def test_lib_cdate_Julianday(self):
for m in range(3, 6):
for d in range(10, 20):
j = cdate.julianDay(2020, m, d)
jy, jm, jd = cdate.FromJulian(j)
self.assertEqual(
(2020, m, d), (jy, jm, jd),
msg='Julian/Gregorian round-trip failed for 2020-%i-%i' %
(m, d))
def test_lib_cdate_Dayofweek(self):
# this also validates cdate.julianDay, since Date.day_of_week depends on it
for m in range(3, 6):
for d in range(10, 20):
realwd = datetime.date(2020, m, d).weekday()
testwd = cdate.Date(2020, m, d).day_of_week
self.assertEqual(
realwd,
testwd,
msg="Expected weekday to be %i for date 2020-%i-%i, got %i"
% (realwd, m, d, testwd))
def test_lib_cdate_DateCtor(self):
cdate.Date(2014, 1, 31)
def test_lib_cdate_IsleapFalse(self):
l2 = cdate.isleap(2013)
self.assertFalse(l2, msg='Expected a non leap year')
def test_lib_cdate_NowCtor(self):
cdate.now()
def test_lib_cdate_IsleapTrue(self):
l1 = cdate.isleap(2012)
self.assertTrue(l1, msg='Expected a leap year')
def test_lib_cdate_Dayofweek(self):
jd = cdate.julianDay(2014, 1, 10)
dw = cdate.dayOfWeek(jd)
self.assertTrue(dw == 4, msg='Expected "4" assuming Monday is 1, got %s' % dw)
def test_lib_cdate_Julianday(self):
bd = cdate.Date(2014, 1, 10)
jd = cdate.julianDay(bd.year, bd.month, bd.day)
self.assertTrue(jd == bd.julian,
msg='Expected them to be equal')
def test_lib_cdate_IsleapFalse(self):
l2 = cdate.isleap(2013)
self.assertFalse(l2, msg='Expected a non leap year')
def test_lib_cdate_IsleapTrue(self):
l1 = cdate.isleap(2012)
self.assertTrue(l1, msg='Expected a leap year')
def test_lib_cdate_NowCtor(self):
cdate.now()