I’m not sure what this comic is trying to say but in my recent experience a single misbehaving website can still consume all available swap at which point Linux will sometimes completely lock up for many minutes before the out-of-memory killer decides what to kill - and then sometimes it still kills the desktop environment instead of the browser.

(I do know how to use oom_adj; I’m talking about the default configuration on popular desktop distros.)

I recently had some processes lock up on Linux, and after searching what the “D” symbol in ps aux was (Uninterruptable sleep), i found this little line:

The only non-sophisticated way to get rid of them is to reboot the system

kill -9 😎

taskill /F /IM app.exe

There you go

I’m so thankful for the OOM killer for saving my system when i do dumb shit

Tbf, thanks to X11 Linux isn’t safe from stuff like that.

When I use my VR glasses, Steam sometimes creates an uncloseable X window that isn’t attached to any process. I don’t think even killing XWayland gets rid of it.

Imho desktop Linux is usually set up where a single bad app can lock up the whole system. This is not every Linux system, but I run across it more than I would like. I believe part of this is an optimistic approach to memory management which makes the system run better overall most of the time.

Windows seems slow as hell most of the time, but killing a process seems to work reliably (not clicking on the hung app takeover UI, using task kill or task manager)

I don’t understand these memes about killing processes in Linux vs Windows.

sudo xkill on mint, any cool sounding replacement for Wayland? as it seems like xkill is x11 olny.

think both of them wait a while, and then ask if you want to eviscerate it

Quite often double click on the close button will kill a hung app on Windows. Not Al the time, maybe 70%.

$ kill -l

 1) SIGHUP	 2) SIGINT	 3) SIGQUIT	 4) SIGILL	 5) SIGTRAP
 6) SIGABRT	 7) SIGBUS	 8) SIGFPE	 9) SIGKILL	10) SIGUSR1
11) SIGSEGV	12) SIGUSR2	13) SIGPIPE	14) SIGALRM	15) SIGTERM
16) SIGSTKFLT	17) SIGCHLD	18) SIGCONT	19) SIGSTOP	20) SIGTSTP
21) SIGTTIN	22) SIGTTOU	23) SIGURG	24) SIGXCPU	25) SIGXFSZ
26) SIGVTALRM	27) SIGPROF	28) SIGWINCH	29) SIGIO	30) SIGPWR
31) SIGSYS	34) SIGRTMIN	35) SIGRTMIN+1	36) SIGRTMIN+2	37) SIGRTMIN+3
38) SIGRTMIN+4	39) SIGRTMIN+5	40) SIGRTMIN+6	41) SIGRTMIN+7	42) SIGRTMIN+8
43) SIGRTMIN+9	44) SIGRTMIN+10	45) SIGRTMIN+11	46) SIGRTMIN+12	47) SIGRTMIN+13
48) SIGRTMIN+14	49) SIGRTMIN+15	50) SIGRTMAX-14	51) SIGRTMAX-13	52) SIGRTMAX-12
53) SIGRTMAX-11	54) SIGRTMAX-10	55) SIGRTMAX-9	56) SIGRTMAX-8	57) SIGRTMAX-7
58) SIGRTMAX-6	59) SIGRTMAX-5	60) SIGRTMAX-4	61) SIGRTMAX-3	62) SIGRTMAX-2
63) SIGRTMAX-1	64) SIGRTMAX

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Good one! I’m literally dealing with this right now on a server. Turns out you’re expected to deal with long running processes that spawn too many threads yourself, or else…