def get_context_data(self, *args, **kwargs):
context = super(ProposalView, self).get_context_data(**kwargs)
recommendations = self.object.recommendation_set.all()
context['vote'].meps = optimise_mep_query(context['vote'].meps, proposal_score=context['vote'])
# Group subvotes by subject
subvotes = {}
subvotes_per_mep = {}
for subvote in recommendations:
if not subvote.subject in subvotes:
subvotes[subvote.subject] = []
subvotes[subvote.subject].append(subvote)
# Retrieve all recommendation choices
positions = Vote.objects.filter(recommendation=subvote).select_related("representative").values('representative_id', 'choice')
subvotes_per_mep[subvote.pk] = dict((p["representative_id"], p['choice']) for p in positions)
# Link positions to representatives
representatives_data = {}
for mep in context["vote"].meps:
positions = []
for subvote in recommendations:
try:
position = subvotes_per_mep[subvote.pk][mep.pk]
except KeyError:
# No proposition for this mep, don't break the order
# so use a None value
position = None
finally:
positions.append((position, subvote.recommendation))
representatives_data[mep.pk] = (mep, positions)
context.update({
"representatives_data": sorted(representatives_data.values(),
key=lambda x: stripdiacritics(x[0].last_name).lower()),
"subvotes": subvotes,
})
return context
def prepare_last_name(self, obj):
return [stripdiacritics(obj.last_name), ]
def prepare_fulltext(self, obj):
return [stripdiacritics(obj.content()), obj.content()]
