def Meteo(conf, TextPAPIRUS, Units): #Fonction Météo (OpenWeatherMap)
SV.SVMeteo(conf)
TextPAPIRUS.AddText("Météo:", 10, 10, size=20, fontPath="Ubuntu.ttf")
TextPAPIRUS.AddText("Température: " + str(SV.DataMeteo["main"]["temp"]) +
"°C",
10,
40,
size=25,
fontPath="Ubuntu.ttf")
TextPAPIRUS.AddText("Temp. Min: " + str(SV.DataMeteo["main"]["temp_min"]) +
"°C" + " Temp. Max: " +
str(SV.DataMeteo["main"]["temp_max"]) + Units,
10,
65,
size=12,
fontPath="Ubuntu.ttf")
TextPAPIRUS.AddText("Temps: " +
SV.DataMeteo["weather"][0]["description"].capitalize(),
10,
85,
size=25,
fontPath="Ubuntu.ttf")
TextPAPIRUS.AddText(time.strftime("%H:%M", time.localtime()),
200,
10,
size=20,
fontPath="Ubuntu.ttf")
TextPAPIRUS.WriteAll(True)
time.sleep(10)
TextPAPIRUS.Clear()
def AllInit(conf, TextPAPIRUS, BearerAUTH):
TextPAPIRUS.AddText(time.strftime("%H:%M", time.localtime()),
200,
10,
size=20,
fontPath="Ubuntu.ttf")
SV.SVCrypto(conf)
TextTextPAPIRUS.AddText("Crypto:", 10, 10, size=15, fontPath="Ubuntu.ttf")
PCTC1 = list(
str(SV.DataCrypto["RAW"][conf["CRYPTO"]["Coin1"]][
conf["CRYPTO"]["Currency"]]["CHANGEPCT24HOUR"]))
del PCTC1[-14:-1]
PCTC2 = list(
str(SV.DataCrypto["RAW"][conf["CRYPTO"]["Coin2"]][
conf["CRYPTO"]["Currency"]]["CHANGEPCT24HOUR"]))
del PCTC2[-14:-1]
TextPAPIRUS.AddText(conf["CRYPTO"]["Coin1"] + ": " +
conf["CRYPTO"]["Currency"] + " " +
str(SV.DataCrypto["RAW"][conf["CRYPTO"]["Coin1"]][
conf["CRYPTO"]["Currency"]]["PRICE"]),
10,
25,
size=15,
fontPath="Ubuntu.ttf",
Id="Coin1P")
TextPAPIRUS.AddText(conf["CRYPTO"]["Coin2"] + ": " +
conf["CRYPTO"]["Currency"] + " " +
str(SV.DataCrypto["RAW"][conf["CRYPTO"]["Coin2"]][
conf["CRYPTO"]["Currency"]]["PRICE"]),
100,
25,
size=15,
fontPath="Ubuntu.ttf",
Id="Coin2P")
TextPAPIRUS.AddText("".join(PCTC1) + "%",
10,
40,
size=10,
fontPath="Ubuntu.ttf",
Id="Coin1PCT")
TextPAPIRUS.AddText("".join(PCTC2) + "%",
100,
40,
size=10,
fontPath="Ubuntu.ttf",
Id="Coin2PCT")
SV.SVMeteo(conf)
TextPAPIRUS.AddText("Météo:", 10, 10, size=20, fontPath="Ubuntu.ttf")
TextPAPIRUS.AddText("Température: " + str(SV.DataMeteo["main"]["temp"]) +
"°C",
10,
40,
size=25,
fontPath="Ubuntu.ttf",
Id="Deg")
TextPAPIRUS.AddText("Temps: " +
SV.DataMeteo["weather"][0]["description"].capitalize(),
10,
85,
size=25,
fontPath="Ubuntu.ttf",
Id="Temps")
def APICheck(): #Fonction de test de chaque paramètre (sauf Twitch)
Check = 0
#Test des APIs
try:
if conf["WEATHER"]["MeteoAPI"] != "":
SV.SVMeteo(conf)
if 400 <= int(SV.DataMeteo["cod"]) <= 599:
ERROR = "Erreur dans la config Météo, veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
else:
Check += 1
else:
Check += 1
if conf["CRYPTO"]["CryptoAPI"] != "":
SV.SVCrypto(conf)
try:
if SV.DataCrypto["Response"] == "Error":
ERROR = "Erreur dans la config Crypto, veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
except KeyError:
Check += 1
else:
Check += 1
if conf["LASTFM"]["LastFmAPI"] != "":
SV.SVMusique(conf)
try:
if 2 <= int(SV.DataLast["error"]) <= 29:
ERROR = "Erreur dans la config LastFM, veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
except KeyError:
Check += 1
else:
Check += 1
if conf["TWITTER"]["TwitterAPI"] != "" and conf["TWITTER"]["twitterapisecret"] != "":
try:
BearerRAW = os.popen("curl -u '"+ conf["TWITTER"]["TwitterAPI"] + ":" + conf["TWITTER"]["TwitterAPISecret"] + "' --data 'grant_type=client_credentials' 'https://api.twitter.com/oauth2/token'").read()
BearerJSON = json.loads(BearerRAW)
BearerAUTH = BearerJSON["access_token"]
except KeyError:
ERROR = "Erreur dans la config Twitter, il faut 2 clés API! Veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
finally:
try:
SV.SVTwitter(conf, BearerAUTH)
if 49 <= int(SV.DataTwitter["errors"][0]["code"]) <= 599:
ERROR = "Erreur dans la config Twitter, veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
except KeyError:
Check += 1
else:
Check += 1
if conf["RATP"]["typetransA"] != "" and conf["RATP"]["lineA"] != "" and conf["RATP"]["stationA"] != "":
try:
SV.SVRATP(conf)
if SV.OutputA["result"]["code"] == 404:
ERROR = "Erreur dans la config RATP A, veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
except:
if conf["RATP"]["typetransB"] != "" and conf["RATP"]["lineB"] != "" and conf["RATP"]["stationB"] != "":
try:
if SV.OutputB["result"]["code"] == 404:
ERROR = "Erreur dans la config RATP B, veuillez vérifier votre saisie!"
ErrorConfig(ERROR)
return
except:
Check += 1
else:
Check += 1
else:
Check += 1
except (ValueError, socket.error, socket.gaierror, socket.herror, socket.timeout): #Situation d'erreur de connexion
TextPAPIRUS.Clear()
TextPAPIRUS.AddText("Erreur de connexion, nouvelle tentative de connexion dans: T", 10, 48, size = 20, fontPath="Ubuntu.ttf", Id="TimerErr")
for I in range(15):
TextPAPIRUS.UpdateText("TimerErr", "Erreur de connexion, \nnouvelle tentative de connexion dans: " + str(15 - I), fontPath="Ubuntu.ttf")
TextPAPIRUS.WriteAll(True)
time.sleep(1)
TextPAPIRUS.Clear()
APICheck()
finally: #Fin de la vérification des API
if Check == 5:
HashSave()