I even did this originally, then got confused when my battery in particular showed 102% and, instead of checking the values I calculate with, just decided to do the stupid thing and do maths the wrong around
In waybar::modules::Battery::~Battery(), store a copy of the batteries_
iterator before calling erase(), as erase() invalidates the iterator.
Prior to this change, disconnecting outputs resulted in a SEGFAULT when
using the battery module; e.g.,
[debug] Received SIGCHLD in signalThread
[debug] Cmd exited with code 0
[debug] Received SIGCHLD in signalThread
[debug] Cmd exited with code 0
[debug] Received SIGCHLD in signalThread
[debug] Cmd exited with code 0
[debug] Output removed: AU Optronics 0x2336
[info] Bar configured (width: 1280, height: 25) for output: eDP-1
[info] Bar configured (width: 1280, height: 25) for output: eDP-1
zsh: segmentation fault (core dumped) ./build/waybar -l trace
Signed-off-by: Lukas Fleischer <lfleischer@lfos.de>
There were two main issues with fmtlib and C++20 mode:
- `fmt::format` defaults to compile-time argument checking and requires
using `fmt::runtime(format_string)` to bypass that.
- `std::format` implementation introduces conflicting declarations and
we have to specify the namespace for all `format`/`format_to` calls.
Linux power_supply sysfs interface allows checking if the battery powers
the whole system or a specific device/tree of devices with `scope`
attribute[1]. We can use it to skip the non-system power supplies in the
battery module and avoid adding HIDs or other peripheral devices to the
total.
The logic is based on UPower, where it is assumed that "Unknown" devices
or devices without a `scope` are system power supplies.
[1]: https://lore.kernel.org/lkml/alpine.LNX.2.00.1201031556460.24984@pobox.suse.cz/T/
Kiri
Alex
ArneshRC
Brenno Lemos
KanuX-14
Lukas Fleischer
Bruce Blore
Aleksei Bavshin
Cyril LEVIS
Viktar Lukashonak
Simon Plakolb
Frederic Grabowski
Eric L
Loïc Bartoletti
Loïc Bartoletti