Petit Problème sur mon Gros code

bonjour a tous

je suis nouveau sur python et tkinter

dans mon code j'allume des machine ou je les étain en fonction d'un certain voltage

j'aimerais que le programme attend 15 minutes quand il a allumer une machine mais que si les volte descend en dessous de 49voltes dans se temps d'attente j'aimerais qui coupe la dernière machine
malheureusement je n'arrive pas a couper le temps d'attente

je sait qu'il existe .after_cancel mais je n'arrive pas a le faire fonctionner

voici mon code (attention les yeux je suis débutant

Code:

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from threading import Timer import time from selenium import webdriver import datetime from tkinter import * from Action import * import os, sys from yocto_api import * from yocto_voltage import *         root = Tk() root.config(bg='#41B77F') #width = root.winfo_screenwidth() #height = root.winfo_screenheight() #root.geometry("%dx%d" % (width, height)) root.geometry('550x300+810+550') root.bouton_flag = False   #AttentePlus6 = 8000# 8 SECONDE #AttenteAllume = 8000# 8 SECONDE #AttenteEtein = 20000# 8 SECONDE #AttenteMoins1 = 8000# 8 SECONDE   AttentePlus6 = 20000# 2 MINUTES AttenteAllume = 900000# 15 MINUTES AttenteEtein = 600000# 10 MINUTES AttenteMoins1 = 120000# 2 MINUTES   def voltage45(): if btnVolt["bg"]=="white": btnVolt["bg"]="red" else: btnVolt["bg"]="white"   btnVolt = Button(root, height=1, width=10, text="CheckVolt", command=voltage45, bg="white") btnVolt.place(relx=0.15, rely=0.73)   volt = 0.0   def voltage(): errmsg=YRefParam() YAPI.RegisterHub("usb",errmsg) voltage = YVoltage.FindVoltage("VOLTAGE1-224133.voltage1") if voltage.isOnline(): global volt volt = voltage.get_currentValue() #print("Volt : ",volt) #if btnVolt["bg"]=="white": # volt == 45 else: if btnVolt["bg"]=="white": volt = 55 else: volt=45 #print("Pas de module Volt : 55")   def b1(): global state if state == 0: state = 1 elif state == 1: state = 0 #print("state : ",state) a1()   def a1(): global state if state == 1: machine1Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 1 REEL") #print(state) M1C2() else: print("allumer machine 1 SIMU") elif state == 0: machine1Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 1 REEL") #print(state) M1C2() else: print("eteindre machine 1 SIMU")   return "machine 1"   def b2(): global state if state == 1: state = 2 elif state == 2: state = 1 #print("state : ",state) a2()   def a2(): global state if state == 2: machine1Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 2 REEL") #print(state) M1C3() else: print("allumer machine 2 SIMU") elif state == 1: machine1Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 2 REEL") #print(state) M1C3() else: print("eteindre machine 2 SIMU") return "machine2"   def b3(): global state if state == 2: state = 3 elif state == 3: state = 2 #print("state : ",state) a3()   def a3(): global state if state == 3: machine2Carte1["bg"]="red" if reel["bg"] == "red": print("allumer machine 3 REEL") #print(state) M2C1() else: print("allumer machine 3 SIMU") elif state == 2: machine2Carte1["bg"]="white" if reel["bg"] == "red": print("eteindre machine 3 REEL") #print(state) M2C1() else: print("eteindre machine 3 SIMU") return "machine3"   def b4(): global state if state == 3: state = 4 elif state == 4: state = 3 #print("state : ",state) a4()   def a4(): global state if state == 4: machine2Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 4 REEL") #print(state) M2C2() else: print("allumer machine 4 SIMU") elif state == 3: machine2Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 4 REEL") #print(state) M2C2() else: print("eteindre machine 4 SIMU") return "machine4" def b5(): global state if state == 4: state = 5 elif state == 5: state = 4 #print("state : ",state) a5()   def a5(): global state if state == 5: machine2Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 5 REEL") #print(state) M2C3() else: print("allumer machine 5 SIMU") elif state == 4: machine2Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 5 REEL") #print(state) M2C3() else: print("eteindre machine 5 SIMU") return "machine5"   def b6(): global state if state == 5: state = 6 elif state == 6: state = 5 #print("state : ",state) a6()   def a6(): global state if state == 6: machine3Carte1["bg"]="red" if reel["bg"] == "red": print("allumer machine 6 REEL") #print(state) M3C1() else: print("allumer machine 6 SIMU") elif state == 5: machine3Carte1["bg"]="white" if reel["bg"] == "red": print("eteindre machine 6 REEL") #print(state) M3C1() else: print("eteindre machine 6 SIMU") return "machine6"   def b7(): global state if state == 6: state = 7 elif state == 7: state = 6 #print("state : ",state) a7()   def a7(): global state if state == 7: machine3Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 7 REEL") #print(state) M3C2() else: print("allumer machine 7 SIMU") elif state == 6: machine3Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 7 REEL") #print(state) M3C2() else: print("eteindre machine 7 SIMU") return "machine7"   def b8(): global state if state == 7: state = 8 elif state == 8: state = 7 #print("state : ",state) a8()   def a8(): global state if state == 8: machine3Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 8 REEL") #print(state) M3C3() else: print("allumer machine 8 SIMU") elif state == 7: machine3Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 8 REEL") #print(state) M3C3() else: print("eteindre machine 8 SIMU") return "machine8"   pool=(a1, a2, a3, a4, a5, a6, a7, a8) state=0   #etap = 0     #if volt < 49 and ?: # root.after_cancel(root)     #AttenteAllume = 4000# 2 MINUTES #AttenteEtein = 4000# 5 MINUTES #AttenteMoins1 = 4000# 2 MINUTES   test = 0 timerun = 0 etap = 0         def do(): if auto["bg"] == "white": auto["bg"] = "red" root.bouton_flag = True if root.bouton_flag == False else False #root.after(600000, do) def callback(): currentTimeDate = datetime.datetime.now() currentTime = currentTimeDate.strftime('%H:%M:%S') global indexcoupure global state global pool global etap global timerun global test voltage() global volt #volt = 55 if volt > 53.5 and volt <= 55 and root.bouton_flag: voltage() if reel["bg"] == "red": print("1ER check attendre 5 seconde") print(volt," V") time.sleep(5) if volt > 53.5 and volt <= 55 and root.bouton_flag: if reel["bg"] == "red": print("2eme check attendre 5 seconde") voltage() print(volt," V") time.sleep(5) if volt > 53.5 and volt <= 55 and root.bouton_flag: if reel["bg"] == "red": print("3eme check attendre 5 seconde") voltage() print(volt," V") time.sleep(5) if volt > 53.5 and volt <= 55 and root.bouton_flag: print("3eme check GO") if state >= len(pool): print("(%d) - Impossible, plus de machine à allumer" % state) #print("State = ", state) etap = 1 else: state+=1 print("(%d) - Allumage %s" % (state, pool[state-1]())) #(state, pool[state-1]()) #print("State = ", state) etap = 2         elif volt < 49: if state <= 0: print("(%d) - Impossible, plus de machine à éteindre" % state) print("State = ", state) etap = 3 else: state-=1 #print("(%d) - Extinction %s" % (state, pool[state-1]())) print("(%d) - Extinction %s" % (state, pool[state]())) #(state, pool[state-1]()) etap = 4 #print("State = ", state)     else: print("(%d) - Rien à faire..." % state) #print("State = ", state)       #if root.bouton_flag: if etap == 0: print("Entre 49 et 55 Attendre 10 seconde") print(currentTime) root.after(10000, callback) timerun = 10 if etap == 1: print("attendre 2 minutes") print(currentTime) root.after(AttentePlus6, callback) timerun = 120 if etap == 2: print("attendre 15 minutes") print(currentTime) indexcoupure = 1 root.after(AttenteAllume, callback) timerun = 600   if etap == 3: print("attendre 2 minutes") print(currentTime) root.after(AttenteMoins1, callback) timerun = 120 if etap == 4: print("attendre 10 minutes") print(currentTime) root.after(AttenteEtein, callback) timerun = 300 if timerun>0: test = 1 #tick() pass root.after(600000, root) callback()   def prece(): global state if volt<49: if state <= 0: print("(%d) - Impossible, plus de machine à éteindre" % state) else: state-=1 print("(%d) - Extinction %s" % (state, pool[state]())) (state, pool[state-1]()) root.after(100000, root)   def suiv(): global state if state >= len(pool): print("(%d) - Impossible, plus de machine à allumer" % state) print("State = ", state) if root.bouton_flag: print("attendre 2 minutes") else: state+=1 print("(%d) - Allumage %s" % (state, pool[state-1]())) (state, pool[state-1]()) print("State = ", state) if root.bouton_flag: print("attendre 15 minutes")   def Reel(): if reel["bg"] == "white": reel["bg"] = "red" print("Passer en mode REEL") else : reel["bg"] = "white" print("Passer en mode SIMU")   def clock(): hour = time.strftime("%H") minute = time.strftime("%M") seconde = time.strftime("%S")   my_label.config(text=hour + ":" + minute + ":" + seconde) my_label.after(1000, clock)   #def update(): # my_label.config(text="new text")   my_label = Label(root, text="", font=("Helvetica", 48), fg="green", bg="black") my_label.place(relx=0.5, rely=0.1, anchor=CENTER)   clock()   voltage()     def afficherVolt(): voltage() global couleur global etap if volt < 49: couleur = "red" if etap == 2: do() elif volt > 54: couleur = "orange" elif volt > 49 and volt< 54: couleur = "green" else: couleur = "orange" voltok.config(text=volt, fg=couleur) root.after(1000, afficherVolt)                 etap = 0   def update():   voltok.config(text="new text") my_label.config(text="new text")       voltok = Label(root, text="", font=("Helvetica", 35), fg="orange", bg="black") voltok.place(relx=0.5, rely=0.8, anchor=CENTER)   afficherVolt()     def tick(): global timerun timerun-=1 timer['text'] = timerun timer.after(1000, tick)     timer = Label(root, fg='orange') timer.place(relx=0.7, rely=0.8, anchor=CENTER)             reel = Button(root, text = 'REEL', command=Reel, bg="white") reel.place(relx=0.1, rely=0.1, anchor=CENTER)   machine1Carte2 = Button(root, text = 'Machine 1 Carte 2', command = b1, bg="white") machine1Carte2.place(relx=0.2, rely=0.4, anchor=CENTER)   machine1Carte3 = Button(root, text = 'Machine 1 Carte 3', command = b2, bg="white") machine1Carte3.place(relx=0.2, rely=0.5, anchor=CENTER)   machine2Carte1 = Button(root, text = 'Machine 2 Carte 1', command = b3, bg="white") machine2Carte1.place(relx=0.5, rely=0.3, anchor=CENTER)   machine2Carte2 = Button(root, text = 'Machine 2 Carte 2', command = b4, bg="white") machine2Carte2.place(relx=0.5, rely=0.4, anchor=CENTER)   machine2Carte3 = Button(root, text = 'Machine 2 Carte 3', command = b5, bg="white") machine2Carte3.place(relx=0.5, rely=0.5, anchor=CENTER)   machine3Carte1 = Button(root, text = 'Machine 3 Carte 1', command = b6, bg="white") machine3Carte1.place(relx=0.8, rely=0.3, anchor=CENTER)   machine3Carte2 = Button(root, text = 'Machine 3 Carte 2', command = b6, bg="white") machine3Carte2.place(relx=0.8, rely=0.4, anchor=CENTER)   machine3Carte3 = Button(root, text = 'Machine 3 Carte 3', command = b6, bg="white") machine3Carte3.place(relx=0.8, rely=0.5, anchor=CENTER)   precedent = Button(root, text = '<<<<', command = prece, bg="white") precedent.place(relx=0.2, rely=0.6, anchor=CENTER)   suivant = Button(root, text = '>>>>', command = suiv, bg="white") suivant.place(relx=0.8, rely=0.6, anchor=CENTER)   auto = Button(root, text="Automatique", bg="white", command=do) auto.place(relx=0.5, rely=0.6, anchor=CENTER)       root.mainloop()

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merci d'avance pour votre aide et désoler pour les faute d'orthographe

J'ai fait un petit condensé pour éviter de se fatiguer
vous avez juste a cliquer sur CheckVolt pour changer pour passez en dessous de 49

Code:

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from threading import Timer import time from selenium import webdriver import datetime from tkinter import * import os, sys           root = Tk() root.config(bg='#41B77F') root.geometry('550x300+810+550') root.bouton_flag = False   AttentePlus6 = 10000# 10 SECONDE AttenteAllume = 10000# 10 SECONDE AttenteEtein = 10000# 10 SECONDE AttenteMoins1 = 10000# 10 SECONDE   def voltage45(): if btnVolt["bg"]=="white": btnVolt["bg"]="red" else: btnVolt["bg"]="white"   btnVolt = Button(root, height=1, width=10, text="CheckVolt", command=voltage45, bg="white") btnVolt.place(relx=0.15, rely=0.73)   volt = 0.0   def voltage(): global volt if btnVolt["bg"]=="white": volt = 55 else: volt=45   def b1(): global state if state == 0: state = 1 elif state == 1: state = 0 a1()   def a1(): global state if state == 1: machine1Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 1 REEL") else: print("allumer machine 1 SIMU") elif state == 0: machine1Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 1 REEL") else: print("eteindre machine 1 SIMU")   return "machine 1"   def b2(): global state if state == 1: state = 2 elif state == 2: state = 1 a2()   def a2(): global state if state == 2: machine1Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 2 REEL") else: print("allumer machine 2 SIMU") elif state == 1: machine1Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 2 REEL") else: print("eteindre machine 2 SIMU") return "machine2"   def b3(): global state if state == 2: state = 3 elif state == 3: state = 2 a3()   def a3(): global state if state == 3: machine2Carte1["bg"]="red" if reel["bg"] == "red": print("allumer machine 3 REEL") else: print("allumer machine 3 SIMU") elif state == 2: machine2Carte1["bg"]="white" if reel["bg"] == "red": print("eteindre machine 3 REEL") else: print("eteindre machine 3 SIMU") return "machine3"   def b4(): global state if state == 3: state = 4 elif state == 4: state = 3 a4()   def a4(): global state if state == 4: machine2Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 4 REEL") else: print("allumer machine 4 SIMU") elif state == 3: machine2Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 4 REEL") else: print("eteindre machine 4 SIMU") return "machine4" def b5(): global state if state == 4: state = 5 elif state == 5: state = 4 a5()   def a5(): global state if state == 5: machine2Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 5 REEL") else: print("allumer machine 5 SIMU") elif state == 4: machine2Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 5 REEL") else: print("eteindre machine 5 SIMU") return "machine5"   def b6(): global state if state == 5: state = 6 elif state == 6: state = 5 a6()   def a6(): global state if state == 6: machine3Carte1["bg"]="red" if reel["bg"] == "red": print("allumer machine 6 REEL") else: print("allumer machine 6 SIMU") elif state == 5: machine3Carte1["bg"]="white" if reel["bg"] == "red": print("eteindre machine 6 REEL") else: print("eteindre machine 6 SIMU") return "machine6"   def b7(): global state if state == 6: state = 7 elif state == 7: state = 6 a7()   def a7(): global state if state == 7: machine3Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 7 REEL") else: print("allumer machine 7 SIMU") elif state == 6: machine3Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 7 REEL") else: print("eteindre machine 7 SIMU") return "machine7"   def b8(): global state if state == 7: state = 8 elif state == 8: state = 7 #print("state : ",state) a8()   def a8(): global state if state == 8: machine3Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 8 REEL") else: print("allumer machine 8 SIMU") elif state == 7: machine3Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 8 REEL") else: print("eteindre machine 8 SIMU") return "machine8"   pool=(a1, a2, a3, a4, a5, a6, a7, a8) state=0 etap = 0   def do(): if auto["bg"] == "white": auto["bg"] = "red" root.bouton_flag = True if root.bouton_flag == False else False def callback(): currentTimeDate = datetime.datetime.now() currentTime = currentTimeDate.strftime('%H:%M:%S') global state global pool global etap voltage() global volt #volt = 55 if volt > 53.5 and volt <= 55 and root.bouton_flag: voltage() if reel["bg"] == "red": print("1ER check attendre 5 seconde") print(volt," V") if volt > 53.5 and volt <= 55 and root.bouton_flag: if reel["bg"] == "red": print("2eme check attendre 5 seconde") voltage() print(volt," V") if volt > 53.5 and volt <= 55 and root.bouton_flag: if reel["bg"] == "red": print("3eme check attendre 5 seconde") voltage() print(volt," V") if volt > 53.5 and volt <= 55 and root.bouton_flag: print("3eme check GO") if state >= len(pool): print("(%d) - Impossible, plus de machine à allumer" % state) #print("State = ", state) etap = 1 else: state+=1 print("(%d) - Allumage %s" % (state, pool[state-1]())) #(state, pool[state-1]()) #print("State = ", state) etap = 2         elif volt < 49: if state <= 0: print("(%d) - Impossible, plus de machine à éteindre" % state) print("State = ", state) etap = 3 else: state-=1 #print("(%d) - Extinction %s" % (state, pool[state-1]())) print("(%d) - Extinction %s" % (state, pool[state]())) #(state, pool[state-1]()) etap = 4 #print("State = ", state)     else: print("(%d) - Rien à faire..." % state) #print("State = ", state)   if etap == 0: print("Entre 49 et 55 Attendre 10 seconde") print(currentTime) root.after(10000, callback) if etap == 1: print("attendre 2 minutes") print(currentTime) root.after(AttentePlus6, callback) if etap == 2: print("attendre 15 minutes") print(currentTime) root.after(AttenteAllume, callback)   if etap == 3: print("attendre 2 minutes") print(currentTime) root.after(AttenteMoins1, callback) if etap == 4: print("attendre 10 minutes") print(currentTime) root.after(AttenteEtein, callback) callback()   def Reel(): if reel["bg"] == "white": reel["bg"] = "red" print("Passer en mode REEL") else : reel["bg"] = "white" print("Passer en mode SIMU")   def clock(): hour = time.strftime("%H") minute = time.strftime("%M") seconde = time.strftime("%S")   my_label.config(text=hour + ":" + minute + ":" + seconde) my_label.after(1000, clock)   my_label = Label(root, text="", font=("Helvetica", 48), fg="green", bg="black") my_label.place(relx=0.5, rely=0.1, anchor=CENTER)   clock()   voltage()     def afficherVolt(): voltage() global couleur global etap if volt < 49: couleur = "red" elif volt > 54: couleur = "orange" elif volt > 49 and volt< 54: couleur = "green" else: couleur = "orange" voltok.config(text=volt, fg=couleur) root.after(1000, afficherVolt)   def update():   voltok.config(text="new text") my_label.config(text="new text")       voltok = Label(root, text="", font=("Helvetica", 35), fg="orange", bg="black") voltok.place(relx=0.5, rely=0.8, anchor=CENTER)   afficherVolt()     timer = Label(root, fg='orange') timer.place(relx=0.7, rely=0.8, anchor=CENTER)             reel = Button(root, text = 'REEL', command=Reel, bg="white") reel.place(relx=0.1, rely=0.1, anchor=CENTER)   machine1Carte2 = Button(root, text = 'Machine 1 Carte 2', command = b1, bg="white") machine1Carte2.place(relx=0.2, rely=0.4, anchor=CENTER)   machine1Carte3 = Button(root, text = 'Machine 1 Carte 3', command = b2, bg="white") machine1Carte3.place(relx=0.2, rely=0.5, anchor=CENTER)   machine2Carte1 = Button(root, text = 'Machine 2 Carte 1', command = b3, bg="white") machine2Carte1.place(relx=0.5, rely=0.3, anchor=CENTER)   machine2Carte2 = Button(root, text = 'Machine 2 Carte 2', command = b4, bg="white") machine2Carte2.place(relx=0.5, rely=0.4, anchor=CENTER)   machine2Carte3 = Button(root, text = 'Machine 2 Carte 3', command = b5, bg="white") machine2Carte3.place(relx=0.5, rely=0.5, anchor=CENTER)   machine3Carte1 = Button(root, text = 'Machine 3 Carte 1', command = b6, bg="white") machine3Carte1.place(relx=0.8, rely=0.3, anchor=CENTER)   machine3Carte2 = Button(root, text = 'Machine 3 Carte 2', command = b6, bg="white") machine3Carte2.place(relx=0.8, rely=0.4, anchor=CENTER)   machine3Carte3 = Button(root, text = 'Machine 3 Carte 3', command = b6, bg="white") machine3Carte3.place(relx=0.8, rely=0.5, anchor=CENTER)   auto = Button(root, text="Automatique", bg="white", command=do) auto.place(relx=0.5, rely=0.6, anchor=CENTER)   root.mainloop()

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Désoler pour le dérangement je croit avoir trouver ma solution

Code:

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from threading import Timer import time from selenium import webdriver import datetime from tkinter import * from Action import * import os, sys from yocto_api import * from yocto_voltage import *       root = Tk() root.config(bg='#41B77F') root.geometry('550x300+810+550') root.bouton_flag = False   #AttentePlus6 = 10000# 10 SECONDE #AttenteAllume = 10000# 10 SECONDE #AttenteEtein = 10000# 10 SECONDE #AttenteMoins1 = 100000# 10 SECONDE     AttentePlus6 = 20000# 2 MINUTES AttenteAllume = 900000# 15 MINUTES AttenteEtein = 420000# 7 MINUTES AttenteMoins1 = 120000# 2 MINUTES   def voltage(): errmsg=YRefParam() YAPI.RegisterHub("usb",errmsg) voltage = YVoltage.FindVoltage("VOLTAGE1-224133.voltage1") if voltage.isOnline(): global volt volt = voltage.get_currentValue() #print("Volt : ",volt) #if btnVolt["bg"]=="white": # volt == 45 else: volt = 55       volt = 0.0     def b1(): global state print("3") if state == 2: state = 3 elif state == 3: state = 2 print(state) a1()   def a1(): global state if state == 3: machine1Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 3 REEL") M1C2() else: print("allumer machine 3 SIMU") elif state == 2: machine1Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 3 REEL") M1C2() else: print("eteindre machine 3 SIMU")   return "machine 3"   def b2(): global state print("6") if state == 5: state = 6 elif state == 6: state = 5 print(state) a2()   def a2(): global state if state == 6: machine1Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 6 REEL") M1C3() else: print("allumer machine 6 SIMU") elif state == 5: machine1Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 6 REEL") M1C3() else: print("eteindre machine 6 SIMU") return "machine6"   def b3(): global state print("1") if state == 0: state = 1 elif state == 1: state = 0 print(state) a3()   def a3(): global state if state == 1: machine2Carte1["bg"]="red" if reel["bg"] == "red": print("allumer machine 1 REEL") M2C1() else: print("allumer machine 1 SIMU") elif state == 0: machine2Carte1["bg"]="white" if reel["bg"] == "red": print("eteindre machine 1 REEL") M2C1() else: print("eteindre machine 1 SIMU") return "machine1"   def b4(): global state print("4") if state == 3: state = 4 elif state == 4: state = 3 print(state) a4()   def a4(): global state if state == 4: machine2Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 4 REEL") M2C2() else: print("allumer machine 4 SIMU") elif state == 3: machine2Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 4 REEL") M2C2() else: print("eteindre machine 4 SIMU") return "machine4" def b5(): global state print("7") if state == 7: state = 6 elif state == 6: state = 7 print(state) a5()   def a5(): global state if state == 7: machine2Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 7 REEL") M2C3() else: print("allumer machine 7 SIMU") elif state == 6: machine2Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 7 REEL") M2C3() else: print("eteindre machine 7 SIMU") return "machine7"   def b6(): global state print("2") if state == 2: state = 1 elif state == 1: state = 2 print(state) a6()   def a6(): global state if state == 2: machine3Carte1["bg"]="red" if reel["bg"] == "red": print("allumer machine 2 REEL") M3C1() else: print("allumer machine 2 SIMU") elif state == 1: machine3Carte1["bg"]="white" if reel["bg"] == "red": print("eteindre machine 2 REEL") M3C1() else: print("eteindre machine 2 SIMU") return "machine2"   def b7(): global state print("5") if state == 4: state = 5 elif state == 5: state = 4 a7()   def a7(): global state if state == 5: machine3Carte2["bg"]="red" if reel["bg"] == "red": print("allumer machine 5 REEL") M3C2() else: print("allumer machine 5 SIMU") elif state == 4: machine3Carte2["bg"]="white" if reel["bg"] == "red": print("eteindre machine 5 REEL") M3C2() else: print("eteindre machine 5 SIMU") return "machine5"   def b8(): global state print("8") if state == 7: state = 8 elif state == 8: state = 7 print(state) a8()   def a8(): global state if state == 8: machine3Carte3["bg"]="red" if reel["bg"] == "red": print("allumer machine 8 REEL") M3C3() else: print("allumer machine 8 SIMU") elif state == 7: machine3Carte3["bg"]="white" if reel["bg"] == "red": print("eteindre machine 8 REEL") M3C3() else: print("eteindre machine 8 SIMU") return "machine8"   #pool=(a1, a2, a3, a4, a5, a6, a7, a8) pool=(a3, a6, a1, a4, a7, a2, a5, a8)   state=0 etap = 0   def do(): if auto["bg"] == "white": auto["bg"] = "red" root.bouton_flag = True if root.bouton_flag == False else False def callback(): currentTimeDate = datetime.datetime.now() currentTime = currentTimeDate.strftime('%H:%M:%S') global state global pool global etap voltage() global volt #volt = 55 if volt > 53.5 and volt <= 55 and root.bouton_flag: voltage() if reel["bg"] == "red": print("1ER check attendre 5 seconde") print(volt," V") if volt > 53.5 and volt <= 55 and root.bouton_flag: if reel["bg"] == "red": print("2eme check attendre 5 seconde") voltage() print(volt," V") if volt > 53.5 and volt <= 55 and root.bouton_flag: if reel["bg"] == "red": print("3eme check attendre 5 seconde") voltage() print(volt," V") if volt > 53.5 and volt <= 55 and root.bouton_flag: print("3eme check GO") if state >= len(pool): print("(%d) - Impossible, plus de machine à allumer" % state) #print("State = ", state) etap = 1 else: state+=1 print("(%d) - Allumage %s" % (state, pool[state-1]())) #(state, pool[state-1]()) #print("State = ", state) etap = 2         elif volt < 49: if state <= 0: print("(%d) - Impossible, plus de machine à éteindre" % state) print("State = ", state) etap = 3 else: state-=1 #print("(%d) - Extinction %s" % (state, pool[state-1]())) print("(%d) - Extinction %s" % (state, pool[state]())) #(state, pool[state-1]()) etap = 4 #print("State = ", state)     else: print("(%d) - Rien à faire..." % state) #print("State = ", state)   if etap == 0: print("Entre 49 et 55 Attendre 10 seconde") print(currentTime) root.after(10000, callback) if etap == 1: print("attendre 2 minutes") print(currentTime) root.after(AttentePlus6, callback) if etap == 2: print("attendre 15 minutes") print(currentTime) root.after(AttenteAllume, callback)   if etap == 3: print("attendre 2 minutes") print(currentTime) root.after(AttenteMoins1, callback) if etap == 4: print("attendre 10 minutes") print(currentTime) root.after(AttenteEtein, callback) callback()   def Reel(): if reel["bg"] == "white": reel["bg"] = "red" print("Passer en mode REEL") else : reel["bg"] = "white" print("Passer en mode SIMU")   def clock(): hour = time.strftime("%H") minute = time.strftime("%M") seconde = time.strftime("%S")   my_label.config(text=hour + ":" + minute + ":" + seconde) my_label.after(1000, clock)   my_label = Label(root, text="", font=("Helvetica", 48), fg="green", bg="black") my_label.place(relx=0.5, rely=0.1, anchor=CENTER)   clock()   voltage()     def afficherVolt(): voltage() global couleur global etap if volt < 49: couleur = "red" if etap == 2: test() etap = 0 elif volt > 54: couleur = "orange" elif volt > 49 and volt< 54: couleur = "green" else: couleur = "orange" voltok.config(text=volt, fg=couleur) root.after(1000, afficherVolt)   def prece(): global state if volt<49: if state <= 0: print("(%d) - Impossible, plus de machine à éteindre" % state) else: state-=1 print("(%d) - Extinction %s" % (state, pool[state]())) (state, pool[state-1]()) root.after(100000, root)   def test(): global state if volt<49 and etap == 2: print("OOOOOOOOOOOOOOOOOOOOOOOOOOO") prece()       def update():   voltok.config(text="new text") my_label.config(text="new text")       voltok = Label(root, text="", font=("Helvetica", 35), fg="orange", bg="black") voltok.place(relx=0.5, rely=0.8, anchor=CENTER)   afficherVolt()     timer = Label(root, fg='orange') timer.place(relx=0.7, rely=0.8, anchor=CENTER)             reel = Button(root, text = 'REEL', command=Reel, bg="white") reel.place(relx=0.1, rely=0.1, anchor=CENTER)   machine1Carte2 = Button(root, text = 'Machine 1 Carte 2', command = b1, bg="white") machine1Carte2.place(relx=0.2, rely=0.4, anchor=CENTER)   machine1Carte3 = Button(root, text = 'Machine 1 Carte 3', command = b2, bg="white") machine1Carte3.place(relx=0.2, rely=0.5, anchor=CENTER)   machine2Carte1 = Button(root, text = 'Machine 2 Carte 1', command = b3, bg="white") machine2Carte1.place(relx=0.5, rely=0.3, anchor=CENTER)   machine2Carte2 = Button(root, text = 'Machine 2 Carte 2', command = b4, bg="white") machine2Carte2.place(relx=0.5, rely=0.4, anchor=CENTER)   machine2Carte3 = Button(root, text = 'Machine 2 Carte 3', command = b5, bg="white") machine2Carte3.place(relx=0.5, rely=0.5, anchor=CENTER)   machine3Carte1 = Button(root, text = 'Machine 3 Carte 1', command = b6, bg="white") machine3Carte1.place(relx=0.8, rely=0.3, anchor=CENTER)   machine3Carte2 = Button(root, text = 'Machine 3 Carte 2', command = b7, bg="white") machine3Carte2.place(relx=0.8, rely=0.4, anchor=CENTER)   machine3Carte3 = Button(root, text = 'Machine 3 Carte 3', command = b8, bg="white") machine3Carte3.place(relx=0.8, rely=0.5, anchor=CENTER)   auto = Button(root, text="Automatique", bg="white", command=do) auto.place(relx=0.5, rely=0.6, anchor=CENTER)   root.mainloop()

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Bonjour,

Citation:

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je sais qu'il existe .after_cancel mais je n'arrive pas à le faire fonctionner

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Il te faut référencer after():

Code:

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1 2 3

machineTruc = after(10, my_func) ... after_cancel(machineTruc)

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