def __init__(self): espeak.synth("Hello Master!") self.rec = VoiceRecognizer() self.actions = ActionManager().loadActions() self.canHear = True
def __init__(self): espeak.synth("Hello Master!") self.rec = VoiceRecognizer() self.actions = ActionManager().loadActions() # Variable used for command voice control, if True the voice command is executed self.canHear = True
def __init__(self): espeak.synth("Hello Master!") self.rec = VoiceRecognizer() self.actions = ActionManager().loadActions() self.canHear = True;
class CommandHandler(object): CONST_TURN_OFF = "turn off" CONST_TURN_ON = "turn on" CONST_GOODBYE = "goodbye" def __init__(self): espeak.synth("Hello Master!") self.rec = VoiceRecognizer() self.actions = ActionManager().loadActions() # Variable used for command voice control, if True the voice command is executed self.canHear = True def callSubProcess(self, args, text): try: espeak.synth(text) # Breaks the arguments to execute on terminal. args = args.split(" ") # Execute the command on terminal subprocess.Popen(args) except Exception as e: print "Error on callSubProcess: " + str(e) espeak.synth("Sorry, I can't " + text) def handle(self): voiceCommand = self.rec.speechToText().lower() if voiceCommand != "": if self.CONST_TURN_OFF in voiceCommand: espeak.synth("Turning off the microphone") self.canHear = False elif self.CONST_TURN_ON in voiceCommand: espeak.synth("Turning on the microphone") self.canHear = True return True if self.canHear: if self.CONST_GOODBYE in voiceCommand: espeak.synth("bye") return False espeak.synth("You said " + voiceCommand) for action in self.actions: # For each action on list of actions if voice command is found on list and he's active, he's is executed if voiceCommand in action.voiceCommand: self.callSubProcess(action.args, "Executing " + voiceCommand) return True
class CommandHandler(object): CONST_TURN_OFF = "turn off" CONST_TURN_ON = "turn on" CONST_GOODBYE = "goodbye" def __init__(self): espeak.synth("Hello Master!") self.rec = VoiceRecognizer() self.actions = ActionManager().loadActions() self.canHear = True def callSubProcess(self, args, text): try: espeak.synth(text) args = args.split(" ") subprocess.Popen(args) except Exception as e: print "Error on callSubProcess: " + str(e) espeak.synth("Sorry, I can't " + text) def handle(self): voiceCommand = self.rec.speechToText().lower() if voiceCommand != "": if self.CONST_TURN_OFF in voiceCommand: espeak.synth("Turning off the microphone") self.canHear = False elif self.CONST_TURN_ON in voiceCommand: espeak.synth("Turning on the microphone") self.canHear = True return True if self.canHear: if self.CONST_GOODBYE in voiceCommand: espeak.synth("bye") return False espeak.synth("You said " + voiceCommand) for action in self.actions: if voiceCommand in action.voiceCommand: self.callSubProcess(action.args, "Executing " + voiceCommand) return True
class CommandHandler(object): CONST_TURN_OFF = "turn off" CONST_TURN_ON = "turn on" CONST_GOODBYE = "goodbye" def __init__(self): espeak.synth("Hello Master!") self.rec = VoiceRecognizer() self.actions = ActionManager().loadActions() self.canHear = True; def callSubProcess(self, args, text): try: espeak.synth(text) args = args.split(" ") subprocess.Popen(args) except Exception as e: print "Error on callSubProcess: "+str(e) espeak.synth("Sorry, I can't "+text) def handle(self): voiceCommand = self.rec.speechToText().lower() if voiceCommand != "": if self.CONST_TURN_OFF in voiceCommand: espeak.synth("Turning off the microphone") self.canHear = False elif self.CONST_TURN_ON in voiceCommand: espeak.synth("Turning on the microphone") self.canHear = True return True if self.canHear: if self.CONST_GOODBYE in voiceCommand: espeak.synth("bye") return False espeak.synth("You said "+voiceCommand) for action in self.actions: if voiceCommand in action.voiceCommand: self.callSubProcess(action.args, "Executing "+voiceCommand) return True
key='slider') ], [button_subscribe, button_unsubscribe], [button_in, button_out], [sg.Button('Power off', font=('Helvetica', 20))], [sg.Button('Message', font=('Helvetica', 20))]] window = sg.Window('Braze device', layout, size=(1000, 500)) device_id = 0 if len(sys.argv) > 1: device_id = sys.argv[1] """ Setup """ mqtt_client = mqtt.Client() main_driver = stmpy.Driver() second_driver = stmpy.Driver() device = Device(main_driver, second_driver, device_id) voicerecognizer = VoiceRecognizer(main_driver) main_driver.add_machine(device.stm) # commend out the line under to disable voice recognizion second_driver.add_machine(voicerecognizer.stm) def application(main_driver, second_driver): # logging.DEBUG: Most fine-grained logging, printing everything # logging.INFO: Only the most important informational log items # logging.WARN: Show only warnings and errors. # logging.ERROR: Show only error messages. debug_level = logging.DEBUG logger = logging.getLogger(__name__) logger.setLevel(debug_level) ch = logging.StreamHandler()