def test_valid_function(self):
from pycalcal.wrappers import is_valid_chinese_date
valid_dates = [chinese_date(2009, 5, 12, True),
chinese_date(1989, 5, 9, False),
chinese_date(1969, 6, 7, False)]
for d in valid_dates:
print("Validating:",d)
self.assertTrue(is_valid_chinese_date(d))
invalid_dates = [chinese_date(1989, 5, 9, True),
chinese_date(2010, 15, 3, False),
chinese_date(1903, 5, 30, False)]
for d in invalid_dates:
print("Validating:",d)
self.assertFalse(is_valid_chinese_date(d))
def __init__(self, gregorian_date, chinese_date):
if not (gregorian_date and chinese_date):
raise ValueError
if not is_valid_chinese_date(chinese_date):
raise ValueError("Chinese date is not valid.")
self.gregorian_date = gregorian_date
self.chinese_date = chinese_date
self._stem = get_stem(self.chinese_date)
self._branch = get_branch(self.chinese_date)
def __init__(self, gregorian_date, chinese_date):
if not (gregorian_date and chinese_date):
raise ValueError
if not is_valid_chinese_date(chinese_date):
raise ValueError("Chinese date is not valid.")
self.gregorian_date = gregorian_date
self.chinese_date = chinese_date
self._stem = get_stem(self.chinese_date)
self._branch = get_branch(self.chinese_date)
def test_valid_function(self):
from pycalcal.wrappers import is_valid_chinese_date
valid_dates = [
chinese_date(2009, 5, 12, True),
chinese_date(1989, 5, 9, False),
chinese_date(1969, 6, 7, False)
]
for d in valid_dates:
print("Validating:", d)
self.assertTrue(is_valid_chinese_date(d))
invalid_dates = [
chinese_date(1989, 5, 9, True),
chinese_date(2010, 15, 3, False),
chinese_date(1903, 5, 30, False)
]
for d in invalid_dates:
print("Validating:", d)
self.assertFalse(is_valid_chinese_date(d))