def __init__(self, delay, thread_logging = True):
self.oauth = Oauth()
self.chats = Chats()
self.delay = delay
self.thread_logging = thread_logging
self.queue = []
self.polling = True
self.thread = None
def __init__(self, name='Fibot', local=False, debug=True):
self.local = local
self.debug = debug
self.name = name
self.bot_token = getenv('FibotTOKEN')
self.chats = Chats()
self.oauth = Oauth()
self.qa = Query_answer_unit()
self.message_handler = None
self.delay = 60
self.refresh_token_thread = None
self.notification_thread = None
self.messages = {}
self.state_machine = {'MessageHandler': '0', 'Wait_authorisation': '1'}
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
access_token = Chats().get_chat_lite(chat_id)['access_token']
if not access_token:
dispatcher.utter_message("{}".format(
Not_understood(user_lang, 'not_logged')))
print(colored("El usuario NO está identificado en el Racó", 'red'))
return [SlotSet('user_logged', False)]
else:
print(colored("El usuario está identificado en el Racó", 'green'))
return [SlotSet('user_logged', True)]
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
subject_acro = tracker.get_slot("subject_acronym").upper()
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
access_token = Chats().get_chat_lite(chat_id)['access_token']
response = API_raco().get_schedule(access_token, user_lang,
subject_acro)
for data in response:
lecture = Lecture(data, user_lang)
dispatcher.utter_message("{}".format(lecture))
return []
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
subject_acro = tracker.get_slot("subject_acronym").upper()
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
teachers_info = API_raco().get_subject_teachers(acronym=subject_acro,
language=user_lang)
teachers_info = Subject_teachers(subject_acro, teachers_info,
user_lang)
if teachers_info.amount <= 4:
for response in teachers_info.get_offices():
dispatcher.utter_message("{}".format(response))
else:
answers = {
'ca': "Aquests són els professors de {}. Qui t'interessa?!\n",
'es': 'Éstos son los profesores de {}. ¿Quién te interesa?\n',
'en': "These are {}'s teachers. Who are you interested in?\n"
}
answer = answers[user_lang].format(subject_acro)
for teacher in teachers_info.get_names():
answer = answer + teacher + '\n'
dispatcher.utter_message("{}".format(answer))
return [SlotSet("matches", True)]
return [SlotSet("matches", False)]
def __init__(self, name='Fibot'):
self.name = name
self.bot_token = getenv('FibotTOKEN')
self.chats = Chats()
self.oauth = Oauth()
self.nlg = NLG_unit()
self.qa = Query_answer_unit()
self.translator = Translator()
self.messages = {}
self.state_machine = {
'MessageHandler': '0',
'Authorise': '1',
'Wait_authorisation': '2',
'Erase_user': '******',
'Push_notification': '4',
}
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
access_token = Chats().get_chat_lite(chat_id)['access_token']
schedule = API_raco().get_schedule(access_token=access_token,
language=user_lang)
schedule = Schedule(schedule, user_lang)
answer = schedule.get_response()
if isinstance(answer, list):
dispatcher.utter_message("{}".format(answer[0]))
else:
dispatcher.utter_message("{}".format(answer))
return []
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
subject_acro = tracker.get_slot("subject_acronym").upper()
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
access_token = Chats().get_chat_lite(chat_id)['access_token']
if not API_raco().user_enrolled_subject(subject_acro, access_token,
user_lang):
response = str(Not_understood(user_lang, 'not_enrolled'))
if '{}' in response:
dispatcher.utter_message(response.format(subject_acro))
else:
dispatcher.utter_message(response)
print(colored("El usuario NO está matriculado", 'red'))
return [SlotSet("subject_enrollment", False)]
else:
print(colored("El usuario está matriculado", 'green'))
return [SlotSet("subject_enrollment", True)]
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
chat_id = tracker.sender_id
subject_acro = tracker.get_slot("subject_acronym")
user_lang = Chats().get_chat_lite(chat_id)['language']
access_token = Chats().get_chat_lite(chat_id)['access_token']
if subject_acro: acro_filter = subject_acro
else: acro_filter = None
pracs = list(API_raco().get_practiques(access_token=access_token,
language=user_lang))
p_e = Practical_schedule(pracs, user_lang)
pracs = list(p_e.get_closest_pracs(range=62, acro_filter=acro_filter))
if pracs:
for prac in pracs:
dispatcher.utter_message("{}".format(prac))
tracker._reset_slots()
return []
dispatcher.utter_message("{}".format(
Not_understood(user_lang, 'not_pracs')))
return []
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
with open('./Data/responses.json', 'rb') as fp:
data = json.load(fp)
responses = data['thank']
chosen_response = randint(0, len(responses[user_lang]) - 1)
final_response = responses[user_lang][chosen_response]
dispatcher.utter_message("{}".format(final_response))
return []
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
subject_acro = tracker.get_slot("subject_acronym")
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
if subject_acro:
subject_acro = subject_acro.upper()
if not API_raco().subject_exists(subject_acro):
dispatcher.utter_message(
str(Not_understood(user_lang, 'wrong_subject')))
else:
print(colored("Asignatura existe", 'green'))
return [SlotSet("subject_existance", True)]
else:
dispatcher.utter_message("{}".format(
Not_understood(user_lang, 'not_understand')))
print(colored("Asignatura NO existe", 'red'))
return [SlotSet("subject_existance", False)]
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
teacher_name = tracker.get_slot("teacher_name")
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
if teacher_name:
teacher, dist = Teachers(
language=user_lang).get_closer_teacher(teacher_name)
if dist <= 5:
dispatcher.utter_message("{}".format(teacher))
else:
dispatcher.utter_message("{}".format(
Not_understood(user_lang, 'wrong_teacher')))
else:
dispatcher.utter_message("{}".format(
Not_understood(user_lang, 'not_understand')))
return []
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
subject_acro = tracker.get_slot("subject_acronym").upper()
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
teachers_info = API_raco().get_subject_teachers(acronym=subject_acro,
language=user_lang)
teachers_info = Subject_teachers(subject_acro, teachers_info,
user_lang)
answers = {
'ca': "Aquests són els professors de {}:\n",
'es': 'Éstos son los profesores de {}:\n',
'en': "These are {}'s teachers:\n"
}
answer = answers[user_lang].format(subject_acro)
for teacher in teachers_info.get_names():
answer = answer + teacher + '\n'
dispatcher.utter_message("{}".format(answer))
return []
def run(self, dispatcher, tracker, domain):
print("\nEjecutando acción:\t{}".format(
colored(self.name(), 'yellow', attrs=['bold'])))
print("Representación de los slots:")
color_print_slots(tracker)
subject_acro = tracker.get_slot("subject_acronym").upper()
group = tracker.get_slot("group")
chat_id = tracker.sender_id
user_lang = Chats().get_chat_lite(chat_id)['language']
response = list(API_raco().get_free_spots(subject_acro, user_lang))
if not response:
dispatcher.utter_message("{}".format(
Not_understood(
user_lang,
'not_enrollment_possible')).format(subject_acro))
return []
s_s = Subject_spots(response, user_lang)
if group:
dispatcher.utter_message("{}".format(s_s.get_group_spots(group)))
else:
for group in s_s.group_info.keys():
dispatcher.utter_message("{}".format(
s_s.get_group_spots(group)))
return []
class Fibot(object):
""" This object contains information and methods to manage the bot, and interact with
its users.
Attributes:
local (:obj:`bool`): Indicates if it runs from Telegram or Locally
name (:obj:`str`): Unique identifier for the bot
bot_token (:obj:`str`): Token to access the bot
chats (:class:`Fibot.Chat`): Object that represents the chats
oauth (:class:`Fibot.api.Oauth`): Object that does the oauth communication necessary
qa (:class:`Fibot.NLP.nlg.Query_answer_unit`): Object that responds to FIB-related queries
message_handler (:class:`Fibot.message_handler.Message_handler`): Object that handles messages
delay (:obj:`int`): Cantidad de segundos entre escaneos en los threads
notification_thread (:class:`Fibot.multithreading.threads.Notification_thread`): Object that enables a thread to scan for notifications.
refresh_token_thread(:class:`Fibot.multithreading.threads.Refresh_token_thread`): Object that enables a thread to scan for tokens to refresh.
messages (:obj:`dict`): Object that contains the Fibot configuration messages
state_machine (:obj:`dict`): Object that simplifies the state machine management
"""
def __init__(self, name='Fibot', local=False, debug=True):
self.local = local
self.debug = debug
self.name = name
self.bot_token = getenv('FibotTOKEN')
self.chats = Chats()
self.oauth = Oauth()
self.qa = Query_answer_unit()
self.message_handler = None
self.delay = 60
self.refresh_token_thread = None
self.notification_thread = None
self.messages = {}
self.state_machine = {'MessageHandler': '0', 'Wait_authorisation': '1'}
def log(self, text):
print(colored("LOG: {}".format(text), 'cyan'))
"""
Loads the following components:
chats: Loads the chats information from persistence
message_handler: Enables it to send messages to users
notification_thread: Starts its activation and defines the polling interval
refresh_token_thread: Starts its activation and defines the polling interval (and the offset)
nlu: Loads the trained models
qa: Loads the trained models
messages: Loads the preset messages to memory
"""
def load_components(self, thread_logging=True):
self.chats.load()
self.log("Base de datos de usuarios cargados")
if self.local: self.message_handler = Local_Message_handler(self.chats)
else: self.message_handler = Message_handler(self.chats)
self.refresh_token_thread = Refresh_token_thread(
self.delay, thread_logging=thread_logging)
self.refresh_token_thread.run(initial_offset=30)
self.notification_thread = Notification_thread(
self.message_handler, self.delay, thread_logging=thread_logging)
self.notification_thread.run()
self.log("Threads creados")
self.qa.load()
with open('./Data/messages.json', 'r') as fp:
self.messages = json.load(fp)
self.log("Mensajes predefinidos cargados")
return
"""
Parameters:
chat_id (:obj:`int`): chat id of the user to send the message to
action (:obj:`str`): defines the action to send the user (default is typing)
This function sends an action to the chat with chat_id (using ChatAction helper)
"""
def send_chat_action(self, chat_id, action=ChatAction.TYPING):
self.message_handler.send_chat_action(chat_id, message, typing,
reply_to)
"""
Parameters:
chat_id (:obj:`int`): chat id of the user to send the message to
message (:obj:`str`): content of the message to be sent
typing (:obj:`bool`): value that defines whether to send typing action or not
reply_to (:obj:`int` or None): If defined, it is the message_id of the message
that will be replied to, else no message will be replied.
parse_mode (:obj:`str`): The parse mode to use (normally Markdown or None)
This function sends a message to the chat with chat_id with content text,
and depending on the rest of the parameters it might do extra functionality.
"""
def send_message(self,
chat_id,
message,
typing=False,
reply_to=None,
parse_mode='Markdown'):
self.message_handler.send_message(chat_id, message, typing, reply_to,
parse_mode)
"""
Parameters:
chat_id (:obj:`str`): chat_id of the user to send the message to
preset (:obj:`str`): the preset of the message to send
param (:obj:`str` or None): the parameter of the messages
This function sends a preset message to the user with user id.
See /Data/messages.json to see the preset messages.
"""
def send_preset_message(self, chat_id, preset, param=None):
user_lang = self.chats.get_chat(chat_id)['language']
if param:
message = self.messages[user_lang][preset].format(param)
else:
message = self.messages[user_lang][preset]
if 'set_lang' in message:
self.send_message(chat_id, message, typing=True, parse_mode=None)
else:
self.send_message(chat_id, message, typing=True)
"""
Parameters:
chat_id (:obj:`str`): chat_id of the user that sent the messages
message (:obj:`str`): text the user sent
message_id (:obj:`int`): message_id of the message to reply to
This function receives a message from a user and decides which mechanism is responsible
for responding the message.
"""
def process_income_message(self, chat_id, message, message_id=None):
user_language = self.chats.get_chat(chat_id)['language']
now = time()
response = self.qa.get_response(message,
sender_id=chat_id,
language=user_language,
debug=self.debug)
response = [i['text'] for i in response]
self.send_message(chat_id,
response,
typing=True,
reply_to=message_id,
parse_mode=None)
class Fibot(object):
""" This object contains information and methods to manage the bot, and interact with
its users.
Attributes:
name(:obj:`str`): Unique identifier for the bot
bot_token(:obj:`str`): Token to access the bot
chats(:class:`Fibot.Chat`): Object that represents the chats
oauth(:class:`Fibot.api.Oauth`): Object that does the oauth communication necessary
nlg(:class:`Fibot.NLP.nlg.NLG_unit`): Object that interacts with non FIB messages
~ query_answer(:class:`Fibot.NLP.nlg.Query_answer_unit`): Object that responds to FIB-related queries
translator(:class:`Fibot.NLP.language.Translator`): Object that eases the translation of the messages
messages(:obj:`dict`): Object that contains the Fibot configuration messages
state_machine(:obj:`dict`): Object that simplifies the state machine management
"""
def __init__(self, name='Fibot'):
self.name = name
self.bot_token = getenv('FibotTOKEN')
self.chats = Chats()
self.oauth = Oauth()
self.nlg = NLG_unit()
self.qa = Query_answer_unit()
self.translator = Translator()
self.messages = {}
self.state_machine = {
'MessageHandler': '0',
'Authorise': '1',
'Wait_authorisation': '2',
'Erase_user': '******',
'Push_notification': '4',
}
"""
Loads the following components:
chats: Loads the chats information from persistence
nlu: Loads the trained model
nlg: Loads the trained model
"""
def load_components(self):
self.chats.load()
print("Chats loaded")
self.nlg.load()
print("NLG model loaded")
self.qa.load(train=False)
print("Query answering model loaded")
with open('./Data/messages.json', 'r') as fp:
self.messages = json.load(fp)
print("Preset messages loaded")
"""
Sends an action to a chat (using ChatAction helper)
"""
def send_chat_action(self, chat_id, action=ChatAction.TYPING):
params = {'chat_id': chat_id, 'action': action}
base_url = 'https://api.telegram.org/bot{}/sendChatAction'.format(
self.bot_token)
response = requests.get(base_url, params=params)
"""
Sends a message to the chat with chat_id with content text
"""
def send_message(self, chat_id, message, typing=False, reply_to=None):
ini = time()
if isinstance(message, list):
for item in message:
self.send_message(chat_id, item, typing, reply_to)
else:
if typing: self.send_chat_action(chat_id)
print("chat action sent in {}".format((time() - ini)))
user_language = self.chats.get_chat(chat_id)['language']
if user_language != 'English':
urls = re.findall(
'http[s]?://(?:[a-zA-Z]|[0-9]|[$-_@.&+]|[!*\(\),]|(?:%[0-9a-fA-F][0-9a-fA-F]))+',
message)
if urls: message = message.replace(urls[0], "{}")
message = self.translator.translate(message, to=user_language)
if urls: message = message.format(urls[0])
params = {'chat_id': chat_id, 'text': message}
if reply_to: params['reply_to_message_id'] = reply_to
base_url = 'https://api.telegram.org/bot{}/sendMessage'.format(
self.bot_token)
response = requests.get(base_url, params=params)
print("message sent in {}".format((time() - ini)))
"""
Parameters:
chat_id (:obj:`str`): chat_id of the user to send the message to
preset (:obj:`str`): the preset of the message to send
param (:obj:`str` or None): the parameter of the messages
This function sends a preset message to the user with user id.
See /Data/messages.json to see the preset messages.
"""
def send_preset_message(self, chat_id, preset, param=None):
print("sending {}".format(preset))
if param:
message = self.messages[preset].format(param)
else:
message = self.messages[preset]
self.send_message(chat_id, message, typing=True)
"""
Parameters:
chat_id (:obj:`str`): chat_id of the user that sent the messages
message (:obj:`str`): text the user sent
This function receives a message from a user and decides which mechanism is responsible
for responding the message.
"""
def process_income_message(self,
chat_id,
message,
message_id=None,
debug=False):
print("Processing income message...")
user_language = self.chats.get_chat(chat_id)['language']
if user_language != 'English':
message = self.translator.translate(message,
to='English',
_from=user_language)
ini = time()
response = self.qa.get_response(message, sender_id=chat_id)
print("Getting response time is {}".format((time() - ini)))
print(response)
if message_id:
self.send_message(chat_id,
response,
typing=True,
reply_to=message_id)
else:
self.send_message(chat_id, response, typing=True)
from Fibot.chats import Chats
from Fibot.api.api_raco import API_raco
from Fibot.Data.data_types.exam import Exam_schedule
from Fibot.Data.data_types.practical_work import Practical_schedule
from pprint import pprint
c = Chats()
c.load()
a = API_raco()
a_t = c.get_chat('349611162')['access_token']
user_lang = c.get_chat('349611162')['language']
exams = list(a.get_exams_user(a_t))
e_e = Exam_schedule(exams, user_lang)
pprint(list(e_e.get_closest_exams(range=50)))
pracs = list(a.get_practiques(a_t))
p_e = Practical_schedule(pracs, user_lang)
pprint(list(p_e.get_closest_pracs(range=50)))
class Refresh_token_thread(object):
"""This class enables multithreading capabilities by using an extra thread to scan looking for
chats with expired tokens to refresh.
Attributes:
oauth(:class:`Fibot.api.oauth.Oauth`): Object that manages the oauth processes.
chats(:class:`Fibot.chats.Chats`): Chat records of users.
delay(:obj:`int`): Amount of seconds between scans.
queue(:obj:`list`): Lists of chat_id's of the people with tokens to be refreshed.
thread(:class:`threading.Timer`): Thread that does the scanning.
polling(:obj:`bool`): Object that indicates if polling has to be done.
"""
def __init__(self, delay, thread_logging = True):
self.oauth = Oauth()
self.chats = Chats()
self.delay = delay
self.thread_logging = thread_logging
self.queue = []
self.polling = True
self.thread = None
"""
Updates the internal representation of the chats with the last dumped values.
"""
def update_chats(self):
self.chats.load()
self.queue = self.chats.get_expired_chats()
"""
This function defines the new timer and starts it (effectively allows the scanning)
"""
def run(self, initial_offset = 0):
if self.polling:
self.thread = Timer(self.delay - initial_offset, self.poll)
self.thread.start()
"""
Does a scan over all users with expired tokens, and then returns to the activation function
"""
def poll(self):
if self.thread_logging: print("\n")
if self.thread_logging: log("R_Thread: Refrescando tokens\n")
self.update_chats()
for chat in self.queue:
if self.thread_logging: log("R_Thread: Refrescando token de {}\n".format(self.chats.get_chat(chat)['name']))
refresh_token = self.chats.get_chat(chat)['refresh_token']
callback = self.oauth.refresh_token(refresh_token)
if callback: self.chats.update_chat(chat, data = callback, full_data = False)
if callback and self.thread_logging: log("R_Thread: Token refrescado correctamente!\n")
self.queue = []
self.run()
"""
Allows polling
"""
def stop_polling(self):
self.polling = False
"""
Forbids polling
"""
def start_polling(self):
self.polling = True
self.run()