless where a person resides - still ignoring the lang header, of course.
- it notifies if your kids (or spouse) have left the door open.
- you can use as a tool to check if the power company (or the road maintenance one!) has managed to reconnect the power back (or cut it, as in literally)
- Other than that not so much.
Yeah, zstd is awesome. I built a webapp that uses it via wasm and the decompression speed is incredible, so much so that I store everything in zstd and decompress it on the app load. My wasm binary also does advanced search and tag insertion and stuff in addition to zstd but it's only 38kb. I wish zstd was supported natively by web browsers. The 8kb implementation of zstd is only half as slow as wasm, so even that is still viable.
Good point. Looks like it’s related to window size (incl for lzma btw). Lzma stays 0.9 and goes to 88.5 post 8.8M gap. Zstd -14 is close to lzma up to 4.4M where it jumps to 91.5. 14L seems to be the best overall for this scenario staying at 1.9.
zstd is a good default for e.g. filesystem compression, but if you're making an archive file, presumably you're looking for higher compression and LZMA would be a better fit.
By these charts, if I only need 5-10 megabytes per second of compression on a single core, LZMA2 wins significantly on ratio, and still decompresses at well over 100. If I'm doing a backup, or sending/receiving over my internet connection (which only has 2MB/s of upload), LZMA2 easily wins. If I need speed then zstd wins.
On a more realistic note: few years back, I've added zstd compression to our log subsystem (hand written direct buffers, native code, in-process, java). For the same CPU utilization if provides twice dense compression compared to regular [-6] gzip (the topic in the title). Zstd is =much= faster on decompression as well, and it this case - unparalleledly better as it uses twice less disk.
zstd is 'silicon valley' (the tv show) - life imitates fiction, except entirely open source
Not sure this is what I meant. Password is still stored, along will all the keypass stuff. If you have the option to login with the keypass... or the password - possibly sending you a link (or code) to the email, in case the device/browser has not been seen, yet.
The creds they store hold no value. These creds only give access to their system anyway. They store the email address either way so the situation is no better but less convenient.
They hold no value precisely because they don't store them and send you a magic link! If they stored a recycled password or its hash, then it would be valuable.
Slavery is a weird one. It has been there for longer than any written history exists. In ancient times (Greece, Rome), slaves didn't have rights at all. A horrific injustice but it'd be not be a theft. Then you get the serfdom in the middle ages. Up to recent times humans have been brutally exploited.
The copy part was a recognized right, then taken away.
>...the vast majority of software was written in garbage collected language
and even then recently it costed (us) quite a few months to blame JVM and later the default glibc memory allocator for running out native (not java heap memory) - had to exclude all possible native libs (zlib, zstd via jna), direct buffers, sockets, thread stacks and so on. Changing the malloc to jemalloc solved the issue, even though initially it was done for its debugging capabilities.
I'm never sure if I should be upset or happy when I've been debugging a problem for long enough that I finally decide to switch something out in order to improve visibility and that immediately solves the problem for entirely unexpected reasons. Particularly all the times when I couldn't readily discern why.
We changed to jemalloc first on a jvm service which we could never get to run in its kube memory limit. with jemalloc its been dead stable for years, and we made it the default for all jvm services
2k cal would be around 250ml of oil. or 350grams of peanuts. So doing with bread, meat, and other stuff alike requires over 600g of food, an excellent value to energy.
Instead we have google that would serve the pages based off the local ip (and switch any time possible) which is a "horrific" experience travelling through Europe. You get a different language every day. Totally ignoring the accept-language header.
It's even funnier as the roaming would result in having the host mobile network IP regardless where a person resides - still ignoring the lang header, of course.
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