def test(args):
print("util.datetime")
print(" - testing pyuaf.util.DateTime()")
dt0 = pyuaf.util.DateTime()
now = time.time()
dt1 = DateTime(now)
dt1_ = DateTime(dt1)
dt2 = DateTime(now + 3.0) # 3 seconds later
dt3 = DateTime(now + 60*60*24*3) # 3 days later
print(" - testing pyuaf.util.DateTime().isNull()")
assert dt0.isNull() == True
assert dt1.isNull() == False
print(" - testing pyuaf.util.DateTime().ctime()")
# check if the difference is smaller than 1 msec
assert now - dt1.ctime() <= 0.001
print(" - testing pyuaf.util.DateTime().setCtime()")
dt = DateTime()
dt.setCtime(now)
assert now - dt.ctime() <= 0.001
print(" - testing pyuaf.util.DateTime().toTime_t()")
assert long(now) == dt1.toTime_t()
print(" - testing pyuaf.util.DateTime().msec()")
assert (now % 1) * 1000 - dt1.msec() <= 1
print(" - testing pyuaf.util.DateTime().daysTo()")
assert dt1.daysTo(dt3) == 3
print(" - testing pyuaf.util.DateTime().secsTo()")
assert dt1.secsTo(dt2) == 3
print(" - testing pyuaf.util.DateTime().msecsTo()")
assert dt1.msecsTo(dt2) == 3000
print(" - testing pyuaf.util.DateTime().addSecs()")
dt = DateTime(dt1)
dt.addSecs(3)
assert dt == dt2
print(" - testing pyuaf.util.DateTime().addMilliSecs()")
dt = DateTime(dt1)
dt.addMilliSecs(3000)
assert dt == dt2
print(" - testing pyuaf.util.DateTime().__eq__()")
assert dt1 == dt1_
assert not (dt1 == dt2)
print(" - testing pyuaf.util.DateTime().__ne__()")
assert dt1 != dt2
assert not (dt1 != dt1_)
print(" - testing pyuaf.util.DateTime().__lt__()")
assert dt1 < dt2
print(" - testing pyuaf.util.DateTime().__gt__()")
assert dt3 > dt2
def test_util_DateTime_setCtime(self):
dt = DateTime()
dt.setCtime(self.now)
# check if the difference is smaller than 1 msec
self.assertTrue(self.now - dt.ctime() <= 0.001)
def test_util_DateTime_setCtime(self):
dt = DateTime()
dt.setCtime(self.now)
# check if the difference is smaller than 1 msec
self.assertTrue(self.now - dt.ctime() <= 0.001)
class DateTimeTest(unittest.TestCase):
def setUp(self):
self.dt0 = pyuaf.util.DateTime()
self.now = time.time()
self.dt1 = DateTime(self.now)
self.dt1_ = DateTime(self.dt1)
self.dt2 = DateTime(self.now + 3.0) # 3 seconds later
self.dt3 = DateTime(self.now + 60 * 60 * 24 * 3) # 3 days later
def test_util_DateTime_isNull(self):
self.assertEqual(self.dt0.isNull(), True)
self.assertEqual(self.dt1.isNull(), False)
def test_util_DateTime_ctime(self):
# check if the difference is smaller than 1 msec
self.assertTrue(self.now - self.dt1.ctime() <= 0.001)
def test_util_DateTime_setCtime(self):
dt = DateTime()
dt.setCtime(self.now)
# check if the difference is smaller than 1 msec
self.assertTrue(self.now - dt.ctime() <= 0.001)
def test_util_DateTime_toTime_t(self):
self.assertEqual(long(self.now), self.dt1.toTime_t())
def test_util_DateTime_msec(self):
self.assertLessEqual((self.now % 1) * 1000 - self.dt1.msec(), 1)
def test_util_DateTime_daysTo(self):
self.assertEqual(self.dt1.daysTo(self.dt3), 3)
def test_util_DateTime_secsTo(self):
self.assertEqual(self.dt1.secsTo(self.dt2), 3)
def test_util_DateTime_msecsTo(self):
self.assertEqual(self.dt1.msecsTo(self.dt2), 3000)
def test_util_DateTime_addSecs(self):
dt = DateTime(self.dt1)
dt.addSecs(3)
self.assertEqual(dt, self.dt2)
def test_util_DateTime_addMilliSecs(self):
dt = DateTime(self.dt1)
dt.addMilliSecs(3000)
self.assertEqual(dt, self.dt2)
def test_util_DateTime___eq__(self):
self.assertTrue(self.dt1 == self.dt1_)
self.assertFalse(self.dt1 == self.dt2)
def test_util_DateTime___ne__(self):
self.assertTrue(self.dt1 != self.dt2)
self.assertFalse(self.dt1 != self.dt1_)
def test_util_DateTime___lt__(self):
self.assertTrue(self.dt1 < self.dt2)
def test_util_DateTime___gt__(self):
self.assertTrue(self.dt3 > self.dt2)
def test_util_DateTimeVector(self):
testVector(self, pyuaf.util.DateTimeVector, [self.dt0, self.dt1, self.dt2, self.dt3])
class DateTimeTest(unittest.TestCase):
def setUp(self):
self.dt0 = pyuaf.util.DateTime()
self.now = time.time()
self.dt1 = DateTime(self.now)
self.dt1_ = DateTime(self.dt1)
self.dt2 = DateTime(self.now + 3.0) # 3 seconds later
self.dt3 = DateTime(self.now + 60 * 60 * 24 * 3) # 3 days later
def test_util_DateTime_isNull(self):
self.assertEqual(self.dt0.isNull(), True)
self.assertEqual(self.dt1.isNull(), False)
def test_util_DateTime_ctime(self):
# check if the difference is smaller than 1 msec
self.assertTrue(self.now - self.dt1.ctime() <= 0.001)
def test_util_DateTime_setCtime(self):
dt = DateTime()
dt.setCtime(self.now)
# check if the difference is smaller than 1 msec
self.assertTrue(self.now - dt.ctime() <= 0.001)
def test_util_DateTime_toTime_t(self):
self.assertEqual(long(self.now), self.dt1.toTime_t())
def test_util_DateTime_msec(self):
self.assertLessEqual((self.now % 1) * 1000 - self.dt1.msec(), 1)
def test_util_DateTime_daysTo(self):
self.assertEqual(self.dt1.daysTo(self.dt3), 3)
def test_util_DateTime_secsTo(self):
self.assertEqual(self.dt1.secsTo(self.dt2), 3)
def test_util_DateTime_msecsTo(self):
self.assertEqual(self.dt1.msecsTo(self.dt2), 3000)
def test_util_DateTime_addSecs(self):
dt = DateTime(self.dt1)
dt.addSecs(3)
self.assertEqual(dt, self.dt2)
def test_util_DateTime_addMilliSecs(self):
dt = DateTime(self.dt1)
dt.addMilliSecs(3000)
self.assertEqual(dt, self.dt2)
def test_util_DateTime___eq__(self):
self.assertTrue(self.dt1 == self.dt1_)
self.assertFalse(self.dt1 == self.dt2)
def test_util_DateTime___ne__(self):
self.assertTrue(self.dt1 != self.dt2)
self.assertFalse(self.dt1 != self.dt1_)
def test_util_DateTime___lt__(self):
self.assertTrue(self.dt1 < self.dt2)
def test_util_DateTime___gt__(self):
self.assertTrue(self.dt3 > self.dt2)
def test_util_DateTimeVector(self):
testVector(self, pyuaf.util.DateTimeVector,
[self.dt0, self.dt1, self.dt2, self.dt3])
