def MANUAL(driver, data, test_blanc):
if not (test_blanc):
audio = test_Feature("sentenceAudioReader", driver)
if test_Feature("popupContent", driver):
try:
driver.find_element_by_id("btn_fermer").click()
except:
print_debug("[BOT] FAILED TO EXECUTE FEATURE IN", "red")
return "feature_in"
else:
audio = False
try:
Phrase = driver.find_element_by_class_name("sentence").text
except:
return "no_sentence"
print_debug("[BOT] PHRASE: " + str(Phrase), "white")
question = found_matche(Phrase, data)
if question.matche != "":
if audio:
return question.corr_in_matche
else:
return question.err_in_phrase
else:
if audio:
return "not_found"
else:
return "no_error"
print(question.err_list)
return question.err_list
def switch_bot(self):
if self.bot_on:
self.bot_on = False
self.btn_auto["image"] = self.Auto_off
elif self.module.data != []:
self.bot_on = True
self.btn_auto["image"] = self.Auto_on
self.td = Thread(target=self.ROUTINE_BOT)
self.td.start()
else:
self.log.insert("end", "erreur aucun fichier chargé\n", "red")
print_debug("AUCUN FICHIER CHARGÉ", "red")
def memory_data(self, input_list):
f = open("./file/auto_learning_data.txt", "r", encoding="utf-8")
memory_data = f.read()
memory_data_list = []
extr = " "
i = 0
while extr != "":
extr = memory_data[memory_data.find("[", i
):memory_data.find("]", i) + 1]
memory_data_list += [extr]
i = memory_data.find("\n", i + 1)
memory_call = difflib.get_close_matches(str(input_list),
memory_data_list)
f.close()
if memory_call != []:
learning = difflib.get_close_matches(
memory_data[memory_data.find(memory_call[0]) +
len(memory_call[0]) + 1:memory_data.
find("\n", memory_data.find(memory_call[0]))],
input_list)
if learning != []:
print_debug("[auto_learning] found error in memory", "magenta")
return input_list.index(learning[0])
else:
print_debug("[auto_learning] no error found in memory",
"magenta")
return 0
else:
print_debug("[auto_learning] no error found in memory", "magenta")
return 0
def add_match(self, sentence, real_err):
print_debug("[auto_learning] failed to found match, learning...",
"yellow")
f = open("./file/auto_learning_match.txt", "a", encoding="utf-8")
sentence = " " + sentence
try:
sentence = sentence[:sentence.index(
" " + real_err)] + " <@" + real_err + ">" + sentence[
sentence.index(" " + real_err) + len(real_err) + 1:] + "\n"
except:
try:
sentence = sentence[:sentence.index(
"'" + real_err)] + "'<@" + real_err + ">" + sentence[
sentence.index("'" + real_err) + len(real_err) +
1:] + "\n"
except:
sentence = sentence[:sentence.index(
"-" + real_err)] + "-<@" + real_err + ">" + sentence[
sentence.index("-" + real_err) + len(real_err) +
1:] + "\n"
f.write(sentence[1:])
f.close()
def found_matche(Phrase, data):
matches = difflib.get_close_matches(
Phrase, data) + auto_learning().memory_match(Phrase)
print_debug("[found_matche] close matches: " + str(matches), "white")
if matches != []:
for i in range(0, len(matches)):
if "<" in matches[i]:
question = Question(Phrase, matches[i])
if question.err_in_phrase != "":
print_debug(
"[found_matche] CLOSE MATCH FOUND: " + str(matches[i]),
"white")
print_debug(
"[found_matche] ERROR: " + str(question.err_in_phrase),
"green")
return question
print_debug("[found_matche] NO CLOSE MATCH FOUND", "white")
print_debug("[found_matche] NO ERROR", "green")
return Question(Phrase, "")
def init():
open("./file/DEBUG.txt", "w", encoding="utf-8").close()
try:
option = chrome_options()
option.add_argument("--headless")
v_driver = webdriver.Chrome(options=option)
except:
print_debug("[v_driver] don't detect Chrome", "yellow")
try:
option = firefox_options()
option.add_argument("--headless")
v_driver = webdriver.Opera(options=option)
except:
print_debug("[v_driver] don't detect Opera", "yellow")
try:
option = opera_options()
option.add_argument("--headless")
v_driver = webdriver.Firefox(options=option)
except:
print_debug("[v_driver] CANT FIND COMPATIBLE DRIVER -> EXIT",
"red")
e = pop_up(
"/msg{-txt:aucun moteur\n de recherche detecté \n(chrome, opera ou firefox) -title:VoltaireTaMere -link:https://www.google.com/intl/fr_fr/chrome/ -lock:0 -size:180x90}"
)
e.start_root()
e.root.mainloop()
exit()
return
v_driver.get("https://sites.google.com/view/voltairetamere/init")
v_driver.implicitly_wait(1)
init_command = v_driver.find_element_by_class_name("yaqOZd").text
print("init_command:", init_command)
v_driver.close()
if init_command[init_command.index("version:") + 8:] != found_data(
"./file/version.txt", "version", "str"):
init_command = "/msg{-txt:VoltaireTaMere doit être\n mis à jour -title:VoltaireTaMere -link:https://sites.google.com/view/voltairetamere/accueil -lock:1 -size:180x70}"
if init_command != "version:" + found_data("./file/version.txt", "version",
"str"):
w = pop_up(init_command)
w.start_root()
w.root.mainloop()
if w.option.lock:
exit()
from GUI import GUI, Login
from File import print_debug, found_data, connect
from init import init, pop_up
from selenium import webdriver
from os import path
import subprocess
init()
try:
ch_output = subprocess.Popen(["chromedriver"])
driver = webdriver.Chrome()
except:
print_debug("[DRIVER] don't detect Chrome", "yellow")
driver.implicitly_wait(1)
if open("./file/log.txt","r", encoding="utf-8").read() == "" or open("./file/log.txt","r", encoding="utf-8").read() == "None":
Login(driver).root.mainloop()
else:
connect(driver)
gui = GUI(driver)
gui.Menu_1(gui.BG1)
gui.root.mainloop()
def add_data(self, list_err, real_err):
print_debug("[auto_learning] failed to locate error, learning...",
"yellow")
f = open("./file/auto_learning_data.txt", "a", encoding="utf-8")
f.write(str(list_err) + " " + real_err + "\n")
f.close()
def find_err(self):
if self.matche == "":
print_debug("[find_err] No Close Match", "yellow")
return ""
Words_err = ""
extrt = " "
i = 0
while extrt != "":
extrt = self.matche[self.matche.find("<", i):self.matche.
find(">", i)].replace("<",
"").replace(">", "")
try:
if self.matche[self.matche.find(">", i) + 1] == "-":
extrt += "-"
except:
None
i = self.matche.find(">", i) + 1
if extrt != "" and extrt not in Words_err:
Words_err += extrt + " "
Words_err = split_Word(Words_err)
list_String_Err = split_Word(self.phrase)
list_String_Corr = split_Word(
self.matche.replace("<", "").replace(">", ""))
print_debug("[find_err] err: " + str(Words_err), "cyan")
print_debug("[find_err] phrase: " + str(list_String_Err), "cyan")
print_debug("[find_err] matche: " + str(list_String_Corr), "cyan")
for i in range(0, len(list_String_Corr)):
if list_String_Corr[i] in list_String_Err:
list_String_Err[list_String_Err.index(
list_String_Corr[i])] = ""
list_String_Corr[i] = ""
list_String_Err = [
list_String_Err[i] for i in range(0, len(list_String_Err))
if list_String_Err[i] != ""
]
list_String_Corr = [
list_String_Corr[i] for i in range(0, len(list_String_Corr))
if list_String_Corr[i] != ""
]
for i in range(0, len(list_String_Corr)):
if list_String_Corr[i].replace("…", "") not in Words_err:
print_debug("[find_err] Words_err: " + str(Words_err), "cyan")
print_debug(
"[find_err] list_String_Corr: " + str(list_String_Corr),
"cyan")
print_debug(
"[find_err] list_String_Err: " + str(list_String_Err),
"cyan")
print_debug("[find_err] Close Match INCORRECT\n", "yellow")
return ""
if list_String_Corr == [] and list_String_Err == []:
print_debug("[find_err] Close Match INCORRECT\n", "yellow")
return ""
print_debug("[find_err] Close Match CORRECT", "green")
if list_String_Err == []:
list_String_Err = Words_err
if "'" in list_String_Err[0]:
try:
list_String_Err[0] = list_String_Err[1]
except:
list_String_Err[0] = list_String_Err[0][0:list_String_Err[0].
find("'")]
if "-" in list_String_Err[0]:
list_String_Err[0] = list_String_Err[0][0:list_String_Err[0].
find("-")]
print_debug("[find_err] Words_err: " + str(Words_err), "cyan")
print_debug("[find_err] list_String_Corr: " + str(list_String_Corr),
"cyan")
print_debug("[find_err] list_String_Err: " + str(list_String_Err),
"cyan")
self.err_list = list_String_Err
if len(list_String_Err) > 1:
return list_String_Err[auto_learning().memory_data(
list_String_Err)]
else:
return list_String_Err[0]
def print_class(self):
print_debug("[Question] phrase:" + self.phrase, "white")
print_debug("[Question] match:" + self.matche, "white")
print_debug("[Question] corr_in_matche" + self.corr_in_matche, "white")
print_debug("[Question] err_in_phrase" + self.err_in_phrase, "white")
def BOT(driver, data, test_blanc, accr):
print_debug("[BOT] ####### WORKING #######", "white")
if not (test_blanc):
audio = test_Feature("sentenceAudioReader", driver)
if test_Feature("popupContent", driver):
try:
driver.find_element_by_id("btn_fermer").click()
except:
print_debug("[BOT] FAILED TO EXECUTE FEATURE IN", "red")
return "feature_in"
else:
audio = False
try:
Phrase = driver.find_element_by_class_name("sentence").text
except:
return "no_sentence"
print_debug("[BOT] PHRASE: " + str(Phrase), "white")
question = found_matche(Phrase, data)
if randint(1, 100) > accr and not (audio):
if question.matche != "":
if not (test_blanc):
driver.find_element_by_id("btn_pas_de_faute").click()
else:
driver.find_elements_by_xpath(
"//span[@class = 'pointAndClickSpan'][.='" +
split_Word(question.phrase)[0] + "']")[0].click()
return ["auto_fail"]
if question.matche != "":
if audio:
driver.find_element_by_xpath(
"//input[@class='gwt-TextBox writingExerciseSpan']").send_keys(
question.corr_in_matche.replace("@", ""))
driver.find_element_by_id("btn_pas_de_faute").click()
print_debug("[BOT] EXECUTION AUDIO DONE", "green")
else:
try:
driver.find_elements_by_xpath(
"//span[@class = 'pointAndClickSpan'][.='" +
question.err_in_phrase + "']")[found_good_one(
question.phrase, question.matche,
question.err_in_phrase)].click()
print_debug("[BOT] EXECUTION CLICK DONE", "green")
except:
if "…" in question.err_in_phrase:
driver.find_elements_by_xpath(
"//span[@class = 'pointAndClickSpan'][.='" +
question.err_in_phrase.replace("…", "") +
"']")[found_good_one(
question.phrase, question.matche,
question.err_in_phrase.replace("…", ""))].click()
else:
print_debug(
"[BOT] FAILED TO EXECUTE CAN'T TOUCH: " +
str(question.err_in_phrase), "red")
return "can't_touche &" + str(question.err_in_phrase)
else:
if audio:
print_debug("[BOT] FAILED TO EXECUTE NO MATCH FOUND\n", "yellow")
return "not_found"
else:
try:
driver.find_element_by_class_name("noMistakeButton").click()
print_debug("[BOT] EXECUTION NO MISTAKE DONE", "green")
except:
return []
print(question.err_list)
return question.err_list
def ROUTINE_BOT(self):
if self.accuracy.get() < 0:
self.accuracy.set(0)
write_data("./file/options.txt", "accuracy", 0)
print_debug("[option] accuracy valeur interdite", "red")
if self.time_next.get() < 1:
self.time_next.set(1)
write_data("./file/options.txt", "time", 1)
print_debug("[option] time valeur interdite", "red")
while self.bot_on:
self.log.delete(1.0, "end")
return_tag = BOT(self.driver, self.module.data,
self.module.test_blanc, self.accuracy.get())
print_debug("return_tag: " + str(return_tag) + "\n", "yellow")
if type(return_tag) != list:
if return_tag == "feature_in":
self.log.insert("end", "Merci de fermer la Pop-up\n",
"yellow")
elif "can't_touche" in return_tag:
self.log.insert(
"end", "Je n'arrive pas a toucher: " +
return_tag[return_tag.index("&") + 1:len(return_tag)] +
"\n", "yellow")
elif return_tag == "not_found":
self.log.insert("end", "je trouve pas sorry UwU\n",
"yellow")
break
self.number_q += 1
if self.module.test_blanc == False:
if self.driver.find_elements_by_xpath(
"//span[@title='Mauvaise réponse']"
) != [] and return_tag != ["auto_fail"]:
text = ''
answer_word_els = self.driver.find_elements_by_xpath(
"//span[@class = 'answerWord']/span[@class = 'pointAndClickSpan']"
)
if len(answer_word_els) >= 1:
text = answer_word_els[1].text
else:
text = answer_word_els[0].text or ""
if return_tag == []:
auto_learning().add_match(
self.driver.find_element_by_class_name(
"sentence").text, text)
else:
auto_learning().add_data(return_tag, text)
self.log.insert("end",
"erreur détéctée apprentissage...\n",
"green")
try:
self.driver.find_element_by_class_name(
"nextButton").click()
except Exception:
pass
self.log.insert("end",
"[" + str(self.number_q) + "]: Clique fait !\n",
"green")
self.log.insert(
"end",
open("./file/VTMtext.txt", "r", encoding="utf-8").read())
self.log.insert("end", "\n\nWaiting...\n", "green")
i = 0
while i < self.time_next.get() and self.bot_on:
sleep(1)
i += 1
self.bot_on = False
self.btn_auto["image"] = self.Auto_off
self.time_next.set(found_data("./file/options.txt", "time", "int"))
print_debug(
"[BOT_ROUTINE] I am a bot, and this action was performed automatically.\nI answered "
+ str(self.number_q) + " questions", "green")
self.log.insert(
"end",
"I am a bot, and this action was performed automatically.\nI answered "
+ str(self.number_q) + " questions\n", "green")
self.number_q = 0
return 0
def __init__(self, driver):
self.root = Tk()
self.root.title("VoltaireTaMere")
self.root.resizable(False, False)
self.root.geometry('600x350')
self.root.iconphoto(
True, PhotoImage(file="asset/VoltaireTaMere_icon[PNG].png"))
self.root.configure(bg='#23272A')
self.Auto_off = PhotoImage(file="asset/Boutton_Auto_off.png")
self.Auto_on = PhotoImage(file="asset/Boutton_Auto_on.png")
self.Manual = PhotoImage(file="asset/Boutton_Manuel.png")
self.back = PhotoImage(file="asset/Boutton_Retour.png")
self.load_file = PhotoImage(file="asset/Boutton_Load.png")
self.Quitter = PhotoImage(file="asset/boutton_Quitter.png")
self.BG1 = PhotoImage(file="asset/Menu_1.png")
self.BG2 = PhotoImage(file="asset/Menu_2.png")
self.BG3 = PhotoImage(file="asset/Menu_3.png")
self.driver = driver
self.module = Module("")
self.bot_on = False
self.accuracy = IntVar()
self.time_next = IntVar()
self.accuracy.set(found_data("./file/options.txt", "accuracy", "int"))
self.time_next.set(found_data("./file/options.txt", "accuracy", "int"))
self.number_q = 0
self.prgm = StringVar()
self.niveau = StringVar()
self.fond = Label(self.root, image=None, bg='#23272A')
self.btn_pont_sup = Button(
self.root,
text="PONT\nSUPÉRIEUR",
command=lambda: [
self.prgm.set("pont_Supérieur"),
self.niveau.
set("Module\\ 1 Module\\ 2 Module\\ 3 Module\\ 4 Module\\ 5 Module\\ 6 Module\\ 7 Module\\ 8 Test\\ Blanc"
),
self.Menu_Unpack(),
self.Menu_2(self.BG2)
],
bg="#a2d417",
highlightthickness=2,
bd=0,
height=6,
width=12,
font=('Helvetica', '10', "bold"))
self.btn_sup = Button(
self.root,
text="SUPÉRIEUR",
command=lambda: [
self.prgm.set("Supérieur"),
self.niveau.
set("Module\\ 1 Module\\ 2 Module\\ 3 Module\\ 4 Module\\ 5 Module\\ 6 Module\\ 7 Module\\ 8 Module\\ 9 Module\\ 10 Test\\ Blanc"
),
self.Menu_Unpack(),
self.Menu_2(self.BG2)
],
bg="#a2d417",
highlightthickness=2,
bd=0,
height=6,
width=12,
font=('Helvetica', '10', "bold"))
self.btn_exc = Button(
self.root,
text="EXCELLENCE",
command=lambda: [
self.prgm.set("Excellence"),
self.niveau.
set("Module\\ 1 Module\\ 2 Module\\ 3 Module\\ 4 Module\\ 5 Module\\ 6 Module\\ 7 Module\\ 8 Module\\ 9 Module\\ 10 Module\\ 11 Module\\ 12 Verbes\\ Pronominaux\\ II"
),
self.Menu_Unpack(),
self.Menu_2(self.BG2)
],
bg="#a2d417",
highlightthickness=2,
bd=0,
height=6,
width=12,
font=('Helvetica', '10', "bold"))
self.btn_cus = Button(self.root,
text="CUSTOM",
bg="#a2d417",
command=lambda: [
self.prgm.set("CUS"),
self.niveau.set(""),
self.Menu_Unpack(),
self.Menu_3(self.BG3)
],
activebackground="#ffffff",
bd=0,
height=6,
width=12,
font=('Helvetica', '10', "bold"))
self.btn_auto = Button(self.root,
image=self.Auto_off,
command=self.switch_bot,
bg="#a2d417",
activebackground="#a2d417",
bd=0)
self.btn_manual = Button(
self.root,
image=self.Manual,
command=lambda: Thread(target=self.ROUTINE_MANUAL).start(),
bg="#23272A",
activebackground="#23272A",
bd=0)
self.btn_load_file = Button(self.root,
image=self.load_file,
command=self.init_module,
bg="#23272A",
activebackground="#23272A",
bd=0)
self.btn_back = Button(
self.root,
image=self.back,
command=lambda: [self.Menu_Unpack(),
self.Menu_1(self.BG1)],
bg="#23272A",
activebackground="#23272A",
bd=0)
self.btn_quit = Button(self.root,
image=self.Quitter,
command=self.root.destroy,
bg="#23272A",
activebackground="#23272A",
bd=0)
self.listB_Module = Listbox(self.root,
exportselection=0,
listvariable=self.niveau,
selectmode="single",
activestyle="none",
height=14,
width=21,
bd=0,
bg="#2C2F33",
fg="#ffffff",
selectbackground="#a2d417",
font=('Helvetica', '10'))
self.log = Text(self.root,
height=12,
width=47,
bg="#2C2F33",
fg="#ffffff",
bd=0,
font=('Helvetica', '10'))
self.log.tag_config("green", foreground="#40ff46")
self.log.tag_config("red", foreground="#ff4040")
self.log.tag_config("yellow", foreground="#f5ff40")
self.log.tag_config("cyan", foreground="#00ffff")
self.log.tag_config("magenta", foreground="#ff00ff")
self.log.tag_config("white", foreground="#ffffff")
self.menuAide = Menubutton(self.root,
text='Aide',
width='6',
fg='#ffffff',
bg='#2c2e30',
activebackground='#a2d417',
bd=0)
self.SousMenuAide = Menu(self.menuAide,
fg='#ffffff',
bg='#2c2e30',
activebackground='#a2d417')
self.SousMenuAide.add_command(
label='Notice', command=lambda: open_file("./file/NOTICE.pdf"))
self.SousMenuAide.add_command(
label='réinitialiser Login',
command=lambda: [Login(self.driver, self.root)])
self.menuAide.configure(menu=self.SousMenuAide)
self.menuOption = Menubutton(self.root,
text='Option',
width='6',
fg='#ffffff',
bg='#2c2e30',
activebackground='#a2d417',
bd=0)
self.SousMenuOption = Menu(self.menuOption,
fg='#ffffff',
bg='#2c2e30',
activebackground='#a2d417')
self.SousMenuOption.add_command(
label='OverClock',
command=lambda: [
self.time_next.set(1),
print_debug("[MAIN] Overclock ON", "yellow"),
self.log.insert("end", "Overclock ON\n", "yellow")
])
self.SousMenuOption.add_command(
label='options',
command=lambda: [self.Menu_Unpack(),
self.Menu_4()])
self.menuOption.configure(menu=self.SousMenuOption)
self.option_auto_login = Button(
self.root,
text="auto login",
command=lambda: [
self.log.delete(1.0, "end"),
self.input_data.place_forget(),
self.log.insert(
"end",
"L'auto login permet de se connecter automatiquement a son compte projet voltaire lors du démarage"
),
self.switch_auto_login.place(x=320, y=30)
],
bg="#a2d417",
highlightthickness=2,
bd=0,
height=2,
width=20,
font=('Helvetica', '10'))
self.option_accuracy = Button(
self.root,
text="précision",
command=lambda: [
self.switch_auto_login.place_forget(),
self.log.delete(1.0, "end"),
self.set_accurate_buffer(),
self.input_data.place(x=320, y=30),
self.log.insert("end",
"Définit le pourcentage de bonnes réponses")
],
bg="#a2d417",
highlightthickness=2,
bd=0,
height=2,
width=20,
font=('Helvetica', '10'))
self.option_time = Button(
self.root,
text="temps d'attente",
command=lambda: [
self.switch_auto_login.place_forget(),
self.log.delete(1.0, "end"),
self.set_time_buffer(),
self.input_data.place(x=320, y=30),
self.log.insert(
"end", "définit le temps d'attente entre chaque question")
],
bg="#a2d417",
highlightthickness=2,
bd=0,
height=2,
width=20,
font=('Helvetica', '10'))
self.switch_auto_login = Button(self.root,
text="",
command=None,
bg="#a2d417",
highlightthickness=2,
bd=0,
height=1,
width=10,
font=('Helvetica', '10'))
self.time_buffer = StringVar()
self.time_buffer.set(found_data("./file/options.txt", "time", "int"))
self.accurate_buffer = StringVar()
self.accurate_buffer.set(
found_data("./file/options.txt", "accuracy", "int"))
self.input_data = Entry(self.root,
textvariable=None,
bg="#2C2F33",
fg="#ffffff",
width=11,
bd=1,
font=('Helvetica', '10'))
