def check_screen_off_connect_charger(self, each_cycle):
from testlib.em.apps import EMToolsScreen
from testlib.em.charging import get_charging_result
emtools = EMToolsScreen()
emtools.install()
hist = get_charging_result(emtools, each_cycle, 1)
assert hist.count("ON") == 3
def check_plug_unplug_in_sleep(self, each_cycle, total_times):
cycles = total_times / len(each_cycle)
pass_num = int(total_times * 2)
result = get_charging_result(EMToolsScreen(), each_cycle, cycles)
screen_on_count = result.count("ON")
print "pass_num:", pass_num
print "screen on count:", screen_on_count
assert screen_on_count >= pass_num
def test_check_AC_charger(self):
"""
to check AC charger/ Wall charger current value
"""
print "[RunTest]: %s" % self.__str__()
from testlib.em.apps import EMToolsCharger
from testlib.em.charging import get_charging_result
each_cycle = ((DCP, 2, 2), )
hist = get_charging_result(EMToolsCharger(), each_cycle, 1)
print hist
assert DCP in hist
def test_CDP_charging(self):
"""
CDP charging
"""
print "[RunTest]: %s" % self.__str__()
from testlib.em.apps import EMToolsCharger
from testlib.em.charging import get_charging_result
each_cycle = ((CDP, 2, 2), )
hist = get_charging_result(EMToolsCharger(), each_cycle, 1)
print hist
assert CDP in hist
def check_reliability_charging(self,
each_cycle,
total_times,
low_battery=False):
if low_battery:
info = self.energy.get_battery_info()
assert info["level"] <= 15
cycles = total_times / len(each_cycle)
pass_num = int(cycles * 0.9)
result = get_charging_result(self.emtools, each_cycle, cycles)
charger_types = [unit[0] for unit in each_cycle]
count = {}
for item in result:
count[item] = count.get(item, 0) + 1
print "pass_num:", pass_num
success = True
for key in count.keys():
print key, count[key]
if key not in charger_types:
continue
if count[key] < pass_num:
success = False
assert success