def loadPlaylists(sep='\t'):
lookup = dict() # track_key -> api.Track
for track in iTunes.library.track_iter:
track_key = '\t'.join([track.artist, track.album, track.name])
lookup[track_key] = track
for playlist_tsv in glob('Playlist-*.tsv'):
playlist_name = re.match('Playlist-(.+).tsv', playlist_tsv).group(1)
print 'Creating playlist', playlist_name
# continue
playlist = iTunes.ensure_playlist(playlist_name)
for line in open(playlist_tsv):
track_cells = line.replace('\n', '').decode('utf8')
track_values = dict(zip(playlist_cols, track_cells.split(sep)))
track_key = '\t'.join([
track_values['artist'], track_values['album'],
track_values['name']
])
existing_track = lookup.get(track_key)
if existing_track:
playlist.add_track(existing_track)
time.sleep(0.1)
else:
print 'Could not find:', track_key
def prioritizeDuplicates():
duplicates = iTunes.ensure_playlist('Duplicates')
lookup = defaultdict(list) # track_key -> api.Track
for track in duplicates.track_iter:
track_key = '\t'.join([track.artist.lower(), track.name.lower()])
lookup[track_key].append(track)
for track_key, tracks in lookup.iteritems():
if len(tracks) > 1:
print len(tracks), track_key
sorted_tracks = sorted(tracks, key=lambda t: -t.bitrate)
sum_plays = sum(t.plays for t in tracks)
max_rating = max(t.rating for t in tracks)
print 'plays', sum_plays, 'rating', max_rating
best_track = sorted_tracks[0]
best_track.set('enabled', True)
best_track.set('plays', sum_plays)
best_track.set('rating', max_rating)
time.sleep(0.1)
for bad_track in sorted_tracks[1:]:
bad_track.set('enabled', False)
bad_track.set('plays', 0)
bad_track.set('rating', 0)
time.sleep(0.1)
def prioritizeDuplicates():
duplicates = iTunes.ensure_playlist('Duplicates')
lookup = defaultdict(list) # track_key -> api.Track
for track in duplicates.track_iter:
track_key = '\t'.join([track.artist.lower(), track.name.lower()])
lookup[track_key].append(track)
for track_key, tracks in lookup.iteritems():
if len(tracks) > 1:
print len(tracks), track_key
sorted_tracks = sorted(tracks, key=lambda t: -t.bitrate)
sum_plays = sum(t.plays for t in tracks)
max_rating = max(t.rating for t in tracks)
print 'plays', sum_plays, 'rating', max_rating
best_track = sorted_tracks[0]
best_track.set('enabled', True)
best_track.set('plays', sum_plays)
best_track.set('rating', max_rating)
time.sleep(0.1)
for bad_track in sorted_tracks[1:]:
bad_track.set('enabled', False)
bad_track.set('plays', 0)
bad_track.set('rating', 0)
time.sleep(0.1)
def loadPlaylists(sep='\t'):
lookup = dict() # track_key -> api.Track
for track in iTunes.library.track_iter:
track_key = '\t'.join([track.artist, track.album, track.name])
lookup[track_key] = track
for playlist_tsv in glob('Playlist-*.tsv'):
playlist_name = re.match('Playlist-(.+).tsv', playlist_tsv).group(1)
print 'Creating playlist', playlist_name
# continue
playlist = iTunes.ensure_playlist(playlist_name)
for line in open(playlist_tsv):
track_cells = line.replace('\n', '').decode('utf8')
track_values = dict(zip(playlist_cols, track_cells.split(sep)))
track_key = '\t'.join([track_values['artist'], track_values['album'], track_values['name']])
existing_track = lookup.get(track_key)
if existing_track:
playlist.add_track(existing_track)
time.sleep(0.1)
else:
print 'Could not find:', track_key
