def get_people_not_notified(cls, event):
"""Returns a dictionary of :class:`AgreementPersonInfo` yet to be notified"""
people = cls.get_people(event)
sent_agreements = {
a.identifier
for a in Agreement.find(event_id=event.getId(), type=cls.name)
}
return {
k: v
for k, v in people.items() if v.identifier not in sent_agreements
}
def get_stats_for_signed_agreements(cls, event):
"""Returns a digest of signed agreements on an event
:param event: the event
:return: (everybody_signed, num_accepted, num_rejected)
"""
people = cls.get_people(event)
identifiers = [p.identifier for p in people.itervalues()]
query = Agreement.find(Agreement.event_id == event.getId(),
Agreement.type == cls.name,
Agreement.identifier.in_(identifiers))
num_accepted = query.filter(Agreement.accepted).count()
num_rejected = query.filter(Agreement.rejected).count()
everybody_signed = len(people) == (num_accepted + num_rejected)
return everybody_signed, num_accepted, num_rejected
def get_stats_for_signed_agreements(cls, event):
"""Returns a digest of signed agreements on an event
:param event: the event
:return: (everybody_signed, num_accepted, num_rejected)
"""
people = cls.get_people(event)
identifiers = [p.identifier for p in people.itervalues()]
query = Agreement.find(Agreement.event_id == event.getId(),
Agreement.type == cls.name,
Agreement.identifier.in_(identifiers))
num_accepted = query.filter(Agreement.accepted).count()
num_rejected = query.filter(Agreement.rejected).count()
everybody_signed = len(people) == (num_accepted + num_rejected)
return everybody_signed, num_accepted, num_rejected
def export_agreements(self, aw):
sent_agreements = {a.identifier: a for a in Agreement.find(event_id=self._event.getId(),
type=self._definition.name)}
for person in islice(sorted(self._definition.get_people(self._event).itervalues(),
key=attrgetter('name', 'identifier')),
self._offset, self._offset + self._limit):
agreement = sent_agreements.get(person.identifier)
data = {
'event_id': int(self._event.id),
'identifier': person.identifier,
'sent': agreement is not None,
'accepted': None if (not agreement or agreement.pending) else agreement.accepted,
}
self._definition.extend_api_data(self._event, person, agreement, data)
yield data
def export_agreements(self, aw):
sent_agreements = {a.identifier: a for a in Agreement.find(event_id=self._event.getId(),
type=self._definition.name)}
for person in islice(sorted(self._definition.get_people(self._event).itervalues(),
key=attrgetter('name', 'identifier')),
self._offset, self._offset + self._limit):
agreement = sent_agreements.get(person.identifier)
data = {
'event_id': int(self._event.id),
'identifier': person.identifier,
'sent': agreement is not None,
'accepted': None if (not agreement or agreement.pending) else agreement.accepted,
}
self._definition.extend_api_data(self._event, person, agreement, data)
yield data
def _merge_users(target, source, **kwargs):
Agreement.find(user_id=source.id).update({Agreement.user_id: target.id})
def _merge_users(target, source, **kwargs):
Agreement.find(user_id=source.id).update({Agreement.user_id: target.id})
def get_people_not_notified(cls, event):
"""Returns a dictionary of :class:`AgreementPersonInfo` yet to be notified"""
people = cls.get_people(event)
sent_agreements = {a.identifier for a in Agreement.find(event_id=event.getId(), type=cls.name)}
return {k: v for k, v in people.items() if v.identifier not in sent_agreements}
def _merge_users(user, merged, **kwargs):
new_id = int(user.id)
old_id = int(merged.id)
Agreement.find(user_id=old_id).update({'user_id': new_id})
def _merge_users(user, merged, **kwargs):
new_id = int(user.id)
old_id = int(merged.id)
Agreement.find(user_id=old_id).update({'user_id': new_id})
