def test_random_conversions(self):
for rd_maps in RANDOM_CONVERSION_MAPS:
nep_date = NepaliDate(**rd_maps['nep'])
eng_date = datetime.date(**rd_maps['eng'])
eng_date_trans = nep_date.to_english_date()
assert eng_date_trans == eng_date
def test_to_english_date(self):
date_nepali = NepaliDate(MIN_DATE['year'], MIN_DATE['month'],
MIN_DATE['day'])
date_english = date_nepali.to_english_date()
assert date_english.year == REFERENCE_DATE_AD['year']
assert date_english.month == REFERENCE_DATE_AD['month']
assert date_english.day == REFERENCE_DATE_AD['day']
def nep_date(self, obj):
try:
# valid_dob = (self.date.split('-'))
return NepaliDate.to_nepali_date(obj.date)
except:
return '-'
return
def test_to_nepali_date(self):
date_english = datetime.date(REFERENCE_DATE_AD['year'],
REFERENCE_DATE_AD['month'],
REFERENCE_DATE_AD['day'])
date_nepali = NepaliDate.to_nepali_date(date_ad=date_english)
assert date_nepali.year == MIN_DATE['year']
assert date_nepali.month == MIN_DATE['month']
assert date_nepali.day == MIN_DATE['day']
def test_max_date(self):
nep_date = NepaliDate(2051, 10, 1)
assert MAX_DATE['year'] == nep_date.max.year
assert MAX_DATE['month'] == nep_date.max.month
assert MAX_DATE['day'] == nep_date.max.day
def test_min_date(self):
nep_date = NepaliDate(2051, 10, 1)
assert MIN_DATE['year'] == nep_date.min.year
assert MIN_DATE['month'] == nep_date.min.month
assert MIN_DATE['day'] == nep_date.min.day
def test_strfdate(self):
nep_date = NepaliDate(2051, 10, 1)
assert nep_date.strfdate('%y %m %d %a') == '51 10 01 Sun'
assert nep_date.strfdate('%Y %A') == '2051 Sunday'
assert nep_date.strfdate('%b %B') == 'Mag Magh'
def test_today(self):
nep_date = NepaliDate.today(lang='eng')
assert 1 <= nep_date.day <= 32
assert 1 <= nep_date.month <= 12
def test_strpdate(self):
nep_date = NepaliDate.strpdate(' 2051/10/01', fmt=' %Y/%m/%d')
assert nep_date == NepaliDate(2051, 10, 1)
def save(self, *args, **kwargs):
if self.nepali_date != "":
self.date = NepaliDate.to_english_date(
NepaliDate(*self.nepali_date.split('-')))
super(Payment, self).save(*args, **kwargs)