def get_age(nin):
# Should sanitize first
try:
nin = sanitize(nin)
except:
return None
year_part = int(nin[4:6])
day_part = nin[0:2]
month_part = nin[2:4]
century = None
# Century indicator
i = int(nin[6:7])
if i in (0, 1, 2, 3):
century = "19"
elif i == 4 and year_part < 37:
century = "20"
elif i == 4 and year_part > 36:
century = "19"
elif i in (5, 6, 7, 8) and year_part < 58:
century = "20"
elif i in (5, 6, 7, 8) and year_part > 57:
century = "18"
elif i == 9 and year_part < 38:
century = "20"
else:
century = "19"
# Get year from nin again, because we need it as a string
year = int("{0}{1}".format(century, nin[4:6]))
born = datetime.date(year, int(month_part), int(day_part))
return calculate_age(born)
def get_age(nin):
nin = sanitize(nin)
if len(nin) not in (10, 11, 12, 13):
return None
nin = humanize(nin)
try:
born = date(year=int(nin['year']), day=int(nin['day']), month=int(nin['month']))
except Exception:
return None
return calculate_age(born)
def get_age(nin):
nin = sanitize(nin)
if len(nin) != 11:
return None
nin = huamnize(nin)
if int(nin['year']) < 1800:
return None
try:
born = date(year=int(nin['year']), day=int(nin['day']), month=int(nin['month']))
except Exception:
return None
return calculate_age(born)
