def picking_date_bs(self):
""":return the Nepalidate"""
if self.date:
date_str = str(self.date)
format_str = '%Y-%m-%d %H:%M:%S' # The format
datetime_obj = datetime.strptime(date_str, format_str)
self.date_bs = samwat.from_ad(datetime_obj.date())
def mydate3(self):
""":return the Nepalidate"""
if self.date:
date_str = str(self.date)
format_str = '%Y-%m-%d' # The format
datetime_obj = datetime.strptime(date_str, format_str)
self.nep_jv_date = samwat.from_ad(datetime_obj.date())
def mydate4(self):
if self.date_due:
""":return the Nepalidate"""
date_str2 = str(self.date_due)
format_str = '%Y-%m-%d' # The format
datetime_obj2 = datetime.strptime(date_str2, format_str)
self.nep_due_date = samwat.from_ad(datetime_obj2.date())
def get_request_data(self, market, commodity, category):
data = {
'csrf_appcore': self.token,
'market': market['id'],
'category': category['id'],
'commodity': commodity['id'],
'date_from': '2001-01-01',
'date_to': str(samwat.from_ad(date.today()))
}
return data
def sendBS(request):
bs_date = samwat.from_ad(date.today())
return {'bs_date': bs_date}
def get_BS(dateAD):
bs_date = samwat.from_ad(dateAD.date())
return bs_date
def calculate(vehicle_registration_type, vehicle, cubic_centimeter_capacity,
valid_upto):
dates = list((valid_upto.split('-')))
small_vehicle = ['CAR', 'JEEP', 'VAN', 'MICRO-BUS']
power_vehicle = [
'DOZER', 'EXCAVATOR', 'LOADER', 'ROLLER', 'TIPPER', 'CRANE',
'MINI-TIPPER', 'TRACTOR', 'POWER-TILLER', 'MINI-TRUCK', 'MINI-BUS',
'BUS', 'TRUCK'
]
vehicle = vehicle.upper()
tax = int()
if (int(dates[2]) == 2076):
year = '_' + '2075'
else:
year = '_' + dates[2]
if vehicle_registration_type == 'private':
database_link = sqlite3.connect('private.db')
elif vehicle_registration_type == 'public':
database_link = sqlite3.connect('public.db')
if vehicle == 'MOTORCYCLE':
cursor = database_link.execute('SELECT CC_BEG, CC_END, ' + year +
' FROM MOTORCYCLE')
for row in cursor:
if cubic_centimeter_capacity >= row[
0] and cubic_centimeter_capacity <= row[1]:
tax = row[2]
elif vehicle in small_vehicle:
cursor = database_link.execute('SELECT CC_BEG, CC_END, ' + year +
' FROM SMALL_VEH')
for row in cursor:
if (row[0] <= cubic_centimeter_capacity
and row[1] >= cubic_centimeter_capacity):
tax = row[2]
elif vehicle in power_vehicle:
cursor = database_link.execute('SELECT TYPE, ' + year +
' FROM POWER_VEH')
for row in cursor:
if row[0] == vehicle:
tax = row[1]
temp = valid_upto
valid_upto = samwat(int(dates[2]), int(dates[1]), int(dates[0]))
current_date = samwat.from_ad(date.today())
validity = valid_upto + timedelta(days=365)
validity = validity.as_tuple()
validity = str(validity[2]) + '-' + str(validity[1]) + '-' + str(
validity[0])
number_of_days_left = current_date - valid_upto
number_of_days_left = number_of_days_left.days
if number_of_days_left <= 0:
return 0, temp
penalty_free_date = valid_upto.as_tuple()
if (penalty_free_date[1] + 3 > 12):
penalty_free_date = samwat(penalty_free_date[0] + 1, 1, 1)
penalty_free_date = penalty_free_date - timedelta(days=1)
else:
penalty_free_date = samwat(penalty_free_date[0],
penalty_free_date[1] + 3,
penalty_free_date[2])
if (penalty_free_date >= current_date):
return tax, validity
days_exceeded = current_date - penalty_free_date
days_exceeded = days_exceeded.days
if days_exceeded <= 30:
tax = tax + (0.05 * tax)
elif days_exceeded <= 45:
tax = tax + (0.1 * tax)
else:
current_date = current_date.as_tuple()
if current_date[0] == int(dates[2]):
tax = tax + (0.2 * tax)
else:
tax = tax + (0.32 * tax)
return tax, validity
def test_from_ad(self):
self.assertEqual(samwat.from_ad(self.ad_date), self.bs_date)
