def literal(alexa_request):
text = get_text(alexa_request)
logger.info('Typing \'{0}\''.format(text))
try:
g.roku.literal(text + ' ')
except RokuError as e:
logger.exception(e)
return AlexaResponse('Sorry, trouble with the Roku.')
else:
return AlexaResponse('Ok.')
def launch_channel(alexa_request):
channel = alexa_request.slots['Channel'].get('value')
logger.info('Launching {0}.'.format(channel))
if g.roku.get_channel(channel) is None:
response = AlexaResponse(
'I couldn\'t find a channel named {0}.'.format(channel))
else:
g.roku.launch_channel(channel)
response = AlexaResponse('Opening {0}.'.format(channel))
return response
def roku_search(alexa_request):
text = get_text(alexa_request)
logger.info('Launching Roku Search with keyword \'{0}\''.format(text))
try:
g.roku.search(text)
except RokuError as e:
logger.exception(e)
return AlexaResponse('Sorry, trouble with the Roku.')
else:
return AlexaResponse('Ok.')
def press_button_twice(alexa_request):
button = alexa_request.slots['Button'].get('value')
logger.info('Pressing {0} twice.'.format(button))
try:
g.roku.press_button(button, n=2)
except RokuError as e:
logger.exception(e)
return AlexaResponse('Sorry, trouble with the Roku.')
else:
return AlexaResponse('Ok.')
def press_button(alexa_request):
button = alexa_request.slots['Button'].get('value')
number = alexa_request.slots['NumberOfTimes'].get('value', '1')
try:
n_times = int(number)
except ValueError:
logger.warn('Got bad number, "{0}".'.format(number))
logger.info('Pressing {0}, {1} times.'.format(button, n_times))
try:
g.roku.press_button(button, n=n_times)
except RokuError as e:
logger.exception(e)
return AlexaResponse('Sorry, trouble with the Roku.')
else:
return AlexaResponse('Ok.')
def points(alexa_request):
points = alexa_request.slots['Points'].get('value') or 1
action = alexa_request.slots['Action'].get('value').title().replace(
" ", "")
points = int(points)
points = pointssystem.points(action, points)
return AlexaResponse('Updating Sara\'s points to {0}'.format(points),
False)
def intent_dispatcher(alexa_request):
"""Dispatch the incoming AlexaRequest to the appropriate intent handler."""
intent_name = alexa_request.intent_name
intent_handler = INTENT_HANDLERS.get(intent_name)
if callable(intent_handler):
return intent_handler(alexa_request)
else:
logger.error('Unhandled intent: {0}'.format(intent_name))
return AlexaResponse('Sorry, I missed you there.', False)
def ceccommand(alexa_request):
command = alexa_request.slots['CECCommand'].get('value').title().replace(
" ", "")
command = command_lookup.get(command, command)
number = alexa_request.slots['Number'].get(
'value') or default_number_lookup.get(command, 1)
number = min(int(number), 10)
for i in range(int(number)):
getattr(cecdevice, command)()
return AlexaResponse('Done', True)
def intent_dispatcher(alexa_request, intent_name=None):
"""Dispatch the incoming AlexaRequest to the appropriate intent handler."""
if intent_name is None:
intent_name = alexa_request.intent_name
intent_handler = INTENT_HANDLERS.get(intent_name)
if callable(intent_handler):
logger.info('Dispatching to {0}...'.format(intent_name))
return intent_handler(alexa_request)
else:
logger.error('Unhandled intent: {0}'.format(intent_name))
return AlexaResponse('Sorry, that feature isn\'t ready yet.')
def dispatch(alexa_request):
"""
Dispatch the incoming, valid AlexaRequest to the appropriate request-type
handler.
"""
request_type = alexa_request.request_type
request_type_handler = REQUEST_TYPE_HANDLERS.get(request_type)
if callable(request_type_handler):
return request_type_handler(alexa_request)
else:
logger.error('Unhandled request type: {0}'.format(request_type))
return AlexaResponse('Sorry, that feature isn\'t ready yet.')
def kodicommand(alexa_request):
number = alexa_request.slots['Number'].get('value') or 1
command = alexa_request.slots['Command'].get('value') or 'Info'
command = command.title()
number = min(int(number), 10)
for i in range(int(number)):
if command in dir(kodi):
getattr(kodi, command)()
mc = cast.media_controller
if command.lower() in dir(mc):
getattr(mc, command.lower())()
return AlexaResponse('Next?', False)
def press_ok(alexa_request):
g.roku.press_ok()
return AlexaResponse('Ok.')
def play_or_pause(alexa_request):
g.roku.play_pause()
return AlexaResponse('Ok.')
def stop(alexa_request):
return AlexaResponse('Good Bye')
def welcome(alexa_request):
return AlexaResponse(
'I am {0}?'.format(settings.SKILL_NAME,
settings.SKILL_INVOCATION_NAME), False)
def getsarapoints(alexa_request):
points = str(pointssystem.getpoints())
return AlexaResponse('{0}\'s current points are {1}.'.format(
settings.POINT_HOLDER_NAME, points))
def switchdevice(alexa_request):
device = alexa_request.slots['Device'].get('value').title().replace(
" ", "")
number = code_lookup[device]
cecdevice.hdmi(number)
return AlexaResponse('Done', False)
def welcome(alexa_request):
return AlexaResponse('Welcome to {0}. Try opening a Roku app by saying '
'"ask {1} to open Netflix."'.format(
settings.SKILL_NAME,
settings.SKILL_INVOCATION_NAME))
def help(alexa_request):
return AlexaResponse(
'{0} can open Roku apps, play and pause, and send other button presses '
'to your Roku.'.format(settings.SKILL_NAME))
def session_ended(alexa_request):
# No response is allowed for a SessionEndedRequest, but just in case Amazon
# changes their mind about that...
return AlexaResponse('Bye!')
def help(alexa_request):
return AlexaResponse('With {0}, you can control your media center '.format(
settings.SKILL_NAME))
