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Revert bat_openbsd since the change is unnecessary

This commit is contained in:
Nguyễn Gia Phong 2019-08-24 13:49:42 +07:00
parent 83efd26802
commit d533a1d190
1 changed files with 42 additions and 39 deletions
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81
widgets/bat_openbsd.lua
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@ -34,49 +34,52 @@ local STATES = { [0] = "↯", -- not charging
return helpers.setasyncall{
async = function (format, warg, callback)
if warg == nil then warg = 'bat0' end
local pattern = ("hw.sensors.acpi%s.(%S+)=(%S+)"):format(warg)
local filter = "hw.sensors.acpi" .. (warg or "bat0")
local pattern = filter .. ".(%S+)=(%S+)"
local bat_info = {}
spawn.async(
"sysctl -a",
function (stdout, stderr, exitreason, exitcode)
local bat_info = {}
for key, value in stdout:gmatch(pattern) do
bat_info[key] = value
end
spawn.with_line_callback_with_shell(
("sysctl -a | grep '^%s'"):format(filter),
{ stdout = function (line)
for key, value in line:gmatch(pattern) do
bat_info[key] = value
end
end,
output_done = function ()
-- current state
local state = STATES[tonumber(bat_info.raw0)]
-- current state
local state = STATES[tonumber(bat_info.raw0)]
-- battery capacity in percent
local percent = tonumber(
bat_info.watthour3 / bat_info.watthour0 * 100)
-- battery capacity in percent
local percent = tonumber(
bat_info.watthour3 / bat_info.watthour0 * 100)
local time
if tonumber(bat_info.power0) < 1 then
time = "∞"
else
local raw_time = bat_info.watthour3 / bat_info.power0
local hours, hour_fraction = math.modf(raw_time)
local minutes = math.floor(60 * hour_fraction)
time = ("%d:%0.2d"):format(hours, minutes)
end
local time = "∞"
if tonumber(bat_info.power0) >= 1 then
local raw_time = bat_info.watthour3 / bat_info.power0
local hours, hour_fraction = math.modf(raw_time)
local minutes = math.floor(60 * hour_fraction)
time = ("%d:%0.2d"):format(hours, minutes)
end
-- calculate wear level from (last full / design) capacity
local wear = "N/A"
if bat_info.watthour0 and bat_info.watthour4 then
local l_full = tonumber(bat_info.watthour0)
local design = tonumber(bat_info.watthour4)
wear = math.floor(l_full / design * 100)
end
-- calculate wear level from (last full / design) capacity
local wear = "N/A"
if bat_info.watthour0 and bat_info.watthour4 then
local l_full = tonumber(bat_info.watthour0)
local design = tonumber(bat_info.watthour4)
wear = math.floor(l_full / design * 100)
end
-- dis-/charging rate as presented by battery
local rate = bat_info.power0
-- dis-/charging rate as presented by battery
local rate = bat_info.power0
-- Pass the following arguments to callback function:
-- * battery state symbol (↯, -, !, + or N/A)
-- * remaining_capacity (in percent)
-- * remaining_time, by battery
-- * wear level (in percent)
-- * present_rate (in Watts)
callback{state, percent, time, wear, rate}
end)
-- Pass the following arguments to callback function:
-- * battery state symbol (↯, -, !, + or N/A)
-- * remaining_capacity (in percent)
-- * remaining_time, by battery
-- * wear level (in percent)
-- * present_rate (in Watts)
callback{state, percent, time, wear, rate}
end })
end }