def overview():
nodelist = Node.select().where((Node.user == flask.session['UserID']))
results = []
enabled = 0
attention = 0
x = max_last_paid_for_ten_pct()
for node in nodelist:
if node.node_status == 'ENABLED':
enabled = enabled + 1
if node.node_last_paid_block < x:
# node.label = '<b>' + node.label + '</b>'
node.top_ten = True # TODO: This is gross
else:
attention = attention + 1
last_upd = State.select().where(State.key == 'last_updated').first().value
secs_since_last_upd = int(time.time()) - int(last_upd)
return flask.render_template('overview.html',
nodes=nodelist,
enabled=enabled,
attention=attention,
last_upd=secs_since_last_upd)
def produce_bop_json():
"""
Loops through houses/parties to count seats and calculate deltas.
"""
# Party mapping.
parties = [('republicans', 'r'), ('democrats', 'd'), ('other', 'o')]
# House/seats/delta mapping.
houses = [('house', 'H'), ('senate', 'S')]
# Blank dataset.
data = bootstrap_bop_data()
# President.
for state in State.select().where(State.called == True):
for party, abbr in parties:
if state.winner == abbr:
data['president'][party] = calculate_president_bop(
data['president'][party], state.electoral_votes)
# House/senate.
for office, short in houses:
for race in Race.select().where(
(Race.ap_called == True) | (Race.npr_called == True),
Race.office_code == short):
for party, abbr in parties:
if race.winner == abbr:
if short == 'H':
data[office][party] = calculate_house_bop(
data[office][party])
if short == 'S':
data[office][party] = calculate_senate_bop(
race, data[office][party])
if short == 'S':
data[office] = calculate_net_pickups(race, data[office])
# Write the number of uncalled races.
# First, the races where we accept AP calls but no calls have come in.
data[office]['not_called'] += Race.select()\
.where(
Race.accept_ap_call == True,
Race.ap_called == False,
Race.office_code == short)\
.count()
# Second, the races where we don't accept AP calls and no NPR calls are in.
data[office]['not_called'] += Race.select()\
.where(
Race.accept_ap_call == False,
Race.npr_called == False,
Race.office_code == short)\
.count()
return data
def parse_president_district(state_code, row):
race_data = dict(zip(DISTRICT_RACE_FIELDS,
row[:len(DISTRICT_RACE_FIELDS)]))
candidate_count = (
len(row) - len(DISTRICT_RACE_FIELDS)) / len(DISTRICT_CANDIDATE_FIELDS)
i = 0
obama_data = None
romney_data = None
total_vote_count = 0
while i < candidate_count:
first_field = len(DISTRICT_RACE_FIELDS) + (
i * len(DISTRICT_CANDIDATE_FIELDS))
last_field = first_field + len(DISTRICT_CANDIDATE_FIELDS)
candidate_data = dict(
zip(DISTRICT_CANDIDATE_FIELDS, row[first_field:last_field]))
if candidate_data['last_name'] == 'Obama':
obama_data = candidate_data
elif candidate_data['last_name'] == 'Romney':
romney_data = candidate_data
total_vote_count += int(candidate_data['vote_count'])
i += 1
assert obama_data and romney_data
if race_data['district_name'] == state_code:
q = (State.id == state_code.lower())
else:
district_number = race_data['district_name'][-1:]
q = (State.id == state_code.lower() + district_number)
state = State.select().where(q).get()
ap_call = 'r' if romney_data[
'ap_winner'] else 'd' if obama_data['ap_winner'] else 'u'
ap_called_at = state.ap_called_at
if ap_call != state.ap_call:
ap_called_at = datetime.datetime.now(tz=pytz.utc)
state.ap_call = ap_call
state.ap_called_at = ap_called_at
state.total_precincts = race_data['total_precincts']
state.precincts_reporting = race_data['precincts_reporting']
state.rep_vote_count = romney_data['vote_count']
state.dem_vote_count = obama_data['vote_count']
state.total_vote_count = total_vote_count
state.save()
def produce_bop_json():
"""
Loops through houses/parties to count seats and calculate deltas.
"""
# Party mapping.
parties = [('republicans', 'r'), ('democrats', 'd'), ('other', 'o')]
# House/seats/delta mapping.
houses = [('house', 'H'), ('senate', 'S')]
# Blank dataset.
data = bootstrap_bop_data()
# President.
for state in State.select().where(State.called == True):
for party, abbr in parties:
if state.winner == abbr:
data['president'][party] = calculate_president_bop(data['president'][party], state.electoral_votes)
# House/senate.
for office, short in houses:
for race in Race.select().where(
(Race.ap_called == True) | (Race.npr_called == True), Race.office_code == short):
for party, abbr in parties:
if race.winner == abbr:
if short == 'H':
data[office][party] = calculate_house_bop(data[office][party])
if short == 'S':
data[office][party] = calculate_senate_bop(race, data[office][party])
if short == 'S':
data[office] = calculate_net_pickups(race, data[office])
# Write the number of uncalled races.
# First, the races where we accept AP calls but no calls have come in.
data[office]['not_called'] += Race.select()\
.where(
Race.accept_ap_call == True,
Race.ap_called == False,
Race.office_code == short)\
.count()
# Second, the races where we don't accept AP calls and no NPR calls are in.
data[office]['not_called'] += Race.select()\
.where(
Race.accept_ap_call == False,
Race.npr_called == False,
Race.office_code == short)\
.count()
return data
def parse_president_district(state_code, row):
race_data = dict(zip(DISTRICT_RACE_FIELDS, row[:len(DISTRICT_RACE_FIELDS)]))
candidate_count = (len(row) - len(DISTRICT_RACE_FIELDS)) / len(DISTRICT_CANDIDATE_FIELDS)
i = 0
obama_data = None
romney_data = None
total_vote_count = 0
while i < candidate_count:
first_field = len(DISTRICT_RACE_FIELDS) + (i * len(DISTRICT_CANDIDATE_FIELDS))
last_field = first_field + len(DISTRICT_CANDIDATE_FIELDS)
candidate_data = dict(zip(DISTRICT_CANDIDATE_FIELDS, row[first_field:last_field]))
if candidate_data['last_name'] == 'Obama':
obama_data = candidate_data
elif candidate_data['last_name'] == 'Romney':
romney_data = candidate_data
total_vote_count += int(candidate_data['vote_count'])
i += 1
assert obama_data and romney_data
if race_data['district_name'] == state_code:
q = (State.id == state_code.lower())
else:
district_number = race_data['district_name'][-1:]
q = (State.id == state_code.lower() + district_number)
state = State.select().where(q).get()
ap_call = 'r' if romney_data['ap_winner'] else 'd' if obama_data['ap_winner'] else 'u'
ap_called_at = state.ap_called_at
if ap_call != state.ap_call:
ap_called_at = datetime.datetime.now(tz=pytz.utc)
state.ap_call = ap_call
state.ap_called_at = ap_called_at
state.total_precincts = race_data['total_precincts']
state.precincts_reporting = race_data['precincts_reporting']
state.rep_vote_count = romney_data['vote_count']
state.dem_vote_count = obama_data['vote_count']
state.total_vote_count = total_vote_count
state.save()
def bootstrap_president():
"""
Creates/overwrites presidential state results with initial data.
"""
with open('initial_data/president_bootstrap.csv') as f:
reader = csv.DictReader(f)
for row in reader:
for field in ['total_precincts', 'precincts_reporting', 'rep_vote_count', 'dem_vote_count']:
if row[field] == '':
row[field] = 0
try:
state = State.select().where(
State.id == row['id']
).get()
state.update(**row)
except State.DoesNotExist:
state = State.create(**row)
state.save()
def write_electris_json():
"""
Rewrites JSON files from the DB for president.
"""
output_states = []
for state in State.select().order_by(State.electoral_votes.desc(),
State.name.asc()):
state = state._data
if state['npr_call'] != 'n' and state['npr_call'] != 'u':
state['call'] = state['npr_call']
state['called_at'] = state['npr_called_at']
state['called_by'] = 'npr'
elif state['accept_ap_call'] and state['ap_call'] != 'u':
state['call'] = state['ap_call']
state['called_at'] = state['ap_called_at']
state['called_by'] = 'ap'
else:
state['call'] = None
state['called_at'] = None
state['called_by'] = None
del state['npr_call']
del state['npr_called_at']
del state['ap_call']
del state['ap_called_at']
del state['called_by']
del state['accept_ap_call']
del state['rowid']
del state['prediction']
output_states.append(state)
output = json.dumps({
'balance_of_power': produce_bop_json(),
'states': output_states
})
with open(settings.PRESIDENT_FILENAME, 'w') as f:
f.write(output)
def bootstrap_president():
"""
Creates/overwrites presidential state results with initial data.
"""
with open('initial_data/president_bootstrap.csv') as f:
reader = csv.DictReader(f)
for row in reader:
for field in [
'total_precincts', 'precincts_reporting', 'rep_vote_count',
'dem_vote_count'
]:
if row[field] == '':
row[field] = 0
try:
state = State.select().where(State.id == row['id']).get()
state.update(**row)
except State.DoesNotExist:
state = State.create(**row)
state.save()
def write_electris_json():
"""
Rewrites JSON files from the DB for president.
"""
output_states = []
for state in State.select().order_by(State.electoral_votes.desc(), State.name.asc()):
state = state._data
if state['npr_call'] != 'n' and state['npr_call'] != 'u':
state['call'] = state['npr_call']
state['called_at'] = state['npr_called_at']
state['called_by'] = 'npr'
elif state['accept_ap_call'] and state['ap_call'] != 'u':
state['call'] = state['ap_call']
state['called_at'] = state['ap_called_at']
state['called_by'] = 'ap'
else:
state['call'] = None
state['called_at'] = None
state['called_by'] = None
del state['npr_call']
del state['npr_called_at']
del state['ap_call']
del state['ap_called_at']
del state['called_by']
del state['accept_ap_call']
del state['rowid']
del state['prediction']
output_states.append(state)
output = json.dumps({
'balance_of_power': produce_bop_json(),
'states': output_states
})
with open(settings.PRESIDENT_FILENAME, 'w') as f:
f.write(output)
def update_polls():
pollster = Pollster()
for state in State.select().where(State.electoral_votes > 1):
charts = pollster.charts(topic='2012-president', state=state.id)
if charts:
chart = charts[0]
else:
print 'NO DATA FOR %s' % state.id.upper()
continue
obama = 0
romney = 0
if chart.estimates:
for estimate in chart.estimates:
if estimate['choice'] == "Obama":
obama = estimate['value']
elif estimate['choice'] == "Romney":
romney = estimate['value']
else:
print 'NO ESTIMATES FOR %s' % state.id.upper()
continue
prediction = "t"
if abs(obama - romney) > 15:
if obama > romney:
prediction = "sd"
else:
prediction = "sr"
elif abs(obama - romney) > 7.5:
if obama > romney:
prediction = "ld"
else:
prediction = "lr"
uq = State.update(prediction=prediction).where(State.id == state)
uq.execute()
def update_polls():
pollster = Pollster()
for state in State.select().where(State.electoral_votes > 1):
charts = pollster.charts(topic='2012-president', state=state.id)
if charts:
chart = charts[0]
else:
print 'NO DATA FOR %s' % state.id.upper()
continue
obama = 0
romney = 0
if chart.estimates:
for estimate in chart.estimates:
if estimate['choice'] == "Obama":
obama = estimate['value']
elif estimate['choice'] == "Romney":
romney = estimate['value']
else:
print 'NO ESTIMATES FOR %s' % state.id.upper()
continue
prediction = "t"
if abs(obama - romney) > 15:
if obama > romney:
prediction = "sd"
else:
prediction = "sr"
elif abs(obama - romney) > 7.5:
if obama > romney:
prediction = "ld"
else:
prediction = "lr"
uq = State.update(prediction=prediction).where(State.id == state)
uq.execute()
def write_replay_json():
def _scale_time(time):
first_time = datetime.datetime(2012, 11, 06, 19, 04, 02)
delta = time - first_time
return round(delta.seconds * 0.00321, 0) * 1000
output = []
states = sorted(State.select(), key=lambda state: state.called_time)
for state in states:
state_dict = state._data
state_dict['scaled_time'] = _scale_time(state.called_time)
if state_dict['npr_call'] != 'n' and state_dict['npr_call'] != 'u':
state_dict['call'] = state_dict['npr_call']
state_dict['called_at'] = state_dict['npr_called_at']
state_dict['called_by'] = 'npr'
elif state_dict['accept_ap_call'] and state_dict['ap_call'] != 'u':
state_dict['call'] = state_dict['ap_call']
state_dict['called_at'] = state_dict['ap_called_at']
state_dict['called_by'] = 'ap'
else:
state_dict['call'] = None
state_dict['called_at'] = None
state_dict['called_by'] = None
del state_dict['npr_call']
del state_dict['npr_called_at']
del state_dict['ap_call']
del state_dict['ap_called_at']
del state_dict['called_by']
del state_dict['accept_ap_call']
del state_dict['rowid']
del state_dict['prediction']
output.append(state_dict)
with open('www/replay.json', 'w') as f:
f.write(json.dumps(output))
def write_replay_json():
def _scale_time(time):
first_time = datetime.datetime(2012, 11, 06, 19, 04, 02)
delta = time - first_time
return round(delta.seconds * 0.00321, 0) * 1000
output = []
states = sorted(State.select(), key=lambda state: state.called_time)
for state in states:
state_dict = state._data
state_dict['scaled_time'] = _scale_time(state.called_time)
if state_dict['npr_call'] != 'n' and state_dict['npr_call'] != 'u':
state_dict['call'] = state_dict['npr_call']
state_dict['called_at'] = state_dict['npr_called_at']
state_dict['called_by'] = 'npr'
elif state_dict['accept_ap_call'] and state_dict['ap_call'] != 'u':
state_dict['call'] = state_dict['ap_call']
state_dict['called_at'] = state_dict['ap_called_at']
state_dict['called_by'] = 'ap'
else:
state_dict['call'] = None
state_dict['called_at'] = None
state_dict['called_by'] = None
del state_dict['npr_call']
del state_dict['npr_called_at']
del state_dict['ap_call']
del state_dict['ap_called_at']
del state_dict['called_by']
del state_dict['accept_ap_call']
del state_dict['rowid']
del state_dict['prediction']
output.append(state_dict)
with open('www/replay.json', 'w') as f:
f.write(json.dumps(output))
def president(featured=None):
"""
Read/update list of presidential state winners.
"""
is_featured = False
if featured == 'featured':
is_featured = True
if request.method == 'GET':
states = State.select().order_by(State.name.asc())
if is_featured == True:
states = states.where(State.prediction == 't').order_by(State.name.asc())
context = {
'states': states,
'settings': settings
}
return render_template('president.html', **context)
if request.method == 'POST':
# First, try and get the state.
race_slug = request.form.get('race_slug', None)
race_slug = race_slug.strip()
# Next, try to get the AP call.
accept_ap_call = request.form.get('accept_ap_call', None)
if accept_ap_call != None:
# Figure out which direction we're going and send an appropriate message.
if accept_ap_call.lower() == 'true':
accept_ap_call = True
else:
accept_ap_call = False
# Accumulate changes so we only execute a single update
update_dict = {}
# If all the pieces are here, do something.
if race_slug != None and accept_ap_call != None:
# Run some SQL to change the status of this set of candidate's accept_ap_call column.
sq = State.update(accept_ap_call=accept_ap_call).where(State.id == race_slug)
sq.execute()
# Clear the NPR winner status of candidates who we accept AP calls for.
if accept_ap_call == True:
update_dict['npr_call'] = 'n',
update_dict['npr_called_at'] = None
# Try and get the winner.
party = request.form.get('party', None)
# Try and get a clear_all.
clear_all = request.form.get('clear_all', None)
if race_slug != None and clear_all != None:
# If we're passing clear_all as true ...
if clear_all == 'true':
update_dict['npr_call'] = 'n',
update_dict['npr_called_at'] = None
# If all of the pieces are here, do something.
if race_slug != None and party != None:
update_dict['npr_call'] = party,
update_dict['npr_called_at'] = datetime.datetime.utcnow()
if update_dict:
uq = State.update(**update_dict).where(State.id == race_slug)
uq.execute()
if settings.DEBUG:
o.write_electris_json()
o.write_president_json()
o.write_bop_json()
# TODO
# Return a 200. This is probably bad.
# Need to figure out what should go here.
return "Success."
def write_president_json():
"""
Outputs the president json file for bigboard's frontend.
"""
data = {}
data['balance_of_power'] = produce_bop_json()
data['results'] = []
for timezone in time_zones.PRESIDENT_TIMES:
timezone_dict = {}
timezone_dict['gmt_epoch_time'] = timezone['time']
timezone_dict['states'] = []
for s in timezone['states']:
for state in State.select():
if state.id == s.lower():
state_dict = state._data
state_dict['rep_vote_percent'] = state.rep_vote_percent()
state_dict['dem_vote_percent'] = state.dem_vote_percent()
state_dict['human_gop_vote_count'] = state.human_rep_vote_count()
state_dict['human_dem_vote_count'] = state.human_dem_vote_count()
state_dict['called'] = state.called
state_dict['winner'] = state.winner
if state_dict['npr_call'] != 'n' and state_dict['npr_call'] != 'u':
state_dict['call'] = state_dict['npr_call']
state_dict['called_at'] = state_dict['npr_called_at']
state_dict['called_by'] = 'npr'
elif state_dict['accept_ap_call'] and state_dict['ap_call'] != 'u':
state_dict['call'] = state_dict['ap_call']
state_dict['called_at'] = state_dict['ap_called_at']
state_dict['called_by'] = 'ap'
else:
state_dict['call'] = None
state_dict['called_at'] = None
state_dict['called_by'] = None
call_time = None
if state_dict['called_at'] != None:
call_time = datetime.datetime.strptime(state_dict['called_at'].split('+')[0], '%Y-%m-%d %H:%M:%S.%f')
call_time = utc.normalize(utc.localize(call_time))
if state_dict['called_at'] != None:
state_dict['status_tag'] = 'Called time.'
state_dict['status'] = call_time.astimezone(eastern).strftime('%I:%M').lstrip('0')
else:
if state.precincts_reporting > 0:
state_dict['status_tag'] = 'Percent reporting.'
pct = state.percent_reporting()
if pct < 1:
state_dict['status'] = u'< 1%'
elif pct > 99 and pct < 100:
state_dict['status'] = u'99%'
else:
state_dict['status'] = u'%.0f%%' % pct
else:
state_dict['status_tag'] = 'No precincts reporting.'
if state_dict['dem_vote_count'] + state_dict['rep_vote_count'] > 0:
state_dict['status'] = u'< 1%'
else:
state_dict['status'] = u' '
timezone_dict['states'].append(state_dict)
timezone_dict['states'] = sorted(timezone_dict['states'], key=lambda state: state['name'])
data['results'].append(timezone_dict)
with open('www/president.json', 'w') as f:
f.write(json.dumps(data))
if should_send_mail:
send_score_increase_alert(*alert)
else:
print('would send mail')
print(*alert)
if __name__ == '__main__':
send_mail = True
cron_mode = False
for arg in sys.argv:
if arg == 'no_send_mail':
send_mail = False
if arg == 'cron_mode':
cron_mode = True
while True:
print('starting loop ' + str(
datetime.datetime.fromtimestamp(int(time.time())).strftime(
'%Y-%m-%d %H:%M:%S')))
main(send_mail)
print('ending loop ' + str(
datetime.datetime.fromtimestamp(int(time.time())).strftime(
'%Y-%m-%d %H:%M:%S')))
last = State.select().where(State.key == 'last_updated').first()
last.value = int(time.time())
last.save()
if cron_mode:
break
def write_president_json():
"""
Outputs the president json file for bigboard's frontend.
"""
data = {}
data['balance_of_power'] = produce_bop_json()
data['results'] = []
for timezone in time_zones.PRESIDENT_TIMES:
timezone_dict = {}
timezone_dict['gmt_epoch_time'] = timezone['time']
timezone_dict['states'] = []
for s in timezone['states']:
for state in State.select():
if state.id == s.lower():
state_dict = state._data
state_dict['rep_vote_percent'] = state.rep_vote_percent()
state_dict['dem_vote_percent'] = state.dem_vote_percent()
state_dict[
'human_gop_vote_count'] = state.human_rep_vote_count()
state_dict[
'human_dem_vote_count'] = state.human_dem_vote_count()
state_dict['called'] = state.called
state_dict['winner'] = state.winner
if state_dict['npr_call'] != 'n' and state_dict[
'npr_call'] != 'u':
state_dict['call'] = state_dict['npr_call']
state_dict['called_at'] = state_dict['npr_called_at']
state_dict['called_by'] = 'npr'
elif state_dict[
'accept_ap_call'] and state_dict['ap_call'] != 'u':
state_dict['call'] = state_dict['ap_call']
state_dict['called_at'] = state_dict['ap_called_at']
state_dict['called_by'] = 'ap'
else:
state_dict['call'] = None
state_dict['called_at'] = None
state_dict['called_by'] = None
call_time = None
if state_dict['called_at'] != None:
call_time = datetime.datetime.strptime(
state_dict['called_at'].split('+')[0],
'%Y-%m-%d %H:%M:%S.%f')
call_time = utc.normalize(utc.localize(call_time))
if state_dict['called_at'] != None:
state_dict['status_tag'] = 'Called time.'
state_dict['status'] = call_time.astimezone(
eastern).strftime('%I:%M').lstrip('0')
else:
if state.precincts_reporting > 0:
state_dict['status_tag'] = 'Percent reporting.'
pct = state.percent_reporting()
if pct < 1:
state_dict['status'] = u'< 1%'
elif pct > 99 and pct < 100:
state_dict['status'] = u'99%'
else:
state_dict['status'] = u'%.0f%%' % pct
else:
state_dict[
'status_tag'] = 'No precincts reporting.'
if state_dict['dem_vote_count'] + state_dict[
'rep_vote_count'] > 0:
state_dict['status'] = u'< 1%'
else:
state_dict['status'] = u' '
timezone_dict['states'].append(state_dict)
timezone_dict['states'] = sorted(timezone_dict['states'],
key=lambda state: state['name'])
data['results'].append(timezone_dict)
with open('www/president.json', 'w') as f:
f.write(json.dumps(data))
