def get(self, slug):
response = {}
try:
mp = MP.all().filter('slug =', slug)[0]
response['mp'] = utils.mp_to_dict(mp)
except:
self.returnJSON(404, response)
return
self.query = MPVote.all().filter('mp_slug =', slug)
self.filterQueryOnParam('question')
self.filterQueryOnParam('selection')
response['votes'] = []
for vote in self.query:
d = db.to_dict(vote)
d['question'] = utils.question_to_dict(vote.parent())
del d['mp_party']
del d['mp_constituency']
del d['mp_slug']
del d['mp_name']
response['votes'].append(d)
response['total'] = len(response['votes'])
self.returnJSON(200, response)
def compareMP(user):
# Calculating MP match in real time. Should do this once, when votes are inserted.
questions = Question.all()
# Get UserVotes and capture the IDs
user_votes = UserVote.all().filter('user_username ='******'question =', u_vote.question)
if mp_vote.count() > 0:
both_voted_on = both_voted_on + 1
if score == 100:
exact_match_on = exact_match_on + 1
score = score + calculate_score(mp_vote[0].selection, u_vote.selection)
if user_votes.count() > 0:
score = score / user_votes.count()
return {
'both_voted_on': both_voted_on,
'exact_match_on': exact_match_on,
'politmus_score': score
}
def get(self, slug):
response = {}
try:
mp = MP.all().filter('slug =', slug)[0]
response['mp'] = utils.mp_to_dict(mp)
except:
self.returnJSON(404, response)
return
self.query = MPVote.all().filter('mp_slug =', slug)
self.filterQueryOnParam('question')
self.filterQueryOnParam('selection')
response['votes'] = []
for vote in self.query:
d = db.to_dict(vote)
d['question'] = utils.question_to_dict(vote.parent())
del d['mp_party']
del d['mp_constituency']
del d['mp_slug']
del d['mp_name']
response['votes'].append(d)
response['total'] = len(response['votes'])
self.returnJSON(200, response)
def compareMP(user):
# Calculating MP match in real time. Should do this once, when votes are inserted.
questions = Question.all()
# Get UserVotes and capture the IDs
user_votes = UserVote.all().filter('user_username ='******'question =', u_vote.question)
if mp_vote.count() > 0:
both_voted_on = both_voted_on + 1
if score == 100:
exact_match_on = exact_match_on + 1
score = score + calculate_score(mp_vote[0].selection,
u_vote.selection)
if user_votes.count() > 0:
score = score / user_votes.count()
return {
'both_voted_on': both_voted_on,
'exact_match_on': exact_match_on,
'politmus_score': score
}
def import_mp_votes(subset=False):
if MPVote.all().count() > 0:
print "Import already complete"
return
subset_const = [
"Brighton, Kemptown",
"Brighton, Pavillion",
"Hove",
"Hackney South and Shoreditch",
"Edinburgh North, and Leith"
]
subset_mp = [
"Caroline Lucas",
"Simon Kirby",
"Mike Weatherley",
"Meg Hillier",
"Mark Lazarowicz"
]
question_list = {}
csvfile = open('fixtures/mp_votes/vote_questions.csv', 'rU')
for row in csv.reader(csvfile):
d = Question()
d.question = row[0]
d.title = row[1]
d.date = datetime.datetime.now()
d.publicwhip_url = row[3]
d.put()
question_list[row[4]] = d
mps_created = []
consts_created = []
for question in question_list:
print question
csvfile = open('fixtures/mp_votes/%s.csv' % question, 'rU')
for row in csv.reader(csvfile):
if subset and row[1] not in subset_const and row[0] not in subset_mp:
continue
try:
v = MPVote(parent=question_list[question])
v.question = str(question_list[question].key())
v.mp_name = row[0]
v.mp_slug = slugify(row[0])
v.mp_constituency = row[1]
v.mp_party = normalise_party(row[2]).lower()
v.selection = normalise_selection(row[3])
v.mp_whilst = get_whilst(row[2])
v.put()
if v.mp_slug not in mps_created:
mp = MP()
mp.slug = v.mp_slug
mp.name = v.mp_name
mp.constituency = v.mp_constituency
mp.party = v.mp_party
mp.put()
mps_created.append(v.mp_slug)
if v.mp_constituency not in consts_created:
const = Constituency()
const.name = v.mp_constituency
const.slug = slugify(v.mp_constituency)
const.mp_name = v.mp_name
const.mp_party = v.mp_party
const.put()
consts_created.append(v.mp_constituency)
except:
print "Failed insert"
