def validate(cls, item):
# If there's no input in the item, it's valid
if not isinstance(item, str) or item == "":
return True
else:
# Otherwise it needs to be a date on or before today and after the year 1000.
# We ourselves create this format if the user gives valid info.
matches_date_pattern = re.search(r"^\d{1,2}\/\d{1,2}\/\d{4}$", item)
try:
date = as_datetime(item)
except Exception as error:
msg = f"{ item } {word('is not a valid date')}"
raise DAValidationError(msg)
if matches_date_pattern:
date_diff = date_difference(starting=date, ending=today())
if date_diff.days >= 0.0:
return True
else:
raise DAValidationError(
word("Answer with a <strong>date of birth</strong>")
)
else:
msg = (
f"{ item } {word('is not a valid <strong>date of birth</strong>')}"
)
raise DAValidationError(msg)
def store_signature_data( signer ):
"""Try to update signature values in the data store.
These include:
* `signature`
* `signature_date`
* `has_signed`
Paramaters
----------
signer: Individual
An obj of the Individual class that will be given the attributes if keys are valid.
Returns
----------
Returns True if the data got set. Otherwise returns False.
"""
## These first two are a bit weird and hidden. What's the clearest/most traceable choice?
#signer.signature_date = today()
#signer.has_signed = True
# TODO: Set persistance and privacy of signature? Seems to funciton without, or is that in other code somewhere?
store_signer_attribute( signer.signature_data_id, signer.id, 'signature', signer.signature )
store_signer_attribute( signer.signature_data_id, signer.id, 'signature_date', today() )
return store_signer_attribute( signer.signature_data_id, signer.id, 'has_signed', True )
def validate_signature(self, code):
if code not in self.info_by_code:
raise Exception("Invalid code")
self.info_by_code[code]['signed'] = True
self.info_by_code[code]['date'] = today()
self.info_by_code[code]['datetime'] = current_datetime()
self.info_by_code[code]['ip'] = device(
ip=True) or word("Unable to determine IP address")
self.check_if_final()
def is_more_than_one_month_ago(date):
if date < today() - one_month:
return True
else:
return False
def is_more_than_one_year_ago(date):
if date < today() - one_year:
return True
else:
return False
def is_more_than_three_years_ago(date):
if date < today() - three_years:
return True
else:
return False
def is_after_birth_and_more_than_month_ago(date, birth_date):
if date > birth_date and date < today() - one_month:
return True
else:
return False
def __init__(self, variable, name, requested=False, accepted=True, date_of_evaluation=today()):
super(Evaluation, self).init(self, variable, name, requested=False, accepted=True, date_of_evaluation=today())