def sleep():
while True:
try:
mic = microphone.Microphone()
a, s_data = mic.listen()
stt_engine = google_stt.Google_STT(mic)
stt_response = stt_engine.get_text()
words_stt_response = stt_response.split(' ')
if 'wake' in words_stt_response or 'jarvis' in words_stt_response or 'wakeup' in words_stt_response:
tts_engine.say("Hello Sir, I am back once again.")
wakeup()
except:
pass
def wakeup():
while True:
mic = microphone.Microphone()
a, s_data = mic.listen()
a = 0
if mic.is_silent(s_data):
commonsense.sleepy()
sleep()
try:
stt_engine = google_stt.Google_STT(mic)
stt_response = stt_engine.get_text()
if (jarvis_brain.process(stt_response)):
pass
else:
if check_sleep(stt_response.split(' ')):
break
response = k.respond(stt_response)
print(response)
tts_engine.say(response)
except:
commonsense.sorry()
import aiml
import sys
from src import google_tts
from src import google_stt
from src import microphone
from src import commonsense
from src import brain
from excp.exception import NotUnderstoodException
exit_flag = 0
tts_engine = google_tts.Google_TTS()
jarvis_brain = brain.Brain()
mic = microphone.Microphone()
k = aiml.Kernel()
def check_sleep(words):
if 'sleep' in words or 'hibernate' in words:
commonsense.sleepy()
sleep()
if ('shut' in words
and 'down' in words) or 'bye' in words or 'goodbye' in words:
tts_engine.say("I am shutting down")
exit_flag = 1
return True
def sleep():
while not exit_flag:
try:
#mic = microphone.Microphone()