def test_battery_widget_read_battery_infos(one_battery_dir):
BAT_NAME = "BAT0"
bw = BatteryWidget()
read_infos = bw.read_battery_infos(BAT_NAME)
for key, expected_value in BATTERIES[BAT_NAME].items():
assert read_infos[key] == expected_value
expected_remains = (
60 * BATTERIES[BAT_NAME]["energy_now"]/BATTERIES[BAT_NAME]["power_now"]
)
assert int(expected_remains) == read_infos["remains"]
def test_battery_widget_organize_result_multiple_batteries(
multiple_batteries_dir):
bw = BatteryWidget(padding=2)
infos = {
bat_name: bw.read_battery_infos(bat_name)
for bat_name in BATTERIES.keys()
}
expected = bw.organize_result(**infos)
assert expected == (
"BAT0: {}% - 2:18".format(infos["BAT0"]["capacity"]) +
" "
"BAT1: {}% - 1:00".format(infos["BAT1"]["capacity"])
)
def test_battery_widget_update(one_battery_dir):
BAT_NAME = "BAT0"
bw = BatteryWidget()
infos = bw.read_battery_infos(BAT_NAME)
organized_result = bw.organize_result(**{BAT_NAME: infos})
p = Panel(instance_per_screen=False, keep_unplugged_screens=True)
s = Screen("HDMI-0")
s.add_widget("l", bw)
p.add_screen(s)
bw.update()
assert bw._content == organized_result
def test_battery_widget_organize_result_one_battery(one_battery_dir):
BAT_NAME = "BAT0"
bw = BatteryWidget()
infos = bw.read_battery_infos(BAT_NAME)
expected = bw.organize_result(**{BAT_NAME: infos})
assert expected == "{}% - 2:18".format(infos["capacity"])