def send_not_coll(self, bot_teacher, lang, lang_class):
if lang in self.collaborators:
for coll in self.collaborators[lang]:
send_message(bot_teacher,
coll,
lang_class.get_string(lang, "restart"),
reply_markup=ReplyKeyboardRemove(selective=False))
def set_lang(self, chat_id, from_id, lang, chat_type):
user = super().get_bot().getChat(from_id)
lang_array = self.get_lang_array()
if len(lang_array) > 0:
self.singleton.add_time_id(chat_type, self.node.get_lang(), lang,
from_id, chat_id, 4,
self.node.get_topic_name())
send_message(super().get_bot(),
chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "lang"),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(
chat_type, self.node.get_lang(), lang, from_id,
chat_id, self.node.get_topic_name()) != 0,
reply_markup=self.node.set_lang_keyboard(lang_array))
else:
send_message(super().get_bot(),
chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "disable"),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(
chat_type, self.node.get_lang(), lang, from_id,
chat_id, self.node.get_topic_name()) != 0,
reply_markup=ReplyKeyboardRemove())
def send_not_teach(self, bot_teacher, lang, lang_class):
if lang in self.teachers:
for teach in self.teachers[lang]:
send_message(bot_teacher,
teach,
lang_class.get_string(lang, "restart"),
reply_markup=ReplyKeyboardRemove(selective=False))
def add_comment(self, chat_id, from_id, txt, lang, chat_type):
user = super().get_bot().getChat(from_id)
if txt in self.node.get_json_array(lang):
self.node.set_qid(chat_id, from_id, txt)
self.singleton.add_time_id(chat_type, self.node.get_lang(), lang,
from_id, chat_id, 3,
self.node.get_topic_name())
send_message(super().get_bot(),
chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "rv_comment"),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(
chat_type, self.node.get_lang(), lang, from_id,
chat_id, self.node.get_topic_name()) != 0,
reply_markup=create_reply_keyboard(
[[self.node.get_string(lang, "comment")]]))
else:
self.singleton.del_time_id(chat_type, self.node.get_lang(), lang,
from_id, chat_id,
self.node.get_topic_name())
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "error_q"),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
def add_hints(self, chat_id, from_id, topic, lang, chat_type, user):
self.tree.set_nlp(lang)
hints = self.tree.get_hint(topic, lang)
if len(hints) > 0:
self.singleton_id.add_time_id(chat_type, self.tree.get_lang(),
lang, from_id, chat_id, 6,
"teacher")
send_message(super().get_bot(),
chat_id,
tag_group(chat_type, user) +
self.tree.get_string(lang, "select_hint"),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang,
from_id, chat_id, "teacher") != 0,
reply_markup=create_reply_keyboard(
array_to_matrix(
self.tree.get_hint(topic, lang))))
else:
self.singleton_id.del_time_id(chat_type, self.tree.get_lang(),
lang, from_id, chat_id,
"teacher")
send_message(super().get_bot(),
chat_id,
tag_group(chat_type, user) +
self.tree.get_string(lang, "empty"),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang,
from_id, chat_id, "teacher") != 0,
reply_markup=create_reply_keyboard(
array_to_matrix(
self.tree.get_hint(topic, lang))))
def case1(self, chat_id, from_id, txt, lang, topic, chat_type):
user = super().get_bot().getChat(from_id)
res = self.tree.get_response(txt, lang, topic)
if res != None:
self.tree.set_qid(chat_id, from_id, txt, topic)
self.singleton_id.add_time_id(chat_type, self.tree.get_lang(),
lang, from_id, chat_id, 4,
"teacher")
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.tree.get_string(lang, "answer", xxx=txt),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id,
chat_id, "teacher") != 0)
else:
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.tree.get_string(lang, "error"),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id,
chat_id, "teacher") != 0)
def propagate_message(msg, rooms, client, client_detail):
room_name = client_detail["room_name"]
members = rooms[room_name]["members"]
for member in members:
if member == client:
continue
send_message(member, msg)
def case4(self, chat_id, from_id, txt, lang, topic, chat_type):
user = super().get_bot().getChat(from_id)
question = self.tree.set_res(chat_id, from_id, txt, lang, topic)
if question == None:
return
vett = self.tree.get_ids_array(topic, lang, question)
self.singleton_id.del_time_id(chat_type, self.tree.get_lang(),
lang, from_id, chat_id, "teacher")
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.tree.get_string(lang, "answer_q", xxx=question, yyy=txt),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id, chat_id,
"teacher") != 0)
for elem in vett:
send_message(
self.tree.get_bot_by_topic(topic), elem,
self.tree.get_string(lang,
"answer_q",
xxx=question,
yyy=txt),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id,
chat_id, "teacher") != 0)
def send_not_stud(self, lang, lang_class):
if lang in self.students:
for stud in self.students[lang]:
send_message(super().get_bot(),
stud,
lang_class.get_string(lang, "restart"),
reply_markup=ReplyKeyboardRemove(selective=False))
def case7(self, chat_id, from_id, txt, lang, topic, chat_type):
user = super().get_bot().getChat(from_id)
txt = self.tree.switcherflag(txt)
if txt == None:
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.tree.get_string(lang, "error"),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id,
chat_id, "teacher") != 0)
return
self.tree.set_super_user_lang(chat_id, topic, txt)
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.tree.get_string(txt, "setted_lang"),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id, chat_id,
"teacher") != 0)
self.singleton_id.start_fun(chat_id, from_id, chat_type, txt,
self.tree.get_lang(), "teacher", topic,
self.keyboard)
def branch_one(self, msg, chat_id, from_id):
lang = self.prev_lang[chat_id]
topic = self.topic_name[chat_id]
if self.tree.check_teach(lang, msg["text"]):
send_message(super().get_bot(),
chat_id,
self.tree.get_string(lang, "teacher"),
reply_markup=ReplyKeyboardRemove())
self.tree.add_teachers([chat_id], self.topic_name[chat_id],
lang)
del self.topic_name[chat_id]
del self.prev_lang[chat_id]
elif self.tree.check_coll(lang, msg["text"]):
send_message(super().get_bot(),
chat_id,
self.tree.get_string(lang, "collaborator"),
reply_markup=ReplyKeyboardRemove())
self.tree.add_collaborators([chat_id],
self.topic_name[chat_id], lang)
del self.topic_name[chat_id]
del self.prev_lang[chat_id]
self.singleton_id.start_fun(chat_id, from_id, "private", lang,
self.tree.get_lang(), "teacher", topic,
self.keyboard)
self.query_bool[chat_id] = False
self.lang_bool[chat_id] = False
def final_set(self, chat_id, from_id, txt, lang, chat_type):
user = super().get_bot().getChat(from_id)
txt = self.node.get_lang_by_flag(txt)
if txt == None:
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "error"),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
return
self.del_students([chat_id])
self.add_students(txt, [chat_id])
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(txt, "setted_lang"),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(), lang,
from_id, chat_id,
self.node.get_topic_name()) != 0)
self.singleton.start_fun(chat_id, from_id, chat_type, txt,
self.node.get_lang(),
self.node.get_topic_name(),
self.node.get_topic_name(), self.keyboard)
def seg_rev(self, chat_id, from_id, txt, lang, chat_type):
question = self.node.get_qid(chat_id, from_id)
self.node.del_qid(chat_id, from_id)
user = super().get_bot().getChat(from_id)
is_new = self.node.check_lang_str(txt, "comment")
if is_new:
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "revision", xxx=question),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
if not self.node.set_rv_comment(question, "", lang):
return
self.new_seg_rev(question, lang, user, chat_type, from_id, chat_id)
else:
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "revision", xxx=question) + " (\"" +
txt + "\")", self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
if not self.node.set_rv_comment(question, txt, lang):
return
self.old_seg_rev(question, lang, user, chat_type, from_id, chat_id)
def propagate_chat_message(msg, rooms, client, client_detail):
if client_detail["state"] == "wait":
send_message(client, "MASTER: You must go into the room first!!")
return
propagate_message(client_detail["user_name"] + ":" + msg, rooms, client,
client_detail)
def delete_old_branchthreeone(self, name, elem, lang_class, user):
del self.id_times[name][elem]
if name in self.id_commands and elem in self.id_commands[name]:
send_message(self.bot_array[name], elem,
lang_class.get_string(lang, "timeout"))
del self.id_commands[name][elem]
if len(self.id_commands[name]) == 0:
del self.id_commands[name]
def choose_topic(self,chat_id,text):
if text in self.tree.get_topic_list():
self.singleton_id.add_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,3,"creation")
send_message(super().get_bot(),chat_id,"Enter the password relating to the topic:","Cancel",self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0,reply_markup=create_reply_keyboard([["Forgot password?"]],only_one=False))
self.unc_del[chat_id]=text
else :
self.singleton_id.del_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")
send_message(super().get_bot(),chat_id,"Topic don't found, command aborted","Cancel",self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0,reply_markup=ReplyKeyboardRemove())
def match_speech(self, chat_id, from_id, txt, lang, chat_type):
is_new = self.node.check_lang_str(txt, "new_button")
if not is_new:
self.node.set_qid(chat_id, from_id, txt)
user = super().get_bot().getChat(from_id)
elem = self.node.get_qid(chat_id, from_id)
response = None
if not is_new:
response = self.node.get_response(elem, lang)
if response == None:
self.node.set_question(elem, lang, chat_id)
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "q_not_found", xxx=elem),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
if lang in self.teachers:
for teacher_id in self.teachers[lang]:
send_message(
self.node.get_bot_teacher().get_bot(), teacher_id,
self.node.get_string(lang, "new_q", xxx=elem),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(
chat_type, self.node.get_lang(), lang, from_id,
chat_id, self.node.get_topic_name()) != 0)
elif response == "BANNED":
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "banned_q", xxx=elem),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
elif response == "":
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "wait_q", xxx=elem),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
else:
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "answer_q", xxx=elem, yyy=response),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(chat_type, self.node.get_lang(),
lang, from_id, chat_id,
self.node.get_topic_name()) != 0)
self.node.del_qid(chat_id, from_id)
def cond_hash_second_branch(self,chat_id,text):
self.singleton_id.del_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")
if self.tree.verify_password(self.unc_del[chat_id], text):
self.singleton_ban.del_ban(chat_id)
self.tree.delete_bot(self.unc_del[chat_id])
send_message(super().get_bot(),chat_id,"Topic deleted","Cancel",self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0,reply_markup=ReplyKeyboardRemove())
else :
self.singleton_ban.add_ban(chat_id)
send_message(super().get_bot(),chat_id,"Incorrect password. Command aborted.","Cancel",self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0,reply_markup=ReplyKeyboardRemove())
del self.unc_del[chat_id]
def send_del_lang_notification(self, lang):
for lang_stud in self.students:
for chat_id in self.students[lang_stud]:
send_message(super().get_bot(),
chat_id,
self.node.get_string(lang_stud,
"del_lang",
xxx=self.node.get_string(
lang_stud, lang)),
reply_markup=None)
def branch_two(self, msg, chat_id, from_id, topic):
if msg["text"] in self.tree.get_flag_list():
self.prev_lang[chat_id] = self.tree.switcherflag(msg["text"])
send_message(super().get_bot(),
chat_id,
self.tree.get_string(self.prev_lang[chat_id],
"roles"),
reply_markup=self.tree.get_lang_board(
self.prev_lang[chat_id],
["teacher", "collaborator"]))
self.lang_bool[chat_id] = True
def kill_room(msg, rooms, client_details):
room_name = re.findall("\/kill ([\w]+)", msg)[0]
room = rooms[room_name]
for member in room["members"]:
send_message(member, "Room has been killed")
client_details[member] = {
"state": "wait",
"room_name": '',
"user_name": ''
}
del rooms[room_name]
print(room_name, "is killed")
def cond_hash_first_branch(self,chat_id,text):
self.singleton_id.del_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")
if self.tree.verify_password(self.unc_del[chat_id], text):
self.singleton_ban.del_ban(chat_id)
pwd=self.rand_string()
self.send_notify(chat_id,pwd,self.unc_del[chat_id])
self.tree.change_pwd(self.unc_del[chat_id],self.hash_password(pwd))
self.teach_board_topic(self.unc_del[chat_id],chat_id)
else :
self.singleton_ban.add_ban(chat_id)
send_message(super().get_bot(),chat_id,"Incorrect password. Command aborted.","Cancel",self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0,reply_markup=ReplyKeyboardRemove())
del self.unc_del[chat_id]
def new_seg_rev(self, question, lang, user, chat_type, from_id, chat_id):
response = self.node.get_response(question, lang)
if lang in self.teachers:
for teacher_id in self.teachers[lang]:
if response != None and response != "" and lang in self.teachers:
send_message(
self.node.get_bot_teacher().get_bot(), teacher_id,
tag_group(chat_type, user) +
self.node.get_string(lang, "revision", xxx=question),
self.node.get_string(lang, "canc"),
self.singleton.check_time_id(
chat_type, self.node.get_lang(), lang, from_id,
chat_id, self.node.get_topic_name()) != 0)
def handle_participant_left_event(room, rooms, client, client_details):
client_detail = client_details[client]
msg = "Client " + client_detail["user_name"] + " has left the room."
send_message(client, "Left the room")
propagate_message(msg, rooms, client, client_detail)
client_details[client] = {
"state": "wait",
"room_name": '',
"user_name": ''
}
room["members"] = [
member for member in room["members"] if member != client
]
def cond_hash(self,chat_id,text):
if text=="Forgot password?":
user=super().get_bot().getChat(chat_id)
bot_pwd=self.tree.get_bot_pwd()
self.singleton_id.del_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")
send_message(bot_pwd,self.admin_pwd,"The user "+user['last_name']+" "+user['first_name']+" (@"+user['username']+") lost password for the topic "+self.unc_del[chat_id],self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0)
send_message(super().get_bot(),chat_id,"A request was sent to the administrator","Cancel",self.singleton_id.check_time_id("private",self.tree.get_lang(),"en",chat_id,chat_id,"creation")!=0,reply_markup=ReplyKeyboardRemove())
del self.unc_del[chat_id]
return
if self.boolvett[chat_id]:
self.cond_hash_first_branch(chat_id,text)
else:
self.cond_hash_second_branch(chat_id,text)
def join_room(msg, rooms, client, client_details):
(room_name, null, user_name) = re.findall("\/join ([\w]+)( ([\w]+))?",
msg)[0]
if room_name not in rooms:
send_message(client, "MASTER: no room named " + room_name + "!!!")
return
if client_details[client]["state"] == "chat":
send_message(client, "Cannot join: client is already in a chat room")
return
room = rooms[room_name]
if user_name and does_user_name_exists(user_name, room, client_details):
send_message(client, "Cannot join: Nickname already exists")
return
if not user_name:
user_name = "Unknown"
client_details[client] = {
"state": "chat",
"room_name": room_name,
"user_name": user_name
}
msg = "Client " + client_details[client][
"user_name"] + " joined in the room.\r\n"
msg += "name: " + client_details[client]["user_name"] + "\r\n"
msg += "addr: " + str(client.getpeername()) + "\r\n"
propagate_message(msg, rooms, client, client_details[client])
room["members"].append(client)
send_message(client, "Room " + room_name + " joined")
return
def sub_nv(self, new_times, new_ids, count, array, time, lang_class):
user = bot.getChat(elem1)
if self.id_times[array[0]][array[1]][array[2]] > time:
new_times, new_ids = self.add_elem(new_times, new_ids,
array[1], array[2],
array[0])
count += 1
elif array[0] in self.id_commands and array[1] in self.id_commands[
array[0]] and array[2] in self.id_commands[array[0]][
array[1]]:
send_message(
self.bot_array[array[0]], array[1],
tag_group(chat_type, user) +
lang_class.get_string(lang, "timeout"))
return new_times, new_ids, count
def case6(self, chat_id, from_id, txt, lang, topic, chat_type):
user = super().get_bot().getChat(from_id)
splitted = txt[1:-1].split("\" -> \"")
self.tree.add_question_by_hint(lang, splitted[0], splitted[1],
chat_id, from_id, topic)
self.singleton_id.del_time_id(chat_type, self.tree.get_lang(),
lang, from_id, chat_id, "teacher")
send_message(
super().get_bot(), chat_id,
tag_group(chat_type, user) + self.tree.get_string(
lang, "answer_q", xxx=splitted[0], yyy=splitted[1]),
self.tree.get_string(lang, "canc"),
self.singleton_id.check_time_id(
chat_type, self.tree.get_lang(), lang, from_id, chat_id,
"teacher") != 0)
def handle_client_message(msg, rooms, client, client_details):
client_detail = client_details[client]
if msg == '/ls':
send_message(client, get_room_list(rooms))
elif re.search("\/join ([\w]+)( ([\w]+))?", msg):
join_room(msg, rooms, client, client_details)
elif re.search("\/create ([\w]+)( ([\w]+))?", msg):
create_room(msg, rooms, client, client_details)
elif re.search("\/whisper ([\w]+) ([\w| ]+)", msg):
whisper(msg, rooms, client, client_detail)
elif msg == "/exit":
run_exit(rooms, client, client_details)
elif re.search("^\/", msg):
send_message(client, "Inappropriate Command!!")
else:
propagate_chat_message(msg, rooms, client, client_detail)
def start_fun(self, chat_id, from_id, chat_type, lang, lang_class,
name, topic, keyboard):
user = self.bot_array[name].getChat(from_id)
send_message(
self.bot_array[name], chat_id,
tag_group(chat_type, user) +
lang_class.get_string(lang, "start", xxx=topic))
try:
self.set_key_id(
telepot.message_identifier(
send_message(self.bot_array[name],
chat_id,
lang_class.get_string(lang, "command"),
reply_markup=keyboard)), name)
except TypeError:
pass