def run():
game = Games(1)
#users = StateSurvey.query.filter(StateSurvey.survey_id==ID_SURVEY,\
#StateSurvey.status.op('&')(StateSurvey.FINISH_OK))
#for u in users:
#game.part2_reimplement(u.user)
# print u.user.id, u.user.email
game.match()
#for u in users:
#game.raffle(u.user)
# print u.id, u.user_id
return redirect(url_for('stats.index'))
def run_part2_raffle(id_survey):
'''run part2 and raffle if user no always game with untrue money
'''
game = Games(id_survey)
game.part2_reimplement(current_user)
game.raffle(current_user)
game.match()
def premios():
utiles.borrarJuegos()
utiles.borrarImpaciencia()
utiles.borrarRaffle()
game = Games(1)
users = StateSurvey.query.filter(StateSurvey.survey_id==1,\
StateSurvey.status.op('&')(StateSurvey.FINISH_OK))
for u in users:
game.part2_reimplement(u.user)
# print u.user.id, u.user.email
game.match()
for u in users:
game.raffle(u.user)
raffle = Raffle.query.filter(Raffle.prize!=0)
gameA = Game.query.filter(Game.prizeA)
gameB = Game.query.filter(Game.prizeB)
impatience = GameImpatience.query.filter(GameImpatience.prize)
sum_raffle = sum(r.prize for r in raffle)
sum_decisions = sum (g.moneyA for g in gameA) + \
sum (g.moneyB for g in gameB)
sum_impatience = sum (int(i.answer.answerText[8:10]) for i in impatience)
sum_total = sum_raffle + sum_decisions + sum_impatience
f = open ("prueba.txt","a")
f.write("Total: %s \n" % (sum_total))
f.write("rifa: %s \n" % (sum_raffle))
f.write("decisiones: %s \n" % (sum_decisions))
f.write("impaciencia: %s \n" % (sum_impatience))
f.write("\n\n")
f.close()
return sum_total
def run():
game = Games(1)
users = StateSurvey.query.filter(StateSurvey.survey_id==ID_SURVEY,\
StateSurvey.status.op('&')(StateSurvey.FINISH_OK),\
StateSurvey.status.op('&')(StateSurvey.PART2_MONEY)==0,\
StateSurvey.status.op('&')(StateSurvey.PART2_NO_MONEY)==0)
for u in users:
game.part2(u.user)
print u.user.id, u.user.nickname
game.match()
for ss in StateSurvey.query.filter(StateSurvey.survey_id==ID_SURVEY,\
StateSurvey.status.op('&')(StateSurvey.FINISH_OK)):
game.raffle(ss.user)
print ss.id, ss.user_id
return redirect(url_for('stats.index'))
def test_matching(self):
import utiles
u = User(nickname="john", email="*****@*****.**", role=ROLE_RESEARCHER)
db.session.add(u)
db.session.commit()
base = os.path.abspath(os.path.dirname(__file__))
name = "como_son_nuestros_voluntarios_only_games.xml"
msg, s = Survey.from_xml(os.path.join(base, name), u)
game = Games(s.id)
s.endDate = s.endDate + datetime.timedelta(1, 0)
db.session.add(s)
db.session.commit()
n1 = 40
utiles.generate_answers_fake(s.id, n1)
game.match()
users = StateSurvey.query.filter(
StateSurvey.survey_id == s.id,
StateSurvey.status.op("&")(StateSurvey.FINISH_OK),
StateSurvey.status.op("&")(StateSurvey.PART2_MONEY) == 0,
StateSurvey.status.op("&")(StateSurvey.PART2_NO_MONEY) == 0,
)
for u in users:
game.part2(u.user)
game.raffle(u.user)
self.assertEqual(n1, len(GameImpatience.query.all()))
n2 = 1
utiles.generate_answers_fake(s.id, n2)
game.match()
users = StateSurvey.query.filter(
StateSurvey.survey_id == s.id,
StateSurvey.status.op("&")(StateSurvey.FINISH_OK),
StateSurvey.status.op("&")(StateSurvey.PART2_MONEY) == 0,
StateSurvey.status.op("&")(StateSurvey.PART2_NO_MONEY) == 0,
)
for u in users:
game.part2(u.user)
game.raffle(u.user)
self.assertEqual(n1 + n2, len(GameImpatience.query.all()))
def match():
game = Games(1)
game.match()
