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- Added multi threading to all intents that enqueue songs, skill responds much faster and combats issues with timeouts

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- Resolves #61
This commit is contained in:
Ross Stewart
2025-09-08 13:04:23 +01:00
parent 39831cc32b
commit 71176626dc
2 changed files with 161 additions and 26 deletions
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129
skill/app.py
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@@ -1,6 +1,6 @@
from flask import Flask, render_template
import logging
from multiprocessing import Process, Manager
from multiprocessing import Process
from multiprocessing.managers import BaseManager
import os
import random
@@ -294,8 +294,15 @@ class NaviSonicPlayMusicByArtist(AbstractRequestHandler):
return is_intent_name('NaviSonicPlayMusicByArtist')(handler_input)
def handle(self, handler_input: HandlerInput) -> Response:
global backgroundProcess
logger.debug('In NaviSonicPlayMusicByArtist')
# Check if a background process is already running, if it is then terminate the process
# in favour of the new process.
if backgroundProcess != None:
backgroundProcess.terminate()
backgroundProcess.join()
# Get the requested artist
artist = get_slot_value_v2(handler_input, 'artist')
@@ -315,7 +322,11 @@ class NaviSonicPlayMusicByArtist(AbstractRequestHandler):
# Build a list of songs to play
song_id_list = connection.build_song_list_from_albums(artist_album_lookup, min_song_count)
play_queue.clear()
controller.enqueue_songs(connection, play_queue, song_id_list)
controller.enqueue_songs(connection, play_queue, [song_id_list[0], song_id_list[1]]) # When generating the playlist return the first two tracks.
backgroundProcess = Process(target=queueWorkerThread, args=(connection, play_queue, song_id_list[2:])) # Create a thread to enqueue the remaining tracks
backgroundProcess.start() # Start the additional thread
speech = f'Playing music by: {artist.value}'
logger.info(speech)
@@ -338,8 +349,15 @@ class NaviSonicPlayAlbumByArtist(AbstractRequestHandler):
return is_intent_name('NaviSonicPlayAlbumByArtist')(handler_input)
def handle(self, handler_input: HandlerInput) -> Response:
global backgroundProcess
logger.debug('In NaviSonicPlayAlbumByArtist')
# Check if a background process is already running, if it is then terminate the process
# in favour of the new process.
if backgroundProcess != None:
backgroundProcess.terminate()
backgroundProcess.join()
# Get variables from intent
artist = get_slot_value_v2(handler_input, 'artist')
album = get_slot_value_v2(handler_input, 'album')
@@ -371,9 +389,13 @@ class NaviSonicPlayAlbumByArtist(AbstractRequestHandler):
return handler_input.response_builder.response
# At this point we have found an album that matches
songs = connection.build_song_list_from_albums(result, -1)
song_id_list = connection.build_song_list_from_albums(result, -1)
play_queue.clear()
controller.enqueue_songs(connection, play_queue, songs)
# Work around the Amazon / Alexa 8 second timeout.
controller.enqueue_songs(connection, play_queue, [song_id_list[0], song_id_list[1]]) # When generating the playlist return the first two tracks.
backgroundProcess = Process(target=queueWorkerThread, args=(connection, play_queue, song_id_list[2:])) # Create a thread to enqueue the remaining tracks
backgroundProcess.start() # Start the additional thread
speech = f'Playing {album.value} by: {artist.value}'
logger.info(speech)
@@ -397,9 +419,14 @@ class NaviSonicPlayAlbumByArtist(AbstractRequestHandler):
return handler_input.response_builder.response
else:
songs = connection.build_song_list_from_albums(result, -1)
song_id_list = connection.build_song_list_from_albums(result, -1)
play_queue.clear()
controller.enqueue_songs(connection, play_queue, songs)
# Work around the Amazon / Alexa 8 second timeout.
controller.enqueue_songs(connection, play_queue, [song_id_list[0], song_id_list[1]]) # When generating the playlist return the first two tracks.
backgroundProcess = Process(target=queueWorkerThread, args=(connection, play_queue, song_id_list[2:])) # Create a thread to enqueue the remaining tracks
backgroundProcess.start() # Start the additional thread
speech = f'Playing {album.value}'
logger.info(speech)
@@ -531,8 +558,15 @@ class NaviSonicPlayMusicByGenre(AbstractRequestHandler):
return is_intent_name('NaviSonicPlayMusicByGenre')(handler_input)
def handle(self, handler_input: HandlerInput) -> Response:
global backgroundProcess
logger.debug('In NaviSonicPlayMusicByGenre')
# Check if a background process is already running, if it is then terminate the process
# in favour of the new process.
if backgroundProcess != None:
backgroundProcess.terminate()
backgroundProcess.join()
# Get the requested genre
genre = get_slot_value_v2(handler_input, 'genre')
@@ -547,7 +581,11 @@ class NaviSonicPlayMusicByGenre(AbstractRequestHandler):
else:
random.shuffle(song_id_list)
play_queue.clear()
controller.enqueue_songs(connection, play_queue, song_id_list)
# Work around the Amazon / Alexa 8 second timeout.
controller.enqueue_songs(connection, play_queue, [song_id_list[0], song_id_list[1]]) # When generating the playlist return the first two tracks.
backgroundProcess = Process(target=queueWorkerThread, args=(connection, play_queue, song_id_list[2:])) # Create a thread to enqueue the remaining tracks
backgroundProcess.start() # Start the additional thread
speech = f'Playing {genre.value} music'
logger.info(speech)
@@ -569,8 +607,15 @@ class NaviSonicPlayMusicRandom(AbstractRequestHandler):
return is_intent_name('NaviSonicPlayMusicRandom')(handler_input)
def handle(self, handler_input: HandlerInput) -> Response:
global backgroundProcess
logger.debug('In NaviSonicPlayMusicRandom')
# Check if a background process is already running, if it is then terminate the process
# in favour of the new process.
if backgroundProcess != None:
backgroundProcess.terminate()
backgroundProcess.join()
song_id_list = connection.build_random_song_list(min_song_count)
if song_id_list is None:
@@ -582,7 +627,11 @@ class NaviSonicPlayMusicRandom(AbstractRequestHandler):
else:
random.shuffle(song_id_list)
play_queue.clear()
controller.enqueue_songs(connection, play_queue, song_id_list)
# Work around the Amazon / Alexa 8 second timeout.
controller.enqueue_songs(connection, play_queue, [song_id_list[0], song_id_list[1]]) # When generating the playlist return the first two tracks.
backgroundProcess = Process(target=queueWorkerThread, args=(connection, play_queue, song_id_list[2:])) # Create a thread to enqueue the remaining tracks
backgroundProcess.start() # Start the additional thread
speech = 'Playing random music'
logger.info(speech)
@@ -604,8 +653,15 @@ class NaviSonicPlayFavouriteSongs(AbstractRequestHandler):
return is_intent_name('NaviSonicPlayFavouriteSongs')(handler_input)
def handle(self, handler_input: HandlerInput) -> Response:
global backgroundProcess
logger.debug('In NaviSonicPlayFavouriteSongs')
# Check if a background process is already running, if it is then terminate the process
# in favour of the new process.
if backgroundProcess != None:
backgroundProcess.terminate()
backgroundProcess.join()
song_id_list = connection.build_song_list_from_favourites()
if song_id_list is None:
@@ -617,7 +673,11 @@ class NaviSonicPlayFavouriteSongs(AbstractRequestHandler):
else:
random.shuffle(song_id_list)
play_queue.clear()
controller.enqueue_songs(connection, play_queue, song_id_list)
# Work around the Amazon / Alexa 8 second timeout.
controller.enqueue_songs(connection, play_queue, [song_id_list[0], song_id_list[1]]) # When generating the playlist return the first two tracks.
backgroundProcess = Process(target=queueWorkerThread, args=(connection, play_queue, song_id_list[2:])) # Create a thread to enqueue the remaining tracks
backgroundProcess.start() # Start the additional thread
speech = 'Playing your favourite tracks.'
logger.info(speech)
@@ -659,9 +719,11 @@ class NaviSonicSongDetails(AbstractRequestHandler):
def handle(self, handler_input: HandlerInput) -> Response:
logger.debug('In NaviSonicSongDetails Handler')
title = play_queue.current_track.title
artist = play_queue.current_track.artist
album = play_queue.current_track.album
current_track = play_queue.get_current_track()
title = current_track.title
artist = current_track.artist
album = current_track.album
text = f'This is {title} by {artist}, from the album {album}'
handler_input.response_builder.speak(text)
@@ -681,7 +743,9 @@ class NaviSonicStarSong(AbstractRequestHandler):
def handle(self, handler_input: HandlerInput) -> Response:
logger.debug('In NaviSonicStarSong Handler')
song_id = play_queue.current_track.id
current_track = play_queue.get_current_track()
song_id = current_track.id
connection.star_entry(song_id, 'song')
return handler_input.response_builder.response
@@ -699,7 +763,9 @@ class NaviSonicUnstarSong(AbstractRequestHandler):
def handle(self, handler_input: HandlerInput) -> Response:
logger.debug('In NaviSonicUnstarSong Handler')
song_id = play_queue.current_track.id
current_track = play_queue.get_current_track()
song_id = current_track.id
connection.star_entry(song_id, 'song')
connection.unstar_entry(song_id, 'song')
@@ -741,8 +807,10 @@ class PlaybackStoppedHandler(AbstractRequestHandler):
logger.debug('In PlaybackStoppedHandler')
# store the current offset for later resumption
play_queue.current_track.offset = handler_input.request_envelope.request.offset_in_milliseconds
logger.debug(f'Stored track offset of: {play_queue.current_track.offset} ms for {play_queue.current_track.title}')
play_queue.set_current_track_offset(handler_input.request_envelope.request.offset_in_milliseconds)
current_track = play_queue.get_current_track()
logger.debug(f'Stored track offset of: {current_track.offset} ms for {current_track.title}')
logger.info('Playback stopped')
return handler_input.response_builder.response
@@ -813,14 +881,16 @@ class ResumePlaybackHandler(AbstractRequestHandler):
def handle(self, handler_input: HandlerInput) -> Response:
logger.debug('In ResumePlaybackHandler')
if play_queue.current_track.offset > 0:
current_track = play_queue.get_current_track()
if current_track.offset > 0:
# There is a paused track, continue
logger.info('Resuming ' + str(play_queue.current_track.title))
logger.info('Offset ' + str(play_queue.current_track.offset))
logger.info('Resuming ' + str(current_track.title))
logger.info('Offset ' + str(current_track.offset))
return controller.start_playback('play', None, None, play_queue.current_track, handler_input)
return controller.start_playback('play', None, None, current_track, handler_input)
elif play_queue.get_queue_count() > 0 and play_queue.current_track.offset == 0:
elif play_queue.get_queue_count() > 0 and current_track.offset == 0:
# No paused tracks but tracks in queue
logger.info('Resuming - There was no paused track, getting next track from queue')
track_details = play_queue.get_next_track()
@@ -873,7 +943,8 @@ class PlaybackFailedEventHandler(AbstractRequestHandler):
def handle(self, handler_input: HandlerInput) -> Response:
logger.debug('In PlaybackFailedHandler')
song_id = play_queue.current_track.id
current_track = play_queue.get_current_track()
song_id = current_track.id
# Log failure and track ID
logger.error(f'Playback Failed: {handler_input.request_envelope.request.error}')
@@ -1022,11 +1093,13 @@ if navidrome_log_level == 3:
def view_queue():
"""View the contents of play_queue.queue
Creates a tabulated page contining the contents of the play_queue.queue deque.
Creates a tabulated page containing the contents of the play_queue.queue deque.
"""
current_track = play_queue.get_current_track()
return render_template('table.html', title='AskNavidrome - Queued Tracks',
tracks=play_queue.queue, current=play_queue.current_track)
tracks=play_queue.get_current_queue(), current=current_track)
@app.route('/history')
def view_history():
@@ -1035,8 +1108,10 @@ if navidrome_log_level == 3:
Creates a tabulated page contining the contents of the play_queue.history deque.
"""
current_track = play_queue.get_current_track()
return render_template('table.html', title='AskNavidrome - Track History',
tracks=play_queue.history, current=play_queue.current_track)
tracks=play_queue.get_history(), current=current_track)
@app.route('/buffer')
def view_buffer():
@@ -1045,8 +1120,10 @@ if navidrome_log_level == 3:
Creates a tabulated page contining the contents of the play_queue.buffer deque.
"""
current_track = play_queue.get_current_track()
return render_template('table.html', title='AskNavidrome - Buffered Tracks',
tracks=play_queue.buffer, current=play_queue.current_track)
tracks=play_queue.get_buffer(), current=current_track)
# Run web app by default when file is executed.