def chutaai():
if ((chuta.lineEdit_4.text()) in alfabeto):
if ((chuta.lineEdit_4.text()) not in lista_chute):
for row in (chutejog.select(chutejog.tentativa, fn.max(chutejog.id))):
tentativas = (row.tentativa)
if tentativas < 5:
for row in (criapalavra.select(criapalavra.dica, fn.max(criapalavra.id))):
dica = (row.dica)
update_acertos(lista_chute, acertos, tentativas)
for row in (chutejog.select(chutejog.tentativa, fn.max(chutejog.id))):
tentativas = (row.tentativa)
layout_palavra(tentativas)
lista_chutelabel = ((" - ".join(lista_chute)).upper())
chuta.label_10.setText(lista_chutelabel)
chuta.lineEdit_4.setText("")
else:
QMessageBox.about(chuta,"AVISO", "LETRA JÁ CITADA")
else:
QMessageBox.about(chuta, "AVISO", "Caractere inválido!")
def update_last_term():
query = Legislator.select(
Legislator.name,
fn.max(Legislator.term).alias("last_term")).group_by(Legislator.name)
for legislator in query:
Candidate.update(lastTerm=legislator.last_term).where(
Candidate.name == legislator.name).execute()
def layout_palavra(tentativas): #puxar do banco de dados
x = []
for row in (criapalavra.select(criapalavra.palavrasecreta, fn.max(criapalavra.id))):
palavra_secreta = (row.palavrasecreta)
if tentativas == 1: #puxar tentativas da tabela chute
chuta.label_12.setPixmap(QtGui.QPixmap('forca1.png'))
elif tentativas == 2:
chuta.label_12.setPixmap(QtGui.QPixmap('forca2.png'))
elif tentativas == 3:
chuta.label_12.setPixmap(QtGui.QPixmap('forca3.png'))
elif tentativas == 4:
chuta.label_12.setPixmap(QtGui.QPixmap('forca4.png'))
elif tentativas == 5:
chuta.label_12.setPixmap(QtGui.QPixmap('forca5.png'))
time.sleep(5)
chuta.label_12.setPixmap(QtGui.QPixmap('forca6.png'))
chutejog.delete()
for acerto, letra in zip(acertos, palavra_secreta):
if acerto: # quer dizer que se o acerto for igual a True
x.append(letra)
else: #se o acerto for falso
x.append("_")
y = " ".join(x)
chuta.label_6.setText(y.upper())
def customer_update(self, number):
subscribed_brands = Subscription.select(
Subscription.brand_id).where(Subscription.customer_id == number)
prices = (PriceChange.select(PriceChange, Product).join(Product).where(
PriceChange.product.brand.in_(subscribed_brands)).order_by(
-PriceChange.updated_at).group_by(
PriceChange.product_id).having(
fn.max(PriceChange.updated_at)))
return render_template('customer_update.html', prices=prices)
def kuehlvariante_holen_db(kuehlvariante):
erg = Kuehlvarianten.select(
Kuehlvarianten.id).where(Kuehlvarianten.variante == kuehlvariante)
if erg.count() == 0:
max_id = Kuehlvarianten.select(fn.max(Kuehlvarianten.id)).scalar()
if max_id is None:
max_id = 0
Kuehlvarianten.insert(id=max_id + 1, variante=kuehlvariante).execute()
erg = kuehlvariante_holen_db(kuehlvariante)
return erg
def daten_vorheriger_stunden_laden(exportdaten):
# Berechnung des Barometertrends 3h
# Timestamp für vor 3 Stunden
timestamp = datetime.datetime.fromtimestamp(
exportdaten["timestamp"]) - datetime.timedelta(hours=3)
timestamp = timestamp.timestamp()
data = db_weewx.Archive.select().where(db_weewx.Archive.date_time <= timestamp)\
.order_by(db_weewx.Archive.date_time.desc()).limit(1).execute()[0]
if data.us_units == 1:
barometer = mwu.druckumrechner(data.barometer)
else:
barometer = data.barometer
exportdaten["luftdrucktrend"] = round(
(exportdaten["luftdruck"] - barometer), 1)
# Berechnung des Timestamp zum Begin des aktuellen Tages
timestamp = datetime.datetime.fromtimestamp(exportdaten["timestamp"])
timestamp = datetime.datetime(
*timestamp.timetuple()
[:3]) # Uhrzeit wird weggeschnitten >>Beginn 00:00Uhr
timestamp = timestamp.timestamp()
# Laden der Minimalen und Maximalen Temperatur und der Windspitzengeschwindigkeit des aktuellen Tages
data = db_weewx.Archive.select(
db_weewx.Archive.us_units,
fn.min(db_weewx.Archive.out_temp).alias("mintemp"),
fn.max(db_weewx.Archive.out_temp).alias("maxtemp"),
fn.max(db_weewx.Archive.wind_gust).alias("windspitze")).where(
db_weewx.Archive.date_time > timestamp).namedtuples()[0]
if data.us_units == 1:
mintemp = mwu.temperaturumrechner(data.mintemp)
maxtemp = mwu.temperaturumrechner(data.maxtemp)
windspitze = mwu.windumrechner(data.windspitze)
else:
mintemp = data.mintemp
maxtemp = data.maxtemp
windspitze = data.windspitze
exportdaten["tempminheute"] = mintemp
exportdaten["tempmaxheute"] = maxtemp
exportdaten["windspitzetag"] = windspitze
# Laden der Regenmenge des aktuellen Tages
exportdaten["regenHeute"] = regenmenge_auslesen(timestamp)
# Laden der Regenmenge der letzten Stunde
timestamp = datetime.datetime.fromtimestamp(
exportdaten["timestamp"]) - datetime.timedelta(hours=1)
timestamp = timestamp.timestamp()
exportdaten["regenlasth"] = regenmenge_auslesen(timestamp)
# Laden der Regenmenge der letzten 24 Stunden
timestamp = datetime.datetime.fromtimestamp(
exportdaten["timestamp"]) - datetime.timedelta(hours=24)
timestamp = timestamp.timestamp()
exportdaten["regen24h"] = regenmenge_auslesen(timestamp)
# Berechnung der Temperaturänderung der letzten Stunde
# Timestamp für vor 1 Stunde
timestamp = datetime.datetime.fromtimestamp(
exportdaten["timestamp"]) - datetime.timedelta(hours=1)
timestamp = timestamp.timestamp()
data = db_weewx.Archive.select(
db_weewx.Archive.us_units, db_weewx.Archive.out_temp).where(
db_weewx.Archive.date_time <= timestamp).order_by(
db_weewx.Archive.date_time.desc()).limit(1).namedtuples()[0]
if data.us_units == 1:
temperatur = mwu.temperaturumrechner(data.out_temp)
else:
temperatur = data.out_temp
exportdaten["temperaturaenderung"] = round(
(exportdaten["outTemp"] - temperatur), 1)
return exportdaten