def speechRecog(result, listener):
print("You Said: ", result)
winspeech.say(result)
if (result == "stop"):
winspeech.stop_listening()
sys.exit(0)
def __init__(self, q, threadDict, speechCommandsTuple=None):
#print( "args: ", args, "kargs: ", kargs )
self.q = q
self.tq = queue.Queue()
print('working...')
winspeech.initialize_recognizer(winspeech.INPROC_RECOGNIZER)
with threadDict as td:
if speechCommandsTuple == None:
try:
## this is here as experimental support
## for custom winspeech version
listener = winspeech.listen_joecc(None, self.onListen)
except:
listener = winspeech.listen_for_anything(self.onListen)
else:
listener = winspeech.listen_for(speechCommandsTuple,
self.onListen)
while listener.is_listening():
with threadDict as d:
doFuncQuit = d['doFuncQuit']
active = d['active']
if doFuncQuit == True:
listener.stop_listening()
winspeech.stop_listening()
break
time.sleep(0.03)
while not self.tq.empty():
qv = self.tq.get()
q.put(qv)
print('exiting worker...')
def SpeechRecognized(result, Listener):
print('You said: %s' % (result))
if result == "stop":
print('Thank you')
winspeech.stop_listening()
sys.exit(0)
#creating chat bot
bot = ChatBot('test')
#reading from file
conv = open('M.txt').readlines()
#bot training
bot.set_trainer(ListTrainer)
#trained for conversation
bot.train(conv)
#recognizing audio
while True:
request = input('You: ')
response = bot.get_response(request)
winspeech.say(response)
#response of the bot
print('Bot: ', response)
if result == 'Bye':
winspeech.stop_listening()
sys.exit(0)
#conversaation ends
def speechRecognized(result, listener):
print("You said: %s" % result)
if result == 'stop':
winspeech.stop_listening()
sys.exit(0)
def speech_recognizer(result, listner):
print("you said : %s" % result)
if result == "stop":
winspeech.stop_listening()
sys.exit(0)
def SpeechRecognized(result,Listener):
print('You said: %s'%(result))
if result == "stop":
print('Thank you')
winspeech.stop_listening()
sys.exit(0)