def clean_activation(self):
errors = plan_validation(self.user)
if not errors['required_to_activate']:
plan_validation(self.user, on_activation=True)
self.activate()
else:
self.deactivate()
return errors
def clean_activation(self):
errors = plan_validation(self.user)
if not errors['required_to_activate']:
plan_validation(self.user, on_activation=True)
self.activate()
else:
self.deactivate()
return errors
def validate_plan(self, plan):
validation_errors = plan_validation(self.request.user, plan)
if validation_errors['required_to_activate'] or validation_errors['other']:
messages.error(self.request, _(
"The selected plan is insufficient for your account. "
"Your account will not be activated or will not work fully after completing this order."
"<br><br>Following limits will be exceeded: <ul><li>%(reasons)s</ul>") % {
'reasons': '<li>'.join(chain(validation_errors['required_to_activate'],
validation_errors['other'])),
})
def validate_plan(self, plan):
validation_errors = plan_validation(self.request.user, plan)
if validation_errors['required_to_activate'] or validation_errors['other']:
messages.error(self.request, _(
"The selected plan is insufficient for your account. "
"Your account will not be activated or will not work fully after completing this order."
"<br><br>Following limits will be exceeded: <ul><li>%(reasons)s</ul>") % {
'reasons': '<li>'.join(chain(validation_errors['required_to_activate'],
validation_errors['other'])),
})
