def query():
# Parse parameters
num_samples = config.getint('decoder', 'num_samples')
max_turns_history = config.getint('decoder', 'max_turns_history')
# app.logger.info("Running the chatbot...")
turns = []
question = request.args.get('question')
# process question
from_index = max(len(turns)-max_turns_history-1, 0) if max_turns_history >= 0 else 0
# Generate bot messages
bot_messages = generate_response(
model,
tokenizer,
question,
config,
mmi_model=mmi_model,
mmi_tokenizer=mmi_tokenizer
)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
app.logger.info('question: %s', question)
app.logger.info('result >>> %s', bot_message)
return jsonify(bot_message)
def query():
# Parse parameters
num_samples = config.getint('decoder', 'num_samples')
max_turns_history = config.getint('decoder', 'max_turns_history')
question = request.args.get('question')
# Generate bot messages
bot_messages = generate_response(
model,
tokenizer,
question + tokenizer.eos_token,
config,
mmi_model=mmi_model,
mmi_tokenizer=mmi_tokenizer
)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
app.logger.info('bot_message: %s', bot_message)
app.logger.info('question: %s', question)
app.logger.info('result >>> %s', bot_message)
result = {}
result["msg"] = bot_message
result["status"] = "ok"
return jsonify(result)
def get_response(prompt, channel_id, do_infinite):
global translator
global turn
global turn2
global num_samples
global max_turns_history
global model
global tokenizer
global mmi_model
global mmi_tokenizer
global config
global history_dict
global from_index
if max_turns_history == 0:
# If you still get different responses then set seed
turns = []
# A single turn is a group of user messages and bot responses right after
turn = {'user_messages': [], 'bot_messages': []}
str_channel_id = str(channel_id)
#turns.append(turn)
turn['user_messages'].append(prompt)
if not channel_id in history_dict:
history_dict[channel_id] = []
history_dict[channel_id].append(turn)
# Merge turns into a single history (don't forget EOS token)
history = ""
from_index = max(len(history_dict[channel_id]) - max_turns_history -
1, 0) if max_turns_history >= 0 else 0
for message in static_history:
history += message + tokenizer.eos_token
for i in range(len(history_dict[channel_id])):
if (i >= from_index):
turn2 = history_dict[channel_id][i]
else:
continue
# Each turn begings with user messages
for message in turn2['user_messages']:
history += message + tokenizer.eos_token
for message in turn2['bot_messages']:
history += message + tokenizer.eos_token
# Generate bot messages
bot_messages = generate_response(model,
tokenizer,
history,
config,
mmi_model=mmi_model,
mmi_tokenizer=mmi_tokenizer)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
turn['bot_messages'].append(bot_message)
#print(history_dict)
return bot_message
def message(self, update, context):
# Parse parameters
num_samples = self.config.getint('decoder', 'num_samples')
turns_memory = self.config.getint('chatbot', 'turns_memory')
if 'turns' not in context.chat_data:
context.chat_data['turns'] = []
turns = context.chat_data['turns']
user_message = update.message.text
if user_message.lower() == 'bye':
# Restart chat
context.chat_data['turns'] = []
update.message.reply_text("Bye")
return None
return_gif = False
if '@gif' in user_message:
# Return gif
return_gif = True
user_message = user_message.replace('@gif', '').strip()
if turns_memory == 0:
# If you still get different responses then set seed
context.chat_data['turns'] = []
# A single turn is a group of user messages and bot responses right after
turn = {
'user_messages': [],
'bot_messages': []
}
turns.append(turn)
turn['user_messages'].append(user_message)
# Merge turns into a single history (don't forget EOS token)
history = ""
from_index = max(len(turns)-turns_memory-1, 0) if turns_memory >= 0 else 0
for turn in turns[from_index:]:
# Each turn begings with user messages
for message in turn['user_messages']:
history += message + self.tokenizer.eos_token
for message in turn['bot_messages']:
history += message + self.tokenizer.eos_token
# Generate bot messages
bot_messages = generate_response(self.model, self.tokenizer, history, self.config)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
turn['bot_messages'].append(bot_message)
if return_gif:
# Return response as GIF
gif_url = translate_message_to_gif(bot_message, self.config)
context.bot.send_animation(update.effective_message.chat_id, gif_url)
else:
# Return response as text
update.message.reply_text(bot_message)
def run_chat(model, tokenizer, config, mmi_model=None, mmi_tokenizer=None):
# Parse parameters
num_samples = config.getint('decoder', 'num_samples')
max_turns_history = config.getint('decoder', 'max_turns_history')
logger.info("Running the chatbot...")
turns = []
print("Bot >>>", "Just start texting me. If I'm getting annoying, type \"Bye\". To quit the chat type \"Quit\".")
while True:
prompt = input("User >>> ")
if max_turns_history == 0:
# If you still get different responses then set seed
turns = []
if prompt.lower() == 'bye':
print("Bot >>>", "Bye")
turns = []
continue
if prompt.lower() == 'quit':
break
# A single turn is a group of user messages and bot responses right after
turn = {
'user_messages': [],
'bot_messages': []
}
turns.append(turn)
turn['user_messages'].append(prompt)
# Merge turns into a single history (don't forget EOS token)
history = ""
from_index = max(len(turns)-max_turns_history-1, 0) if max_turns_history >= 0 else 0
for turn in turns[from_index:]:
# Each turn begings with user messages
for message in turn['user_messages']:
history += message + tokenizer.eos_token
for message in turn['bot_messages']:
history += message + tokenizer.eos_token
# Generate bot messages
bot_messages = generate_response(
model,
tokenizer,
history,
config,
mmi_model=mmi_model,
mmi_tokenizer=mmi_tokenizer
)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
print("Bot >>>", bot_message)
turn['bot_messages'].append(bot_message)
def run_chat(model, tokenizer, config):
# Parse parameters
turns_memory = config.getint('chatbot', 'turns_memory')
logger.info("Running the chatbot...")
turns = []
print(
"Bot >>>",
"Just start texting me. If I'm getting annoying, type \"Bye\". To quit the chat type \"Quit\"."
)
while True:
prompt = input("User >>> ")
if turns_memory == 0:
# If you still get different responses then set seed
turns = []
if prompt.lower() == 'bye':
print("Bot >>>", "Bye")
turns = []
continue
if prompt.lower() == 'quit':
break
# A single turn is a group of user messages and bot responses right after
turn = {'user_messages': [], 'bot_messages': []}
turns.append(turn)
turn['user_messages'].append(prompt)
# Merge turns into a single history (don't forget EOS token)
history = ""
from_index = max(len(turns) - turns_memory -
1, 0) if turns_memory >= 0 else 0
for turn in turns[from_index:]:
# Each turn begings with user messages
for message in turn['user_messages']:
history += message + tokenizer.eos_token
for message in turn['bot_messages']:
history += message + tokenizer.eos_token
# Generate bot messages
bot_message = generate_response(model, tokenizer, history, config)
print("Bot >>>", bot_message)
turn['bot_messages'].append(bot_message)
def chat_loop(chat,
model,
tokenizer,
config,
mmi_model=None,
mmi_tokenizer=None,
spyMode=False):
file = open('omegleCHAT.txt', 'w+')
while True:
# Start a new chat every time the old one ends
# Parse parameters
num_samples = config.getint('decoder', 'num_samples')
max_turns_history = config.getint('decoder', 'max_turns_history')
logger.info('Running the chatbot...')
turns = []
print('- Starting chat -')
chat.start()
while True:
(event, argument) = chat.get_event()
if event == ChatEvent.CHAT_WAITING:
print('- Waiting for a partner -')
elif event == ChatEvent.CHAT_READY:
file.write('- Chat started with user - \r\n')
print('- Connected to a partner -')
if (spyMode):
chat.start_typing()
response = generate_response(
model,
tokenizer,
argument + tokenizer.eos_token,
config,
mmi_model=mmi_model,
mmi_tokenizer=mmi_tokenizer,
)
chat.send(response)
print("Bot: {}".format(response))
file.write("(SPYMODE)Bot: {} \r\n".format(response))
chat.stop_typing()
else:
print("Bot: Hey!")
chat.send("Hey!")
file.write("Bot: Hey \r\n")
break
# Connected to a partner
while True:
(event, argument) = chat.get_event()
if event == ChatEvent.GOT_SERVER_NOTICE:
notice = argument
print('- Server notice: {} -'.format(notice))
elif event == ChatEvent.PARTNER_STARTED_TYPING:
print('- Partner started typing -')
elif event == ChatEvent.PARTNER_STOPPED_TYPING:
print('- Partner stopped typing -')
elif event == ChatEvent.GOT_MESSAGE:
message = argument
print('Partner: {}'.format(message))
prompt = message
chat.start_typing()
if max_turns_history == 0:
# If you still get different responses then set seed
turns = []
if prompt.lower() == 'bye':
print('Bot >>>', 'Bye')
turns = []
continue
if prompt.lower() == 'quit':
break
# A single turn is a group of user messages and bot responses right after
turn = {'user_messages': [], 'bot_messages': []}
turns.append(turn)
turn['user_messages'].append(prompt)
# Merge turns into a single history (don't forget EOS token)
history = ''
from_index = (max(len(turns) - max_turns_history -
1, 0) if max_turns_history >= 0 else 0)
for turn in turns[from_index:]:
# Each turn begings with user messages
for message in turn['user_messages']:
history += message + tokenizer.eos_token
for message in turn['bot_messages']:
history += message + tokenizer.eos_token
print('generating response')
# Generate bot messages
bot_messages = generate_response(
model,
tokenizer,
history,
config,
mmi_model=mmi_model,
mmi_tokenizer=mmi_tokenizer,
)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
chat.stop_typing()
chat.send(bot_message)
print('Bot: {}!'.format(bot_message))
file.write('User: {} \r\n'.format(message))
file.write('Bot: {} \r\n'.format(bot_message))
turn['bot_messages'].append(bot_message)
elif event == ChatEvent.CHAT_ENDED:
print('- Chat ended -')
file.write('- Chat ended with user - \r\n')
break
def message(self, update, context):
# Parse parameters
num_samples = self.config.getint('decoder', 'num_samples')
max_turns_history = self.config.getint('decoder', 'max_turns_history')
if 'turns' not in context.chat_data:
context.chat_data['turns'] = []
turns = context.chat_data['turns']
user_message = update.message.text
if len(user_message) >= 128:
user_message = user_message[0:127]
if user_message.lower() == 'bye':
# Restart chat
context.chat_data['turns'] = []
update.message.reply_text("Bye")
return None
return_gif = False
return_porn = False
if '@p**n' in user_message:
# Return gif
return_porn = True
user_message = user_message.replace('@p**n', '').strip()
if '@gif' in user_message:
# Return gif
return_gif = True
user_message = user_message.replace('@gif', '').strip()
if max_turns_history == 0:
# If you still get different responses then set seed
context.chat_data['turns'] = []
# A single turn is a group of user messages and bot responses right after
turn = {
'user_messages': [],
'bot_messages': []
}
turns.append(turn)
turn['user_messages'].append(user_message)
print(f"{update.effective_message.chat.username} - User >>> {user_message}")
# Merge turns into a single history (don't forget EOS token)
history = ""
from_index = max(len(turns)-max_turns_history-1, 0) if max_turns_history >= 0 else 0
for turn in turns[from_index:]:
# Each turn begings with user messages
for message in turn['user_messages']:
history += gpt_normalize(message) + self.tokenizer.eos_token
for message in turn['bot_messages']:
history += gpt_normalize(message) + self.tokenizer.eos_token
done = False
while done == False:
# Generate bot messages
bot_messages = generate_response(
self.model,
self.tokenizer,
history,
self.config,
mmi_model=self.mmi_model,
mmi_tokenizer=self.mmi_tokenizer
)
if num_samples == 1:
bot_message = bot_messages[0]
else:
# TODO: Select a message that is the most appropriate given the context
# This way you can avoid loops
bot_message = random.choice(bot_messages)
gogo = True
msgs = []
for turn in turns[from_index:]:
for msg in turn['user_messages']:
msgs.append(msg)
for msg in turn['bot_messages']:
msgs.append(msg)
for msg in msgs:
split = msg.split(' ')
msgsplit = bot_message.split(' ')
maxlen = min([len(split), len(msgsplit)])
same = 0
for i in range(0, maxlen-1):
if split[i] == msgsplit[i]:
same = same + 1
#print(same / maxlen)
if same / maxlen > 0.66:
gogo = False
if 'kik' not in bot_message.lower() and 'DM' not in bot_message.upper() and gogo == True:
done = True
turn['bot_messages'].append(bot_message)
if return_gif:
# Return response as GIF
gif_url = translate_message_to_gif(user_message, self.config)
print(f"{update.effective_message.chat.username} - Bot >>> (sends) " + user_message + " gif! :)")
context.bot.send_animation(update.effective_message.chat_id, gif_url)
elif return_porn:
# Return response as GIF
porn_url = translate_message_to_porn(user_message, self.config)
print(f"{update.effective_message.chat.username} - Bot >>> (sends) " + user_message + " p**n! :)")
context.bot.send_photo(update.effective_message.chat_id, porn_url)
else:
# Return response as text
print(f"{update.effective_message.chat.username} - Bot >>> {bot_message}")
update.message.reply_text(bot_message)