Wasn’t hard, huh?

ratio, compression speed and decompression speed

brotli is better than I thought on average

and lzop is a meme even for zram

lzo is interesting because it can actually increase I/O performances actually

With a fast processor you can compress data before writing them to a slow drive and make the whole operation actually faster than writing directly

Same for the reading part

makes sense

I’m mostly comparing it to lz4

brotli reached like ratios of >=12 on such tests

the web compressor™

can we undo late 90s corporate dev

I did a quick search on distrowatch and there’s no fedora based distro that doesn’t use systemd

it’s for different approach

And go is already widespread

what do you expect from RedHat package management

LFS

Also I don’t know what is the difference between lzo and lzo-rle and what implementation does lzop use

lzop uses “pure” lzo iirc

how

What the fuck is this performance criteria about percentage of zeros

so lzo indeed loses to lz4 but lzo-rle slam dunks both

ig it’s the ratio between random (uncompressible) data over zeroes (ultimate compressible) data

found this on kernel docs

Oh fair

6 distros without systemd that use rpm…

https://distrowatch.com/search-mobile.php?ostype=All&category=All&origin=All&basedon=All&notbasedon=None&desktop=All&architecture=All&package=RPM&rolling=All&isosize=All&netinstall=All&language=All&defaultinit=Not systemd&status=Active#simple

well

only PCLinuxOS is maintained afaik

lol yeah. pc linux os

and it’s based on mandrake

None of the 6 are any good. That’s the biggest issue.

well carbon seems nice

wasn’t hard, huh?

And it uses aptrpm or some other weird shit

bros