I wonder how Asahi on Apple Silicon would do. I would think it would be even less

Should be just trash not trash-rm, but it’s like the other person said, when you go to rm, it moves it to trash now, instead of deleting, since usually I don’t want to truly delete things (i.e., I don’t raw delete when using a GUI, so I’m bringing that behavior to CLI as well)

You can ofc still use the old rm and do full deletion. Either sudo rm (unless root also has rm aliased) or /bin/rm

But also you can do rm then trash-empty for the same behavior.

I’m actually trying a new alias alias del=/bin/rm so that I have a quick way to get the old behavior.

Yeah I was mistaken. It’s actually alias rm=trash (not trash-put either)

I only have one alias: alias rm=trash-rm

EDIT: Sorry. It’s actually alias rm=trash

Except that the Linux part of ChromeOS is still open-source and the growth of ChromeOS still would yield benefits to Linux users across the board.

This is how I learned about ReScript

It’s almost certainly much higher than that

First of all, ChromeOS is Linux. It’s a weird Linux, but it is Linux and can be made to run regular Linux software. It’s based on Gentoo. It’s not just “technically” Linux; it just straight up is. It’s even more Linux than Android is.

That adds another 2.69% up to 7.69%

But also, the 4.77% Unknown is almost certainly made up of primarily Linux machines.

So really, it’s a range of percentages anywhere from 7.69% to 12.46%. I would guess Linux users are at least 10% of the US market now

Source: The StatCounter pages the article is referring to for US: https://gs.statcounter.com/os-market-share/desktop/united-states-of-america

World wide is also similar: https://gs.statcounter.com/os-market-share/desktop/worldwide/

There we’re potentially even higher: 5.33% to 14.5%. That’s just shy of the worldwide Mac users! macOS + OS X is 15.35% worldwide.

typedef struct {
    bool a: 1;
    bool b: 1;
    bool c: 1;
    bool d: 1;
    bool e: 1;
    bool f: 1;
    bool g: 1;
    bool h: 1;
} __attribute__((__packed__)) not_if_you_have_enough_booleans_t;

What they’re referring to is that when you use tabs, you end up having some things at the end of lines have to be spaced over for alignment. Thus, you then have to turn on some way of seeing what stuff is tabs and what stuff is spaces and it turns into a big mess.

Hence why normal people indent with spaces instead of hard tabs