def handle(self, **options):
repo_root = realpath(join(dirname(__file__), '..', '..', '..'))
output_filename = join(
repo_root,
'elections',
settings.ELECTION_APP,
'static',
'js',
'post-to-party-set.js',
)
with open(output_filename, 'w') as f:
f.write('var postIDToPartySet = ')
mapping = {
post['id']: AREA_POST_DATA.post_id_to_party_set(post['id'])
for election, election_data in settings.ELECTIONS_CURRENT
for post in get_all_posts(election_data['for_post_role'])
}
unknown_post_ids = [
k for k, v in mapping.items()
if v is None
]
f.write(json.dumps(mapping))
f.write(';\n')
if unknown_post_ids:
print "Warning: no party set could be found for these post IDs:"
print unknown_post_ids
def handle(self, **options):
repo_root = realpath(join(dirname(__file__), '..', '..', '..'))
output_filename = join(
repo_root,
'elections',
settings.ELECTION_APP,
'static',
'js',
'post-to-party-set.js',
)
with open(output_filename, 'w') as f:
f.write('var postIDToPartySet = ')
mapping = {
post['id']: AREA_POST_DATA.post_id_to_party_set(post['id'])
for election, election_data in settings.ELECTIONS_CURRENT
for post in get_all_posts(election_data['for_post_role'])
}
unknown_post_ids = [k for k, v in mapping.items() if v is None]
f.write(json.dumps(mapping))
f.write(';\n')
if unknown_post_ids:
print "Warning: no party set could be found for these post IDs:"
print unknown_post_ids
def handle(self, **options):
person_to_elections = defaultdict(list)
election_to_people = defaultdict(set)
for election, election_data in settings.ELECTIONS_BY_DATE:
post_role = election_data['for_post_role']
# We iterate over the posts twice, so just evaluate the
# generator to a list before iterating:
all_posts = list(
get_all_posts(post_role, embed='membership.person'))
all_parties = PARTY_DATA.party_id_to_name
counts = {
'candidates': 0,
'parties': {
party_id: {
'count': 0,
'party_name': name
}
for party_id, name in all_parties.items()
},
'posts': {
str(p['id']): {
'count': 0,
'post_label': p['label']
}
for p in all_posts
},
}
for post in all_posts:
for m in post['memberships']:
candidate_role = election_data['candidate_membership_role']
if m.get('role') != candidate_role:
continue
person = m['person_id']
standing_in = person.get('standing_in') or {}
if not standing_in.get(election):
continue
if not membership_covers_date(
m, election_data['election_date']):
continue
counts['candidates'] += 1
counts['posts'][post['id']]['count'] += 1
election_to_people[election].add(person['id'])
party = person['party_memberships'][election]
party_id = party['id']
counts['parties'].setdefault(party_id, {
'count': 0,
'party_name': party['name']
})
counts['parties'][party_id]['count'] += 1
person_to_elections[person['id']].append({
'election':
election,
'election_data':
election_data,
'party_id':
party_id,
})
party_id
# Posts
for post_id, data in counts['posts'].items():
obj = {
'election': election,
'count_type': 'post',
'name': data['post_label'],
'count': data['count'],
'object_id': post_id
}
self.add_or_update(obj)
# Add or create objects in the database
# Parties
for party_id, data in counts['parties'].items():
obj = {
'election': election,
'count_type': 'party',
'name': data['party_name'],
'count': data['count'],
'object_id': party_id
}
self.add_or_update(obj)
# Set the total party count
self.add_or_update({
'election': election,
'count_type': 'total',
'name': 'total',
'count': counts['candidates'],
'object_id': election,
})
# Now we've been through all candidates for all elections, go
# back through all the current elections to see if anyone stood
# for a non-current election:
for current_election, current_election_data in settings.ELECTIONS_CURRENT:
standing_again_same_party_from = defaultdict(int)
standing_again_different_party_from = defaultdict(int)
new_candidates_from = defaultdict(int)
standing_again_from = defaultdict(int)
for person_id in election_to_people[election]:
# Get their party in the current_election:
current_party = None
for d in person_to_elections[person_id]:
if current_election == d['election']:
current_party = d['party_id']
# Now go through all non-current elections, and find
# whether that person was in them:
for d in person_to_elections[person_id]:
election = d['election']
election_data = d['election_data']
party_id = d['party_id']
if election_data['current']:
continue
standing_again_from[election] += 1
if party_id == current_party:
standing_again_same_party_from[election] += 1
else:
standing_again_different_party_from[election] += 1
# Now work out how many new candidates there were with
# respect to each of those previous elections.
for election, election_data in settings.ELECTIONS_BY_DATE:
if election_data['current']:
continue
total_candidates = CachedCount.objects.get(election=election,
count_type='total',
name='total').count
new_candidates_from[election] = \
total_candidates - standing_again_from[election]
# Now add all these relative totals to the database:
for count_type, d in (
('standing_again_same_party',
standing_again_same_party_from),
('standing_again_different_party',
standing_again_different_party_from),
('new_candidates', new_candidates_from),
('standing_again', standing_again_from),
):
self.add_or_update({
'election': current_election,
'count_type': count_type,
'name': count_type,
# Possibly slightly abusing the object_id
# field to indicate the other election these
# counts are relative to:
'object_id': election,
'count': d[election],
})
if options['delete_dissolved']:
# Remove any parties that have dissolved but still might have
# entries in the database:
parties_in_database = set(
CachedCount.objects.filter(count_type='party'). \
values_list('object_id', flat=True)
)
current_parties = set(PARTY_DATA.party_id_to_name.keys())
parties_to_remove = parties_in_database - current_parties
CachedCount.objects.filter(
count_type='party', object_id__in=parties_to_remove).delete()
def handle(self, **options):
person_to_elections = defaultdict(list)
election_to_people = defaultdict(set)
stale_entries_to_remove = set(CachedCount.objects.all())
for election_data in Election.objects.by_date():
post_role = election_data.for_post_role
# We iterate over the posts twice, so just evaluate the
# generator to a list before iterating:
all_posts = list(
get_all_posts(election_data.slug, post_role, embed='membership.person')
)
all_parties = PARTY_DATA.party_id_to_name
counts = {
'candidates': 0,
'parties': {
party_id: {'count': 0, 'party_name': name}
for party_id, name in all_parties.items()
},
'posts': {
str(p['id']): {'count': 0, 'post_label': p['label']}
for p in all_posts
},
}
for post in all_posts:
for m in post['memberships']:
candidate_role = election_data.candidate_membership_role
if m.get('role') != candidate_role:
continue
person = m['person_id']
standing_in = person.get('standing_in') or {}
if not standing_in.get(election_data.slug):
continue
if not membership_covers_date(m, election_data.election_date):
continue
counts['candidates'] += 1
counts['posts'][post['id']]['count'] += 1
election_to_people[election_data.slug].add(person['id'])
party = person['party_memberships'][election_data.slug]
party_id = party['id']
counts['parties'].setdefault(
party_id,
{'count': 0, 'party_name': party['name']}
)
counts['parties'][party_id]['count'] += 1
person_to_elections[person['id']].append(
{
'election': election_data.slug,
'election_data': election_data,
'party_id': party_id,
}
)
party_id
# Posts
for post_id, data in counts['posts'].items():
obj = {
'election': election_data.slug,
'count_type': 'post',
'name': data['post_label'],
'count': data['count'],
'object_id': post_id
}
cc_to_keep = self.add_or_update(obj)
stale_entries_to_remove.discard(cc_to_keep)
# Add or create objects in the database
# Parties
for party_id, data in counts['parties'].items():
obj = {
'election': election_data.slug,
'count_type': 'party',
'name': data['party_name'],
'count': data['count'],
'object_id': party_id
}
cc_to_keep = self.add_or_update(obj)
stale_entries_to_remove.discard(cc_to_keep)
# Set the total party count
cc_to_keep = self.add_or_update({
'election': election_data.slug,
'count_type': 'total',
'name': 'total',
'count': counts['candidates'],
'object_id': election_data.slug,
})
stale_entries_to_remove.discard(cc_to_keep)
# Now we've been through all candidates for all elections, go
# back through all the current elections to see if anyone stood
# for a non-current election:
for current_election_data in Election.objects.current().by_date():
standing_again_same_party_from = defaultdict(int)
standing_again_different_party_from = defaultdict(int)
new_candidates_from = defaultdict(int)
standing_again_from = defaultdict(int)
for person_id in election_to_people[election_data.slug]:
# Get their party in the current_election:
current_party = None
for d in person_to_elections[person_id]:
if current_election_data.slug == d['election']:
current_party = d['party_id']
# Now go through all non-current elections, and find
# whether that person was in them:
for d in person_to_elections[person_id]:
election_data.slug = d['election']
election_data = d['election_data']
party_id = d['party_id']
if election_data.current:
continue
standing_again_from[election_data.slug] += 1
if party_id == current_party:
standing_again_same_party_from[election_data.slug] += 1
else:
standing_again_different_party_from[election_data.slug] += 1
# Now work out how many new candidates there were with
# respect to each of those previous elections.
for election_data in Election.objects.by_date():
if election_data.current:
continue
total_candidates = CachedCount.objects.get(
election=election_data.slug,
count_type='total',
name='total'
).count
new_candidates_from[election_data.slug] = \
total_candidates - standing_again_from[election_data.slug]
# Now add all these relative totals to the database:
for count_type, d in (
('standing_again_same_party', standing_again_same_party_from),
('standing_again_different_party', standing_again_different_party_from),
('new_candidates', new_candidates_from),
('standing_again', standing_again_from),
):
cc_to_keep = self.add_or_update({
'election': current_election_data.slug,
'count_type': count_type,
'name': count_type,
# Possibly slightly abusing the object_id
# field to indicate the other election these
# counts are relative to:
'object_id': election_data.slug,
'count': d[election_data.slug],
})
stale_entries_to_remove.discard(cc_to_keep)
if stale_entries_to_remove:
self.stderr.write("Removing the following stale CachedCount objects:\n")
for cc in stale_entries_to_remove:
self.stderr.write(u" {0}\n".format(cc))
ids_to_remove = [cc.id for cc in stale_entries_to_remove]
CachedCount.objects.filter(id__in=ids_to_remove).delete()
def handle(self, **options):
person_to_elections = defaultdict(list)
election_to_people = defaultdict(set)
for election, election_data in settings.ELECTIONS_BY_DATE:
post_role = election_data['for_post_role']
# We iterate over the posts twice, so just evaluate the
# generator to a list before iterating:
all_posts = list(
get_all_posts(post_role, embed='membership.person')
)
all_parties = PARTY_DATA.party_id_to_name
counts = {
'candidates': 0,
'parties': {
party_id: {'count': 0, 'party_name': name}
for party_id, name in all_parties.items()
},
'posts': {
str(p['id']): {'count': 0, 'post_label': p['label']}
for p in all_posts
},
}
for post in all_posts:
for m in post['memberships']:
candidate_role = election_data['candidate_membership_role']
if m.get('role') != candidate_role:
continue
person = m['person_id']
standing_in = person.get('standing_in') or {}
if not standing_in.get(election):
continue
if not membership_covers_date(m, election_data['election_date']):
continue
counts['candidates'] += 1
counts['posts'][post['id']]['count'] += 1
election_to_people[election].add(person['id'])
party = person['party_memberships'][election]
party_id = party['id']
counts['parties'].setdefault(
party_id,
{'count': 0, 'party_name': party['name']}
)
counts['parties'][party_id]['count'] += 1
person_to_elections[person['id']].append(
{
'election': election,
'election_data': election_data,
'party_id': party_id,
}
)
party_id
# Posts
for post_id, data in counts['posts'].items():
obj = {
'election': election,
'count_type': 'post',
'name': data['post_label'],
'count': data['count'],
'object_id': post_id
}
self.add_or_update(obj)
# Add or create objects in the database
# Parties
for party_id, data in counts['parties'].items():
obj = {
'election': election,
'count_type': 'party',
'name': data['party_name'],
'count': data['count'],
'object_id': party_id
}
self.add_or_update(obj)
# Set the total party count
self.add_or_update({
'election': election,
'count_type': 'total',
'name': 'total',
'count': counts['candidates'],
'object_id': election,
})
# Now we've been through all candidates for all elections, go
# back through all the current elections to see if anyone stood
# for a non-current election:
for current_election, current_election_data in settings.ELECTIONS_CURRENT:
standing_again_same_party_from = defaultdict(int)
standing_again_different_party_from = defaultdict(int)
new_candidates_from = defaultdict(int)
standing_again_from = defaultdict(int)
for person_id in election_to_people[election]:
# Get their party in the current_election:
current_party = None
for d in person_to_elections[person_id]:
if current_election == d['election']:
current_party = d['party_id']
# Now go through all non-current elections, and find
# whether that person was in them:
for d in person_to_elections[person_id]:
election = d['election']
election_data = d['election_data']
party_id = d['party_id']
if election_data['current']:
continue
standing_again_from[election] += 1
if party_id == current_party:
standing_again_same_party_from[election] += 1
else:
standing_again_different_party_from[election] += 1
# Now work out how many new candidates there were with
# respect to each of those previous elections.
for election, election_data in settings.ELECTIONS_BY_DATE:
if election_data['current']:
continue
total_candidates = CachedCount.objects.get(
election=election,
count_type='total',
name='total'
).count
new_candidates_from[election] = \
total_candidates - standing_again_from[election]
# Now add all these relative totals to the database:
for count_type, d in (
('standing_again_same_party', standing_again_same_party_from),
('standing_again_different_party', standing_again_different_party_from),
('new_candidates', new_candidates_from),
('standing_again', standing_again_from),
):
self.add_or_update({
'election': current_election,
'count_type': count_type,
'name': count_type,
# Possibly slightly abusing the object_id
# field to indicate the other election these
# counts are relative to:
'object_id': election,
'count': d[election],
})
if options['delete_dissolved']:
# Remove any parties that have dissolved but still might have
# entries in the database:
parties_in_database = set(
CachedCount.objects.filter(count_type='party'). \
values_list('object_id', flat=True)
)
current_parties = set(
PARTY_DATA.party_id_to_name.keys()
)
parties_to_remove = parties_in_database - current_parties
CachedCount.objects.filter(
count_type='party',
object_id__in=parties_to_remove
).delete()