async def start(
self,
preload: Optional[bool] = None,
block: bool = True,
timeout: float = 60,
observer: Optional[RhasspyActor] = None,
) -> None:
"""Start Rhasspy core."""
if self.actor_system is None:
self.actor_system = ActorSystem()
if preload is None:
preload = self.profile.get("rhasspy.preload_profile", False)
assert self.actor_system is not None
self.dialogue_manager = self.actor_system.createActor(DialogueManager)
with self.actor_system.private() as sys:
await sys.async_ask(
self.dialogue_manager,
ConfigureEvent(
self.profile,
preload=preload,
ready=block,
transitions=False,
load_timeout_sec=30,
observer=observer,
),
)
# Block until ready
if block:
await sys.async_listen(timeout)
async def start_rhasspy() -> None:
"""Create actor system and Rhasspy core."""
global core
# Load core
system = ActorSystem()
core = RhasspyCore(
args.profile, system_profiles_dir, user_profiles_dir, actor_system=system
)
# Set environment variables
os.environ["RHASSPY_BASE_DIR"] = os.getcwd()
os.environ["RHASSPY_PROFILE"] = core.profile.name
os.environ["RHASSPY_PROFILE_DIR"] = core.profile.write_dir()
# Add profile settings from the command line
extra_settings = {}
for key, value in args.set:
try:
value = json.loads(value)
except Exception:
pass
logger.debug("Profile: %s=%s", key, value)
extra_settings[key] = value
core.profile.set(key, value)
# Load observer actor to catch intents
observer = system.createActor(WebSocketObserver)
system.ask(observer, ConfigureEvent(core.profile))
await core.start(observer=observer)
logger.info("Started")
def in_training_intent(self, message: Any, sender: RhasspyActor) -> None:
"""Handle messages in training_intent state."""
if isinstance(message, IntentTrainingComplete):
self._logger.info("Training complete")
if self.reload_actors_after_training:
self._logger.debug("Reloading actors")
# Wake listener
self.send(self.wake, ActorExitRequest())
self._wake = self.createActor(self.wake_class)
self.actors["wake"] = self.wake
# Speech decoder
self.send(self.decoder, ActorExitRequest())
self._decoder = self.createActor(self.decoder_class)
self.actors["decoder"] = self.decoder
# Intent recognizer
self.send(self.recognizer, ActorExitRequest())
self._recognizer = self.createActor(self.recognizer_class)
self.actors["recognizer"] = self.recognizer
# Configure actors
self.wait_actors = {
"wake": self.wake,
"decoder": self.decoder,
"recognizer": self.recognizer,
}
for actor in self.wait_actors.values():
if actor == self.mqtt:
continue # skip
self.send(
actor,
ConfigureEvent(self.profile,
preload=self.preload,
**self.actors),
)
self.transition("training_loading")
else:
self.transition("ready")
self.send(self.training_receiver, ProfileTrainingComplete())
elif isinstance(message, IntentTrainingFailed):
self.transition("ready")
self.send(self.training_receiver,
ProfileTrainingFailed(message.reason))
def to_started(self, from_state: str) -> None:
"""Transition to started state."""
self.cache_dir = self.profile.write_dir(
self.profile.get("text_to_speech.wavenet.cache_dir",
"tts/googlewavenet"))
# Create cache directory in profile if it doesn't exist
os.makedirs(self.cache_dir, exist_ok=True)
# Load settings
self.url = self.profile.get(
"text_to_speech.wavenet.url",
"https://texttospeech.googleapis.com/v1/text:synthesize",
)
self.voice = self.profile.get("text_to_speech.wavenet.voice",
"Wavenet-C")
self.gender = self.profile.get("text_to_speech.wavenet.gender",
"FEMALE")
self.sample_rate = int(
self.profile.get("text_to_speech.wavenet.sample_rate", 22050))
self.language_code = self.profile.get(
"text_to_speech.wavenet.language_code", "en-US")
self.player = self.config["player"]
self.wake = self.config.get("wake")
self.wake_on_start = self.profile.get("rhasspy.listen_on_start", False)
self.disable_wake = self.profile.get("text_to_speech.disable_wake",
True)
# Create a child actor as a fallback.
# This will load the appropriate settings, etc.
fallback_tts = self.profile.get("text_to_speech.wavenet.fallback_tts",
"espeak")
assert fallback_tts != "wavenet", "Cannot fall back from wavenet to wavenet"
if fallback_tts:
self._logger.debug("Using %s as a fallback text to speech system",
fallback_tts)
fallback_class = get_speech_class(fallback_tts)
self.fallback_actor = self.createActor(fallback_class)
self.send(self.fallback_actor,
ConfigureEvent(self.profile, **self.config))
self.transition("ready")
def to_loading_mqtt(self, from_state: str) -> None:
"""Transition to loading_mqtt state."""
self._logger.debug("Loading MQTT first")
# MQTT client *first*
from rhasspy.mqtt import HermesMqtt
self.mqtt_class = HermesMqtt
self.mqtt = self.createActor(self.mqtt_class)
assert self.mqtt is not None
self.actors["mqtt"] = self.mqtt
self.send(
self.mqtt,
ConfigureEvent(self.profile, preload=self.preload, **self.actors))
if self.timeout_sec is not None:
self._logger.debug("Loading...will time out after %s second(s)",
self.timeout_sec)
self.wakeupAfter(timedelta(seconds=self.timeout_sec))
def load_actors(self) -> None:
"""Load all system actors."""
self._logger.debug("Loading actors")
# Microphone
mic_system = self.profile.get("microphone.system", "dummy")
self.recorder_class = get_microphone_class(mic_system)
self._recorder = self.createActor(self.recorder_class)
self.actors["recorder"] = self.recorder
# Audio player
player_system = self.profile.get("sounds.system", "dummy")
self.player_class = get_sound_class(player_system)
self._player = self.createActor(self.player_class)
self.actors["player"] = self.player
# Text to Speech
speech_system = self.profile.get("text_to_speech.system", "dummy")
self.speech_class = get_speech_class(speech_system)
self._speech = self.createActor(self.speech_class)
self.actors["speech"] = self.speech
# Wake listener
wake_system = self.profile.get("wake.system", "dummy")
self.wake_class = get_wake_class(wake_system)
self._wake = self.createActor(self.wake_class)
self.actors["wake"] = self.wake
# Command listener
command_system = self.profile.get("command.system", "dummy")
self.command_class = get_command_class(command_system)
self._command = self.createActor(self.command_class)
self.actors["command"] = self.command
# Speech decoder
decoder_system = self.profile.get("speech_to_text.system", "dummy")
self.decoder_class = get_decoder_class(decoder_system)
self._decoder = self.createActor(self.decoder_class)
self.actors["decoder"] = self.decoder
# Intent recognizer
recognizer_system = self.profile.get("intent.system", "dummy")
self.recognizer_class = get_recognizer_class(recognizer_system)
self._recognizer = self.createActor(self.recognizer_class)
self.actors["recognizer"] = self.recognizer
# Intent handler
handler_system = self.profile.get("handle.system", "dummy")
self.handler_class = get_intent_handler_class(handler_system)
self._handler = self.createActor(self.handler_class)
self.actors["handler"] = self.handler
self.hass_handler = None
forward_to_hass = self.profile.get("handle.forward_to_hass", False)
if (handler_system != "hass") and forward_to_hass:
# Create a separate actor just for home assistant
from rhasspy.intent_handler import HomeAssistantIntentHandler
self.hass_handler = self.createActor(HomeAssistantIntentHandler)
self.actors["hass_handler"] = self.hass_handler
# Speech trainer
speech_trainer_system = self.profile.get(
"training.speech_to_text.system", "auto")
self.speech_trainer_class = get_speech_trainer_class(
speech_trainer_system, decoder_system)
self._speech_trainer = self.createActor(self.speech_trainer_class)
self.actors["speech_trainer"] = self.speech_trainer
# Intent trainer
intent_trainer_system = self.profile.get("training.intent.system",
"auto")
self.intent_trainer_class = get_intent_trainer_class(
intent_trainer_system, recognizer_system)
self._intent_trainer = self.createActor(self.intent_trainer_class)
self.actors["intent_trainer"] = self.intent_trainer
# Word pronouncer
from rhasspy.pronounce import PhonetisaurusPronounce
self.word_pronouncer_class = PhonetisaurusPronounce
self._word_pronouncer = self.createActor(self.word_pronouncer_class)
self.actors["word_pronouncer"] = self.word_pronouncer
# Configure actors
self.wait_actors = {}
for name, actor in self.actors.items():
if (actor is None) or (actor == self.mqtt):
continue # skip
self.send(
actor,
ConfigureEvent(self.profile,
preload=self.preload,
**self.actors))
self.wait_actors[name] = actor
actor_names = list(self.wait_actors.keys())
self._logger.debug("Actors created. Waiting for %s to start.",
actor_names)
