1. battery.hpp - added local bool variable. Force to print warnings the
only once in order to warn user about wrong battery configuraion. And
does not bring a mess when the battery is turned off (gamepads, etc.)
2. dir_name is an object which takes a part in comparison. So converted to the string.
According to the [sysfs class power ABI],
/sys/class/power_supply/<supply_name>/status may contain "Not charging".
This is already handled by status_gt() and update() (where ' ' is
converted to '-' for use in config keys) but was not being read due to
skipws. Read with std::getline() to handle this case.
[sysfs class power ABI]: https://www.kernel.org/doc/Documentation/ABI/testing/sysfs-class-powerFixes: #1139
Signed-off-by: Kevin Locke <kevin@kevinlocke.name>
`format-discharging-full` has been impossible since #923 made it
impossible to be full and discharging at the same time. This should
fix that by only making `format-charging-full` impossible. Whether
or not that should be allowed is a good question, but beyond the
scope of this change.
Fixes#1031
Speedup battery state update by only updating the battery list when we
get a CREATE/DELETE event in the directory or whenever we do a full
refresh on the interval.
full-at was capped at the value instead of allowing the battery to show
100% when you were at the full-at value. Uncapping makes more sense as
it makes the full-at value the new 100% and the scale goes down from
there. Whereas before the battery would stay at the full-at value until
it went down enough which is unrealistic.
Since we're now clamping at 100% and rounding, mark as full at that
point. Some batteries will stay in charging state for a long time while
stuck at the same charge level. Just mark them as full to not be
confusing.
The energy values are all that's needed to calculate the battery state.
Using other values for the total capacity results in broken results in
some cases. This matches the output of TLP and i3status, while also
being more straightforward.
Adds a `format-time` configuration for the battery module so that users
can configure how they want their remaining time to be displayed.
The default format remains the same as before, i.e. `{H} h {M} min`,
but users can choose something like `{H}:{M:02d}` to give an output
like `4:29` if wanted.
