def setUp(self):
# Scale time if configured
scale = util.acquireAttribute(self._parents, "timescale", None)
if scale is not None:
time.scale(scale)
else:
time.reset()
self.info("Test running with timescale: %r", time._get_scale())
def testRessetingCall(self):
d = defer.Deferred()
time.scale(0.09)
call = time.callLater(10, d.callback, None)
call.reset(1)
return d
def testGettingTime(self):
cur_time = python_time.time()
our_time = time.time()
self.assertApproximates(cur_time, our_time, 0.01)
time.scale(0.1)
cur_time = python_time.time()
our_time = time.time()
self.assertApproximates(cur_time /time._get_scale(), our_time, 0.01)
def setUp(self):
log.test_reset()
self.assert_not_skipped()
# Scale time if configured
scale = util.acquireAttribute(self._parents, 'timescale', None)
if scale is not None:
time.scale(scale)
else:
time.reset()
self.info("Test running with timescale: %r", time._get_scale())
def testScaledCalls(self):
d = defer.Deferred()
time.scale(0.09)
call = time.callLater(1, d.callback, None)
self.assertIsInstance(call, time.ScaledDelayedCall)
fire_time = call.getTime()
left = fire_time - time.time()
self.assertApproximates(1, left, 0.01)
self.assertTrue(0.9 < left <= 1)
self.assertTrue(call.active())
return d
def testFutureTime(self):
cur_time = python_time.time()
fut_time = time.future(1)
self.assertApproximates(cur_time + 1, fut_time, 0.01)
time.scale(0.1)
cur_time = python_time.time()
fut_time = time.future(1)
self.assertApproximates(cur_time / time._get_scale() + 1,
fut_time, 0.01)
time_left = time.left(fut_time)
self.assertApproximates(1, time_left, 0.01)
