def prompt_vote_poll():
poll_id = int(input("Enter poll you would like to vote on: "))
_print_poll_options(Poll.get(poll_id).options)
option_id = int(input("Enter option you'd like to vote for: "))
username = input("Enter the username you'd like to vote as: ")
Option.get(option_id).vote(username)
def generate_questions(conf, group_conf):
df = group_conf['df']
name = f"Comité exécutif {group_conf['semester']}"
description = "Pour cette section, seulement une personne peut-être élue par poste."
group = Group(name, description)
postes = conf['postes_exec']
questions = []
questions_map = {}
# clean poste vise
for poste in postes:
df.loc[df[POSTE_VISE].str.
contains(pat=f"(?:^{postes[poste]}|{poste})", regex=True),
POSTE_VISE] = poste
applied_posts = [
poste for poste in postes if poste in df[POSTE_VISE].unique().tolist()
]
for i, poste in enumerate(applied_posts):
question = Question(
code=poste + group_conf['semester'],
gid=group.gid,
title=f"Qui voulez-vous au poste de {postes[poste]}?",
qtype='L',
order=i)
questions.append(question)
questions_map[poste] = question
if 'unused_posts' not in group_conf.keys():
group_conf['unused_posts'] = []
for poste in postes:
if poste not in applied_posts:
group_conf['unused_posts'].append(poste)
for _, candidat in df.iterrows():
poste = candidat[POSTE_VISE]
option = Option(nom=candidat[NOM_USUEL],
promotion=candidat[PROMOTION],
concentration=candidat[CONCENTRATION],
order=questions_map[poste].answer_count(),
description=candidat[TEXTE_DESCRIPTIF],
image=candidat[PHOTO])
questions_map[poste].add_answer(option)
questions_map[poste].add_option(option)
for poste in questions_map:
lachaise = Option.add_chaise(questions_map[poste].answer_count())
questions_map[poste].add_answer(lachaise)
questions_map[poste].add_option(lachaise)
return group, questions
def prompt_vote_poll():
poll_id = int(input("Введите номер опроса, где хотели бы проголосовать: "))
try:
_print_poll_options(Poll.get(poll_id).options)
option_id = int(input("Выберете интересующий Вас пункт: "))
username = input("Введите свой ник: ")
Option.get(option_id).vote(username)
except TypeError:
print("Нет опроса под этим номером!")
def __init__(self, i, x, y, nombre1, nombre2, width=500, height=500):
Component.__init__(self, x, y, width, height)
if i == 1:
self.asset = n_player
else:
self.asset = n_ia
self.i = i
#options
self.opt1 = Option(1, x + 80, y + 100)
self.opt2 = Option(2, x + 80, y + 160)
self.opcion1 = nombre1
self.opcion2 = nombre2
self.opciones_seleccionadas = 0
def create_new_poll(cls):
owner = input("Please provide your name: ")
while not owner:
owner = input("Try again. Please provide your name: ")
poll_question = input(
"Please provide a question you want your poll respond for: ")
while not poll_question:
poll_question = input(
"Try again. Please provide a question you want your poll responds for: "
)
options = []
option = input("Please provide the first option: ")
while option != '':
options.append(option)
option = input(
"Please provide the next option or leave it blank to finish the process, then press Enter : "
)
try:
new_poll = Poll(poll_question, owner)
poll_id = new_poll.save_to_db()[0]
for option in options:
Option(poll_id, option).save_to_db()
except Exception as e:
print(e)
return
input("Your poll has been created! Press Enter to see it...")
print("\nPoll id: ", poll_id)
print(poll_question)
for option in options:
print("\t", option)
input("\nPres Enter to continue...")
cls.select_from_menu()
def randomize_poll_winner():
poll_id = int(input("Enter poll you'd like to pick a winner for: "))
_print_poll_options(Poll.get(poll_id).options)
option_id = int(input("Enter which is the winning option, we'll pick a random winner from voters: "))
votes = Option.get(option_id).votes
winner = random.choice(votes)
print(f"The randomly selected winner is {winner[0]}.")
def randomize_poll_winner():
poll_id = int(input("Enter poll you'd like to see a winner for: "))
poll = Poll.get(poll_id)
print_poll_options(poll.options)
option_id = int(input("Input id of option: "))
option = Option.get(option_id)
votes = option.votes
winner = random.choice(votes)
print(f"winner is {winner[0]}!")
def prompt_vote_poll():
poll_id = int(input("Enter poll would you like to vote: "))
poll = Poll.get(poll_id)
poll_options = poll.options
print_poll_options(poll_options)
users_choice = int(input("Now choice the option: "))
option = Option.get(users_choice)
users_name = input("Enter your name: ")
option.vote(users_name)
def __init__(self, window, pipeline, som):
self.window = window
self.sbar = SearchBar(70, 140)
self.tbar = ToolBar(0, 20)
self.btn = Button(480, 200)
self.good_option = Option(1, 200, 550)
self.bad_option = Option(2, 400, 550)
self.searched = False
cwd = os.getcwd()
files = os.listdir(cwd)
print("Files in %r: %s" % (cwd, files))
#CREACION DE INSTANCIA SOM
self.som = som
self.pipeline = pipeline
# Pasando el pipeline como parámetro al TweetDetail
# TweetDetail: Clase en donde se realiza la extracción y muestra del tweet
self.tweet_detail = TweetDetail(120, 260, self.pipeline, self.som)
self.tweet_id = ''
self.clicked_bar = False
def randomize_poll_winner():
poll_id = int(
input("Введите номер опроса, где хотите выбрать победителя: "))
_print_poll_options(Poll.get(poll_id).options)
option_id = int(
input(
"Введите номер выигрышного ответа, победитель будет выбран из проголосавших за него: "
))
votes = Option.get(option_id).votes
winner = random.choice(votes)
print(f"Произвольно выбранный победитель: {winner[0]}.")
def generate_questions(group_conf):
df = group_conf['df']
name = f"Conseil d'administration {group_conf['semester']}"
if group_conf['semester'] == 'Annuel':
description = "Vote de confiance pour les postes annuels au conseil d'administration de l'AGEG."
code = f"CA{group_conf['semester']}"
title = "Qui voulez-vous comme administrateurs annuels de l'AGEG?"
else:
description = "Vote de confiance pour les postes saisonniers au conseil d'administration de l'AGEG."
code = "CAS" + group_conf['semester']
title = "Qui voulez-vous comme administrateurs saisonniers de l'AGEG?"
group = Group(name, description)
question_admin = Question(code=code, gid=group.gid, title=title, qtype='F')
question_admin.add_answer(
Answer(qid=question_admin.qid, value="Oui", code="A1", order=1))
question_admin.add_answer(
Answer(qid=question_admin.qid, value="Non", code="A2", order=2))
question_admin.add_answer(
Answer(qid=question_admin.qid,
value="Non confiance",
code="A3",
order=3))
sous_questions = []
for index, candidat in df.iterrows():
subquestion = Subquestion(parent=question_admin.qid,
gid=question_admin.gid,
code=f"SQ{index + 1:02}",
value=candidat[NOM_USUEL],
order=index,
qtype='T')
sous_questions.append(subquestion)
question_admin.add_option(
Option(nom=candidat[NOM_USUEL],
promotion=candidat[PROMOTION],
concentration=candidat[CONCENTRATION],
order=index,
description=candidat[TEXTE_DESCRIPTIF],
image=candidat[PHOTO]))
return group, question_admin, sous_questions
def vote_on_a_poll(cls):
poll_id = input("Enter the id of the poll you want to vote on: ")
try:
poll = Poll.select_by_id(int(poll_id))
except:
print(
"An error occurred. I can't find the poll id '{}' in the database. Please make sure you've entered a valid poll id."
.format(poll_id))
cls.vote_on_a_poll()
return
options_list = Option.select_by_poll_id(poll_id)
poll.print_poll_question()
for option in options_list:
option.print_option()
users_vote = input("Enter an id of you answer: ")
while users_vote not in [
str(option.option_id) for option in options_list
]:
users_vote = input(
"This is not a valid answer. Enter an id of you answer: ")
users_name = input("Enter your name: ")
while not users_name:
users_name = input("Enter your name: ")
users_timezone = input("Enter your timezone: ")
while users_timezone not in pytz.all_timezones:
users_timezone = input(
"This is not a valid timezone. Try again. Enter your timezone: "
)
users_timezone_obj = pytz.timezone(users_timezone)
local_time_of_vote = users_timezone_obj.localize(
datetime.datetime.now())
utc_timestamp = local_time_of_vote.astimezone(pytz.utc).timestamp()
vote = Vote(users_vote, users_name, utc_timestamp)
vote.save_to_db()
input(
f'\nThank you for participating in the poll, {users_name}! Press Enter to continue...'
)
cls.select_from_menu()
def generer_options_admin():
options = []
for index, candidat in enumerate(fichier_admin.values):
nom = candidat[colonnes[NOM_USUEL]]
concentration = candidat[colonnes[CONCENTRATION]]
promotion = candidat[colonnes[PROMOTION]]
description = "<p><strong>{nom} ({concentration}, {promotion})</strong></p>".format(
nom=nom, concentration=concentration, promotion=promotion)
for line in candidat[colonnes[TEXTE_DESCRIPTIF]].split('\n'):
description += "<p>{line}</p>\n".format(line=line)
options.append(
Option(value=candidat[colonnes[NOM_USUEL]],
code="A{numeral}".format(numeral=index + 1),
order=index,
description=description,
image=candidat[colonnes[PHOTO]]))
return options
for POSTE in POSTES_VISES:
poste = candidat[colonnes[POSTE]]
if isinstance(poste, str):
nom = candidat[colonnes[NOM_USUEL]]
order = questions_map[poste].answer_count()
code = "A{numeral}".format(numeral=order + 1)
concentration = candidat[colonnes[CONCENTRATION]]
description = "<p><strong>{name} ({concentration})</strong></p>".format(
name=nom, concentration=concentration)
for line in candidat[colonnes[TEXTE_DESCRIPTIF]].split('\n'):
description += "<p>{line}</p>\n".format(line=line)
option = Option(value=nom,
code=code,
order=order,
description=description,
image=candidat[colonnes[PHOTO]])
questions_map[poste].add_option(option)
questions_map[poste].add_answer(option)
for poste in questions_map:
order = questions_map[poste].answer_count()
lachaise = Option(
value="La chaise",
code="A{numeral}".format(numeral=order + 1),
order=order,
description=
"<p><strong>La chaise (Whatever)</strong></p><p>La chaise ne vous laisseras pas tomber. Elle offre un bon support et connait bien son dossier. Elle connait sa place et ne s'exprime pas quand ce n'est pas son tour.</p>",
image="http://vote.association.usherbrooke.ca/images/chaise.jpg")
questions_map[poste].add_option(lachaise)
def options(self) -> List[Option]:
with get_connection() as connection:
options = database.get_poll_options(connection, self.id)
return [
Option(option[1], option[2], option[0]) for option in options
]
class Player(Component):
def __init__(self, i, x, y, nombre1, nombre2, width=500, height=500):
Component.__init__(self, x, y, width, height)
if i == 1:
self.asset = n_player
else:
self.asset = n_ia
self.i = i
#options
self.opt1 = Option(1, x + 80, y + 100)
self.opt2 = Option(2, x + 80, y + 160)
self.opcion1 = nombre1
self.opcion2 = nombre2
self.opciones_seleccionadas = 0
def draw_player(self, window):
window.blit(self.asset, (self.x, self.y))
if self.opt1.get_selected():
self.opt2.to_block()
if self.opt2.get_selected():
self.opt1.to_block()
#options
self.opt1.draw_option(window, self.opcion1)
self.opt2.draw_option(window, self.opcion2)
#points
if self.i == 1:
global puntos_player
points = font.render("Puntos: " + str(puntos_player), 1, (0, 0, 0))
if self.i == 2:
global puntos_ia
points = font.render("Puntos: " + str(puntos_ia), 1, (0, 0, 0))
window.blit(points, (self.x + 60, self.y + 30))
def select_option(self, pos):
self.opt1.is_over(pos)
self.opt2.is_over(pos)
def click_option(self, pos):
self.opt1.select(pos)
self.opt2.select(pos)
def answer(self, opcion):
if opcion == 0:
self.opt1.ia_options()
elif opcion == 1:
self.opt2.ia_options()
def validar_opciones(self):
if self.opt1.get_selected() == True or self.opt2.get_selected(
) == True:
self.opciones_seleccionadas += 1
return self.opciones_seleccionadas
def opcion_elegida(self):
if self.opt1.get_selected() == True:
return 0
elif self.opt2.get_selected() == True:
return 1
def sumar_puntos(self):
if self.i == 1:
global puntos_player
puntos_player += 1
if self.i == 2:
global puntos_ia
puntos_ia += 1
def reset(self):
self.opt1.deselect()
self.opt2.deselect()
def get_puntos(self):
if self.i == 1:
global puntos_player
return puntos_player
if self.i == 2:
global puntos_ia
return puntos_ia
def add_option(self, option_text: str):
Option(option_text, self.id).save()
def generer_questions_exec(gid):
questions = []
questions_map = {}
fichier_exec = read_csv('example/executif.csv')
colonnes = {
CONCENTRATION: -1,
PROMOTION: -1,
NOM_USUEL: -1,
PHOTO: -1,
TEXTE_DESCRIPTIF: -1,
POSTE_VISE: -1
}
for col in colonnes.keys():
try:
colonnes[col] = fichier_exec.columns.get_loc(col)
except KeyError:
print(f"Colonne \"{col}\" manquante")
exit()
for i in range(0, len(postes)):
question_code = abbreviations[postes[i]] + SESSION
question_name = "Qui voulez-vous au poste de {poste}?".format(
poste=postes[i])
question = Question(id=i,
code=question_code,
gid=gid,
title=question_name,
type='L',
order=i)
questions.append(question)
questions_map[postes[i]] = question
for candidat in fichier_exec.values:
poste = candidat[colonnes[POSTE_VISE]]
nom = candidat[colonnes[NOM_USUEL]]
order = questions_map[poste].answer_count()
code = "A{numeral}".format(numeral=order + 1)
concentration = candidat[colonnes[CONCENTRATION]]
promotion = candidat[colonnes[PROMOTION]]
description = "<p><strong>{name} ({concentration}, {promotion})</strong></p>".format(
name=nom, concentration=concentration, promotion=promotion)
for line in candidat[colonnes[TEXTE_DESCRIPTIF]].split('\n'):
description += "<p>{line}</p>\n".format(line=line)
option = Option(value=nom,
code=code,
order=order,
description=description,
image=candidat[colonnes[PHOTO]])
questions_map[poste].add_answer(option)
questions_map[poste].add_option(option)
for poste in questions_map:
order = questions_map[poste].answer_count()
lachaise = Option(
value="La chaise",
code="A{numeral}".format(numeral=order + 1),
order=order,
description=
"<p><strong>La chaise</strong></p><p>La chaise ne vous laisseras pas tomber. Elle offre un bon support et connait bien son dossier. Elle connait sa place et ne s'exprime pas quand ce n'est pas son tour.</p>",
image="http://vote.association.usherbrooke.ca/images/chaise.jpg")
questions_map[poste].add_answer(lachaise)
questions_map[poste].add_option(lachaise)
return questions
def options(self) -> List[Option]:
connection = pool.getconn()
options = database.get_poll_options(connection, self.id)
pool.putconn(connection)
return [Option(option[1], option[2], option[0]) for option in options]
for x in POSTE_VISES:
poste = candidat[x]
if isinstance(poste, str):
nom = candidat[NOM_USUEL]
order = questions_map[poste].option_count()
code = "A{numeral}".format(numeral=order + 1)
concentration = candidat[CONCENTRATION]
description = "<p><strong>{name} ({concentration})</strong></p>".format(
name=nom, concentration=concentration)
for line in candidat[9].split('\n'):
description += "<p>{line}</p>\n".format(line=line)
option = Option(value=nom,
code=code,
order=order,
description=description,
image=candidat[PHOTO])
questions_map[poste].add_option(option)
for poste in questions_map:
order = questions_map[poste].option_count()
lachaise = Option(
value="La chaise",
code="A{numeral}".format(numeral=order + 1),
order=order,
description=
"<p><strong>La chaise (Whatever)</strong></p><p>La chaise ne vous laisseras pas tomber. Elle offre un bon support et connait bien son dossier. Elle connait sa place et ne s'exprime pas quand ce n'est pas son tour.</p>",
image=
"/upload/surveys/893586/images/markus_1.jpgd2fe39c4-d929-477e-ae08-ca0ec8e8a9e7Original.jpg"
)
class App():
def __init__(self, window, pipeline, som):
self.window = window
self.sbar = SearchBar(70, 140)
self.tbar = ToolBar(0, 20)
self.btn = Button(480, 200)
self.good_option = Option(1, 200, 550)
self.bad_option = Option(2, 400, 550)
self.searched = False
cwd = os.getcwd()
files = os.listdir(cwd)
print("Files in %r: %s" % (cwd, files))
#CREACION DE INSTANCIA SOM
self.som = som
self.pipeline = pipeline
# Pasando el pipeline como parámetro al TweetDetail
# TweetDetail: Clase en donde se realiza la extracción y muestra del tweet
self.tweet_detail = TweetDetail(120, 260, self.pipeline, self.som)
self.tweet_id = ''
self.clicked_bar = False
def draw_app(self):
self.sbar.draw_search_bar(self.window)
self.tbar.draw_tool_bar(self.window)
self.btn.draw_button(self.window)
if self.searched == False:
self.good_option.draw_option(self.window)
self.bad_option.draw_option(self.window)
if self.searched == True:
self.tweet_detail.draw_tweet(self.window)
if self.tweet_detail.get_result() == 0:
self.good_option.change_opacity(self.window)
self.bad_option.increment(self.window)
if self.tweet_detail.get_result() == 1:
self.bad_option.change_opacity(self.window)
self.good_option.increment(self.window)
def search(self, pos):
self.sbar.is_clicked(pos)
if self.clicked_bar == False:
self.clicked_bar = True
elif self.clicked_bar == True:
self.clicked_bar = False
def erase_text(self, pos):
if self.clicked_bar == True:
self.sbar.erase_text(pos)
def search_text_write(self, event):
if self.clicked_bar == True:
self.sbar.write_search_text(event)
def search_text_space(self, event):
self.sbar.space_search_text(event)
def search_text_paste(self):
self.sbar.paste_search_text()
def over_button(self, pos):
self.btn.is_over(pos)
def click_button(self, pos):
if self.sbar.get_text() != '':
self.btn.is_over(pos)
self.tweet_id = self.sbar.get_tweet_id()
self.tweet_detail.get_tweet(self.tweet_id)
self.searched = True