class TimerCase(unittest.TestCase):
def setUp(self):
self.stimer = SystemTimer()
self.stimer.timecounter = 0
self.stimer.timeunit = 10
def test_createTimer(self):
self.assertIsInstance(self.stimer, SystemTimer)
# @unittest.skip('weird problem with the singleton...')
def test_timerTick_01(self):
# weird... it seems that unittest is not invalidating old TimerInstances.
for i in range(5):
self.stimer.tick()
self.assertEqual(self.stimer.timecounter, 50)
def test_register_listener_01(self):
res1, res2 = Foobar(), Foobar()
stimer = SystemTimer()
stimer.tick()
def test_singletonType_01(self):
t1 = SystemTimer()
t2 = SystemTimer()
self.assertIs(t1, t2)
def test_singletonType_02(self):
t1 = SystemTimer()
t2 = SystemTimer()
print "SystemTimer Object is", id(t1)
self.assertEqual(id(t1), id(t2))
def test_setAbsoluteTime(self):
timeunit = self.stimer.timeunit
self.stimer.tick()
self.stimer.setAbsoluteTime(timeunit * 2)
self.assertEqual(self.stimer.timecounter, timeunit * 2)
def test_next_tick_in(self):
timeunit = self.stimer.timeunit # usually, the next step is in 10 ms
self.stimer.next_tick_in(3) # but now, the next step is in 3ms
self.stimer.tick() # do a tick
self.assertEqual(self.stimer.timecounter, 3)
def tearDown(self):
# because the timer class is implemented as Singleton, we have weird side effects
# while unittesting. So we need un-register every listener after a run.
self.stimer.unregisterAll()
# ...hmm.. just to make sure, drop the SystemTimer instance
SystemTimer._drop()
