def main():
# Spotify variables
username = config.SPOTIFY_EMAIL
spotify_id = config.SPOTIFY_ID
spotify_secret = config.SPOTIFY_SECRET
# Set API scope
scope = "playlist-read-private, playlist-modify-private, playlist-modify-public"
# Get auth token
token = util.prompt_for_user_token(username,
scope,
client_id=spotify_id,
client_secret=spotify_secret,
redirect_uri='http://localhost/')
# Authenticate
sp = spotipy.Spotify(client_credentials_manager=SpotifyClientCredentials(
client_id=spotify_id, client_secret=spotify_secret))
data_dir = 'data'
track_data = pd.read_csv(os.path.join(data_dir, "wmw_tracks.csv"))
playlist = Playlist(track_data, sp, token, model_type="LSTM")
playlist.post_playlist()
def create_playlist(): # pylint: disable=unused-variable
"""
Handles button press from top tracks visualization and
creates Spotify playlist with top tracks
"""
# Create playlist from top tracks data using Playlist class
spotitude_playlist = Playlist(spotify)
spotitude_playlist.create_spotitude_playlist(time_range, data["id"].tolist())
print(
f"Playlist '{spotitude_playlist.name}' created.\n{spotitude_playlist.url}"
)
# Change 'Create Playlist' to 'Open Playlist' and write hidden URL to html file
with open("index.html", "r") as spot_html:
filedata = spot_html.read()
filedata = filedata.replace("Create Playlist", "Open Playlist")
# Change onclick action to open playlist url, also possible independent from python script
filedata = filedata.replace(
"onclick='create_playlist()'",
f"onclick=\"window.open('{spotitude_playlist.url}','_blank','resizable=yes')",
)
with open("index.html", "w") as spot_html:
spot_html.write(filedata)
# pylint: disable=no-member
eel.open_url(spotitude_playlist.url) # open playlist in new window
def test_if_packing_songs_works(self):
code_songs = Playlist(name="Code Imam")
s = Song(title="Odin",
artist="Manowar",
album="The Sons of Odin",
length="3:44")
c = Song('Snow', 'RHCP', 'Stadium Arcadium', '5:50')
m = Song('Under the Bridge', 'RHCP', 'Blood Sugar Sex Magik', '4:25')
ls = [s, c, m]
code_songs.add_songs(ls)
data = [{
"title": "Odin",
"artist": "Manowar",
"album": "The Sons of Odin",
"length": "3:44"
}, {
"title": "Snow",
"artist": "RHCP",
"album": "Stadium Arcadium",
"length": "5:50"
}, {
"title": "Under the Bridge",
"artist": "RHCP",
"album": "Blood Sugar Sex Magik",
"length": "4:25"
}]
res = code_songs.pack_songs(data)
exp = code_songs.song_list
self.assertEqual(res, exp)
def setUp(self):
self.playlist = Playlist('my_playlist')
self.untitled = Playlist()
self.song_1 = Song('Hells Bells', 'AC/DC', 'rough and though', 4, 400,
256)
self.song_2 = Song('For Whom the Bell Tolls', 'Metallica',
'For Whom the Bell Tolls', 5, 500, 320)
def test_as_json_dict(self):
playlist = Playlist(name='Code', repeat=True)
playlist._songs = [self.song, self.new_song1]
expected = {
'name':
'Code',
'repeat':
True,
'shuffle':
False,
'songs': [{
'title': 'Odin',
'artist': 'Manowar',
'album': 'The Sons of Odin',
'length': '03:44'
}, {
'title': 'Him & I',
'artist': 'G-eazy',
'album': '',
'length': '04:28'
}]
}
self.assertEqual(playlist.as_json_dict(), expected)
def test_if_next_song_gives_error_if_song_list_ends_with_repeat_and_shuffle_off(
self):
code_songs = Playlist(name="Code")
s = Song(title="Odin",
artist="Manowar",
album="The Sons of Odin",
length="3:44")
c = Song('Snow', 'RHCP', 'Stadium Arcadium', '5:50')
m = Song('Under the Bridge', 'RHCP', 'Blood Sugar Sex Magik', '4:25')
err = None
ls = [s, c, m]
code_songs.add_songs(ls)
code_songs.next_song()
code_songs.next_song()
code_songs.next_song()
try:
code_songs.next_song()
except Exception as exc:
err = exc
self.assertIsNotNone(err)
self.assertEqual(str(err), 'No more songs in playlist')
def makePlaylist(token, username):
"Function returns list containing song library"
sp = spotipy.Spotify(auth=token) #create Spotify object
songs = []
offset = 0 #this variable determines index in song library at which to begin song fetch
playlist = Playlist(username, [])
#begin fetching songs from library
results = sp.current_user_saved_tracks(20, offset)
while (not (results['items']
== [])): #while there are still songs left in library
for item in results['items']:
track = item['track']
songs.append(track)
#increase offset to fetch next batch of songs, then fetch
offset += 20
results = sp.current_user_saved_tracks(20, offset)
#create playlist object from json string of songs
for song in songs:
artists = []
for artist in song['artists']:
artists.append(artist['name'])
track = Song(song['name'], artists)
playlist.add(track)
return playlist
def playlist_download(dir, krc, lrc, onlylyric):
playlist = Playlist("default")
songs = playlist.get_songs()
for song in songs:
if not onlylyric:
link = playlist.get_download_link(song, api.query_download_link)
_, ext = os.path.splitext(link)
file_name = api.music.song_file_name_noext(song) + ext
path = os.path.join(dir, file_name)
# 以后判存的方式需要改进
if os.path.exists(path):
print("%s已经存在，无需下载。" % path)
else:
print("开始下载%s" % path)
try:
download.download(link, path)
except download.CommandNotFoundError as e:
print("错误: %s" % str(e))
lyric_types = list()
if lrc: lyric_types.append("lrc")
if krc: lyric_types.append("krc")
for type_ in lyric_types:
file_name = api.music.song_file_name_noext(song) + "." + type_
path = os.path.join(dir, file_name)
print("开始保存歌词：%s" % file_name)
text = api.query_lyric(song, type_)
with open(path, "wb") as f:
f.write(text)
def global_config():
logging.basicConfig(level=logging.ERROR)
api.cache.set_cache_file(
os.path.join(_DIR_, "data", "tmp", "api-cache.json"))
api.cache.set_cache_duration(24 * 60 * 60)
Playlist.set_default_store_dir("data/playlist")
command.CommandBuffer.set_default_store_dir("data/tmp")
def test_total_length(self):
new_playlist = Playlist("my_playlist")
harvester_song = Song("Harvester of sorrow", "Metallica", "...And justice for all", 3, 300, 192)
enter_song = Song("Enter sandman", "Metallica", "Balck album", 2, 300, 192)
new_playlist.songs.append(harvester_song)
new_playlist.songs.append(enter_song)
self.assertEqual(new_playlist.total_length(), 600)
def setUp(self):
self.code_songs = Playlist(name="Code", repeat=True, shuffle=True)
self.song = Song(title="Odin",
artist="Manowar",
album="The Sons of Odin",
length="3:44")
self.code_songs.add_song(self.song)
def test_when_no_songs_then_return_empty_histogram(self):
playlist = Playlist('my playlist')
expected_result = {}
result = playlist.artists()
self.assertEqual(result, expected_result)
def test_remove_song(self):
song = Song(title="Odin", artist="Manowar", album="The Sons of Odin", length="1:30:44")
code_songs = Playlist(name="Code", repeat=False, shuffle=False)
code_songs.add_song(song)
self.assertTrue(song in code_songs.song_list)
code_songs.remove_song(song)
self.assertTrue(song not in code_songs.song_list)
def API_renamePlaylist(self, playlist_id, name, request):
try:
Playlist.rename(playlist_id, name)
except ValueError as e:
raise
self.needs_push_update = True
request.finish()
def test_if_unpack_songs_is_working(self):
code_songs = Playlist(name="Code", shuffle=True)
s = Song(title="Odin",
artist="Manowar",
album="The Sons of Odin",
length="3:44")
c = Song('Snow', 'RHCP', 'Stadium Arcadium', '5:50')
m = Song('Under the Bridge', 'RHCP', 'Blood Sugar Sex Magik', '4:25')
ls = [s, c, m]
code_songs.add_songs(ls)
res = code_songs.unpack_songs()
exc = [{
'title': 'Odin',
'artist': 'Manowar',
'album': 'The Sons of Odin',
'length': '3:44'
}, {
'title': 'Snow',
'artist': 'RHCP',
'album': 'Stadium Arcadium',
'length': '5:50'
}, {
'title': 'Under the Bridge',
'artist': 'RHCP',
'album': 'Blood Sugar Sex Magik',
'length': '4:25'
}]
self.assertEqual(res, exc)
def playlist_add(song_no):
song_no = int(song_no)
song = g_song_buffer.get(song_no)
playlist = Playlist()
playlist.add_song(song)
print("已添加歌曲：")
print_nonl(dump_song(song, False, str(song_no) + "."))
def start_saver (self):
_debug_('start screensaver')
self.screensaver_showing = TRUE
if self.saver_type == 'xscreensaver':
os.system('%s -no-splash &' % self.arg1)
os.system('sleep 5 ; %s -activate' % self.arg2)
elif self.saver_type == 'script':
os.system('%s' % self.arg1)
elif self.saver_type == 'ssr':
self.pl = Playlist('ScreenSaver', playlist=self.arg1, display_type='image', repeat=True)
self.pl.play(menuw=self.menuw)
elif self.saver_type == 'fxd':
mylist = fxditem.mimetype.parse(None, [self.arg1], display_type=self.arg2)
if len(mylist) > 0:
self.pl = mylist[0]
arg = None
if self.arg2 == 'image':
self.pl.repeat = 1
elif self.arg2 == 'video':
arg = '-nosound -loop 0'
self.pl.play(arg=arg, menuw=self.menuw)
else:
_debug_('saver thinks fxd blew up trying to parse?')
else:
_debug_('Unknown saver type to start.')
def playlist_set_qualities_order():
def dump_quality_order(order):
s = ""
for quality in order:
s += quality + " "
return s
playlist = Playlist("default")
print("当前优先级：%s" % dump_quality_order(playlist.quality_order))
choise_list = [["128", "192", "320", "ape", "flac"],
["128", "192", "320", "flac", "ape"],
["ape", "flac", "320", "192", "128"],
["flac", "ape", "320", "192", "128"],
["320", "ape", "flac", "192", "128"],
["320", "192", "flac", "ape", "128"],
["320", "192", "ape", "flac", "128"],
["320", "flac", "ape", "192", "128"]]
print()
print("选择序号来设置优先级")
for i, order in enumerate(choise_list):
print(str(i + 1) + "." + dump_quality_order(order))
key = 0
while (True):
print("请选择序号:")
key = int(input()) - 1
if key < len(choise_list):
break
print("输入不在范围内")
playlist.quality_order = choise_list[key]
def __init__(self, cover_dir, net_type='lan'):
self.connected = False
self.net_type = net_type
self.proto = MpdProtocol()
self.proto._event = self.dispatch_event
self.status = {'state': 'stop'}
self.playlist = Playlist(self)
self.waiting = False
self.calls = []
self.cover_dir = cover_dir
self._sources = [
OrderedDict(
sorted({
'Name': '_'.join((self.name, n)),
'Type': n,
'Visible': True
}.items(),
key=lambda t: t[0])) for n in self.sources
]
self.sourcexml = dict2xml(
{'SourceList': [{
'Source': n
} for n in self._sources]})
self.protocolinfo = self.mtlist = 'http-get:*:' + ''\
.join([':*,http-get:*:'.join(self.mimetypes)]) + ':*'
def load_playlist(self, playlist_config):
"""
loading the playlist, allows us to override configuration playlist easily
{
"playlist": [],
"shuffle": bool,
"orderby": [ field, desc/_asc_ ]
}
"""
self.playlist_config = playlist_config
self.playlist = Playlist([])
if playlist_config:
if not "tracks" in playlist_config:
logging.error("no tracks key specified in playlist")
logging.error(playlist_config)
raise ValueError("no tracks key specified in playlist")
self.playlist = Playlist(playlist_config["tracks"],
self.settings().HOME_DIRECTORY,
self.settings().get_config_path(),
self.settings().SMARTBOT_HOME)
for s in self.playlist.playlist:
if "name" not in s:
s["name"] = self.voice().convert_filename_to_speech_text(s["url"])
if "shuffle" in playlist_config:
if playlist_config["shuffle"]:
self.playlist.shuffle()
if "orderby" in playlist_config:
self.playlist.sort(playlist_config["orderby"])
if "start-track" in playlist_config:
logging.debug("found start track, attempting to move position")
if self.playlist.select_by_regex_only_if_earlier(playlist_config["start-track"]):
# poke these values in so we continue where we want to otherwise it will
# start at the NEXT track not this one.
self.json["user_state"] = { "track": self.playlist.get_current_track(), "seek": 0 }
logging.debug("setting user state to {}".format(self.json["user_state"]))
def __init__(self, options):
self.player_cfg = ConfigParser.ConfigParser()
self.player_cfg.read('config/player.cfg')
print self.player_cfg
# check for player settings in the configuration file
if not self.player_cfg.has_section("player"):
print("no player configuration found")
sys.exit()
# check for player settings in the configuration file
if not self.player_cfg.has_section("screens"):
print("no screen configuration found")
sys.exit()
self.screensaver_file = self.player_cfg.get("player", "screensaver")
self.enable_screensaver = self.player_cfg.getboolean(
"player", "enable_screensaver")
# load play list
self.playlist = Playlist()
# self.playlist.name(options["playlist"])
# self.playlist.load()
# init variables
self.basePath = os.path.dirname("..")
self.api_name = options["api_name"]
self.html_root = options["html_root"]
self.current_dir = options["base_dir"]
# create response object
self.response = Response()
def __init__(self, dogvibes, id):
self.dogvibes = dogvibes
self.pipeline = gst.Pipeline("amppipeline" + id)
# create the tee element
self.tee = gst.element_factory_make("tee", "tee")
self.pipeline.add(self.tee)
# listen for EOS
self.bus = self.pipeline.get_bus()
self.bus.add_signal_watch()
self.bus.connect('message', self.pipeline_message)
# Create amps playqueue
if Playlist.name_exists(dogvibes.ampdbname + id) == False:
self.dogvibes.API_createPlaylist(dogvibes.ampdbname + id)
tqplaylist = Playlist.get_by_name(dogvibes.ampdbname + id)
self.tmpqueue_id = tqplaylist.id
self.active_playlist_id = self.tmpqueue_id
if (tqplaylist.length() > 0):
self.active_playlists_track_id = tqplaylist.get_track_nbr(0).ptid
else:
self.active_playlists_track_id = -1
self.fallback_playlist_id = -1
self.fallback_playlists_track_id = -1
# sources connected to the amp
self.sources = []
# the gstreamer source that is currently used for playback
self.src = None
self.needs_push_update = False
def __init__(self):
super().__init__()
self.__playlist = Playlist()
self.__rds_updater = RdsUpdater()
self.__resume_file = config.get_resume_file()
self.__skip = threading.Event()
self.output_stream = BytearrayIO()
def __init__(self):
self.running = True
self.messages = queue.Queue()
self.playlist = Playlist()
self.locontrol = LibreOfficeController(self)
# the interface we are using
self.net_iiface = ""
def test_directory_not_recursive(self):
trackList = [{
"directory": "/home/pi/smartbot/media",
"include-subdir": False
}]
p = Playlist(trackList)
self.assertEqual(p.size(), 0)
def options(self, args):
if (self.choice == 1):
self.playlist = MusicCrawler(args[0]).generate_playlist()
elif(self.choice == 2):
self.playlist = Playlist(args[0])
elif(self.choice == 3):
self.playlist = Playlist.load(args[0])
elif(self.choice == 4):
self.playlist.save(args[0])
elif(self.choice == 5):
song = Song(args[0], args[1], args[2], int(
args[3]), int(args[4]), int(args[5]))
self.playlist.add_song(song)
elif(self.choice == 6):
song = Song(args[0], args[1], args[2], int(
args[3]), int(args[4]), int(args[5]))
self.playlist.remove_song(song)
elif(self.choice == 7):
self.playlist.remove_disrated(int(args[0]))
elif(self.choice == 8):
self.playlist.remove_bad_quality()
elif(self.choice == 9):
print(self.playlist.show_artist())
elif(self.choice == 10):
print(self.playlist)
elif(self.choice == 11):
self.list_options()
else:
print("Enter a valid command")
def __init__(self, parent=None):
super(Player, self).__init__(parent)
self.duration = 0
self.volume = 50
self.player = QMediaPlayer()
self.playlist = Playlist(self)
self.videoWidget = VideoWidget()
self.next_url = QUrl()
self.context_menu = QMenu(self)
self.display_splitter = QSplitter(Qt.Horizontal)
self.repeat_control = RepeatControl(parent=self)
self.repeat_control.get_player_position = self.player.position
self.repeat_control.set_position_to_player = self.player.setPosition
self.player.positionChanged.connect(self.repeat_control.set_pos)
self.setAcceptDrops(True)
std_icon = self.style().standardIcon
self.play_button = create_flat_button(std_icon(QStyle.SP_MediaPlay))
self.stopButton = create_flat_button(std_icon(QStyle.SP_MediaStop), '')
self.backwardButton = create_flat_button(
std_icon(QStyle.SP_MediaSkipBackward), '')
self.forwardButton = create_flat_button(
std_icon(QStyle.SP_MediaSkipForward), '')
self.order_list = self.repeat_control.menu()
self.order_list.setFixedWidth(115)
self.playback_rate_menu = QComboBox()
self.playback_rate_menu.addItems(
('0.5x', '0.75x', '0.9x', '1.0x', '1.1x', '1.25x', '1.5x'))
self.playback_rate_menu.setCurrentText('1.0x')
self.muteButton = create_flat_button(
std_icon(QStyle.SP_MediaVolume if not self.player.isMuted() else
QStyle.SP_MediaVolumeMuted))
self.volumeBar = QSlider(Qt.Horizontal)
self.volumeBar.setRange(0, 100)
self.volumeBar.setValue(self.volume)
self.labelVolume = QLabel(str(self.volume))
self.labelVolume.setMinimumWidth(24)
self.statusInfoLabel = QLabel()
self.seekBar = QSlider(Qt.Horizontal)
self.seekBar.setRange(0, self.player.duration() / 1000)
self.labelTotalTime = QLabel('00:00')
self.labelCurrentTime = QLabel('00:00')
self.create_layout()
self.create_connections()
self.player.setVideoOutput(self.videoWidget)
self.videoWidget.show()
def setUp(self):
self.playlist = Playlist("TestPlaylist")
self.song = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 271.8,
320)
self.song2 = Song("Nothing else matters", "Metallica", "IDK", 0, 271.8,
320)
self.playlist.add_song(self.song)
self.playlist.add_song(self.song2)
def test_total_length(self):
playlist = Playlist("TestPlaylist")
song1 = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 271.8, 320)
song2 = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 200, 320)
playlist.add_song(song1)
playlist.add_song(song2)
self.assertEqual(playlist.total_length(), 471.8)
def test_directory_extensions_4(self):
trackList = [{
"directory": "/home/pi/smartbot/media/recent",
"include-subdir": True,
"extensions": "m4a"
}]
p = Playlist(trackList)
self.assertEqual(p.size(), 4)
def generate_playlist(self, playlist_name):
output_playlist = Playlist(playlist_name)
files = self._get_audio_files(self.__path)
for filename in files:
audio_obj = MP3(filename)
song = self._create_song(audio_obj)
output_playlist.add(song)
return output_playlist
def setUp(self):
self.song = song.Song("Emerald Sword", "Rhapsody", "Fire", 4, 2400,
192)
self.song2 = song.Song("Highway To Hell", "AC/DC", "Rough And Tough",
3, 2000, 64)
self.my_playlist = Playlist("my_playlist")
self.my_playlist.add_song(self.song)
self.my_playlist.add_song(self.song2)
def test_if_total_length_return_the_same(self):
p = Playlist(name='carl cox')
exc = None
k = [Song(title = 'Odin', artist = 'ManOWar',album = 'The Sons Of Odin', lenght = '3:44'),Song(title = 'Odin', artist = 'ManOWar',album = 'The Sons Of Azis', lenght = '5:44'),\
Song(title = 'Odin', artist = 'ManOWar',album = 'The Sons Of Odin', lenght = '3:44')]
p.add_song(k)
res = p.total_length()
self.assertEqual(res, '0:9:28')
def test_add_new_song_to_playlist(self):
song1 = Song(title="Odin", artist="Manowar", album="The Sons of Odin", length="3:44")
playlist = Playlist('my playlist')
expected_songs_in_playlist = [song1]
playlist.add_song(song1)
self.assertEqual(playlist.get_songs(), expected_songs_in_playlist)
def test_total_length(self):
playlist = Playlist("TestPlaylist")
song1 = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 271.8, 320)
song2 = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 200, 320)
playlist.add_song(song1)
playlist.add_song(song2)
self.assertEqual(playlist.total_length(), 471.8)
def play(self, arg=None, menuw=None):
"""
play directory
"""
if arg == 'next':
Playlist.play(self, arg=arg, menuw=menuw)
else:
self.check_password_and_build(arg='play', menuw=menuw)
def generate_playlist(self, playlist_name):
output_playlist = Playlist(playlist_name)
files = self._get_audio_files(self.__path)
for filename in files:
audio_obj = MP3(filename)
song = self._create_song(audio_obj)
output_playlist.add(song)
return output_playlist
def test_remove_bad_quality(self):
new_playlist = Playlist("my_playlist")
enter_song = Song("Enter sandman", "Metallica", "Balck album", 2, 300, 192000)
harvester_song = Song("Harvester of sorrow", "Metallica", "...And justice for all", 3, 300, 150000)
new_playlist.songs.append(harvester_song)
new_playlist.songs.append(enter_song)
new_playlist.remove_bad_quality()
self.assertEqual(len(new_playlist.songs), 1)
def generate_playlist(self):
result = Playlist("Rock'n'roll")
music_files = [f for f in os.listdir(self.path) if f.endswith('.mp3') or f.endswith('.MP3')]
for song in music_files:
audio = MP3(self.path + "/" + song)
print(audio)
my_new_song = Song(audio["TIT2"], audio["TPE1"], audio["TALB"], 0, int(audio.info.length), audio.info.bitrate)
result.add_song(my_new_song)
return result
def generate_playlist(self, name):
output_playlist = Playlist(name)
files = self._get_mp3_files(self.__crawlDir)
for filename in files:
filename = self.__crawlDir + filename
audio_obj = MP3(filename)
song = self._create_song(audio_obj)
output_playlist.add_song(song)
return output_playlist
def generate_playlist(self):
playlist = Playlist("myPlaylist")
files = get_files(self.path)
for each_file in files:
audio = MP3('music/' + str(each_file))
song = Song(str(audio['TIT2']), str(audio['TPE1']), str(
audio['TALB']), 5, int(audio.info.length), audio.info.bitrate)
playlist.add_song(song)
return playlist
def test_save(self):
playlist = Playlist("TestPlaylist")
song1 = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 271.8, 320)
song2 = Song("Thunderstruck", "ACDC", "The Razors Edge", 5, 200, 320)
playlist.add_song(song1)
playlist.add_song(song2)
self.playlist.save("json.txt")
def cwd(self, arg=None, menuw=None):
"""
make a menu item for each file in the directory
"""
logger.log( 9, 'cwd(arg=%r, menuw=%r)', arg, menuw)
play_items = []
number = len(self.info['tracks'])
if hasattr(self.info, 'mixed'):
number -= 1
for i in range(0, number):
title=self.info['tracks'][i]['title']
item = AudioItem('cdda://%d' % (i+1), self, title, scan=False)
# XXX FIXME: set also all the other info here if AudioInfo
# XXX will be based on mmpython
#item.set_info('', self.name, title, i+1, self.disc_id[1], '')
item.info = self.info['tracks'][i]
item.length = item.info['length']
if config.MPLAYER_ARGS.has_key('cd'):
item.mplayer_options += (' ' + config.MPLAYER_ARGS['cd'])
if self.devicename:
item.mplayer_options += ' -cdrom-device %s' % self.devicename
play_items.append(item)
# add all playable items to the playlist of the directory
# to play one files after the other
self.playlist = play_items
# all items together
items = []
# random playlist (only active for audio)
if 'audio' in config.DIRECTORY_ADD_RANDOM_PLAYLIST and len(play_items) > 1:
pl = Playlist(_('Random Playlist'), play_items, self, random=True)
pl.autoplay = True
items += [ pl ]
items += play_items
if hasattr(self.info, 'mixed'):
d = DirItem(self.media.mountdir, self)
d.name = _('Data files on disc')
items.append(d)
self.play_items = play_items
title = self.name
if title[0] == '[' and title[-1] == ']':
title = self.name[1:-1]
item_menu = menu.Menu(title, items, item_types = self.display_type)
if menuw:
menuw.pushmenu(item_menu)
return items
def test_str(self):
new_playlist = Playlist("my_playlist")
enter_song = Song("Enter sandman", "Metallica", "Balck album", 2, 300, 192)
harvester_song = Song("Harvester of sorrow", "Metallica", "...And justice for all",3 , 300, 150)
new_playlist = Playlist("my_playlist")
new_playlist.songs.append(harvester_song)
new_playlist.songs.append(enter_song)
expected_string = "Metallica - Harvester of sorrow 300\nMetallica - Enter sandman 300\n"
self.assertEqual(expected_string, new_playlist.str_func())
def test_show_artists(self):
new_playlist = Playlist("my_playlist")
enter_song = Song("Enter sandman", "Metallica", "Balck album", 2, 300, 192)
harvester_song = Song("Harvester of sorrow", "Metallica", "...And justice for all",3 , 300, 150)
hells_song = Song("Hells Bells", "Ac/DC", "Back in Black",2 , 240, 256)
new_playlist = Playlist("my_playlist")
new_playlist.songs.append(harvester_song)
new_playlist.songs.append(enter_song)
new_playlist.songs.append(hells_song)
self.assertEqual(len(new_playlist.show_artists()), 2)
def fetch_active_playlist(self):
try:
playlist = Playlist.get(self.active_playlist_id)
return playlist
except:
# The play list have been removed or disapperd use tmpqueue as fallback
self.active_playlist_id = self.tmpqueue_id
self.active_playlists_track_id = 0
playlist = Playlist.get(self.active_playlist_id)
return playlist
def main():
path = '/home/kolchakov/Desktop/mp3/CD1/'
crawler = MusicCrawler(path)
songs = crawler.generate_playlist()
my_playlist = Playlist('rock')
my_playlist.add_songs(songs)
while True:
command = input("enter command>>")
if command == "next":
print (my_playlist.next_song())
def main(playlist, src, dest, scale=None, url=False):
"""Writes the playlist in m3u format to stdout, using repetition for weight.
src and dest args are for path rewriting - any paths under src will be rewritten
to be under dest instead."""
playlist = Playlist(playlist)
flattened = playlist.to_repeated_list(scale)
src = '{}/'.format(src.rstrip('/'))
for path in flattened:
if path.startswith(src):
path = os.path.join(dest, os.path.relpath(path, src))
print 'file://{}'.format(path) if url else path
def test_addsong(self):
song1 = Song("Punta", "Upsurt", "Pop Folk", 5, 3.45, 192)
#song2 = Song("Still waiting", "Sum 41", "Qkoruda", 5, 3.20, 200)
playlist1 = Playlist()
playlist1.add_song(song1)
self.assertTrue(playlist1.playlist[0].title, "Punta")
self.assertTrue(playlist1.playlist[0].artist, "Uspurt")
self.assertTrue(playlist1.playlist[0].album, "Pop Folk")
self.assertTrue(playlist1.playlist[0].rating, 1)
self.assertTrue(playlist1.playlist[0].length, 3.45)
self.assertTrue(playlist1.playlist[0].bitrate, 192)
def generate_playlist(self, filepath):
os.chdir(filepath)
songs = glob.glob('*.mp3')
playlist = Playlist("new")
for song in songs:
audio = MP3(song)
song_to_add = Song(audio["TIT2"].text, audio["TPE1"].text,
audio["TALB"].text, 0, round(audio.info.length),
audio.info.bitrate // 1000)
playlist.add_song(song_to_add)
self.songs = playlist
class PlaylistThreader():
def __init__(self):
self.playingThread = None
self.playlist = None
self.volume = volumizer.getJSON()['config']['milli']
def __play_playlist(self, position = 0):
self.setVolume(volumizer.getJSON()['config']['milli'])
self.playlist.play(position)
self.__oversee_playlist()
def __oversee_playlist(self):
while True:
try:
if self.playlist == None:
break
if self.playlist != None and self.playlist.nextTrackAvilable() and self.playlist.shouldGoNext():
print("NEXT TRACK!")
self.playlist.nextTrack()
if self.playlist != None and not self.playlist.nextTrackAvilable() and self.playlist.shouldGoNext():
print("Playlist finished playing")
self.setPlaylist(None)
break
except:
break
def getThread(self, tracks, position = 0):
self.playlist = Playlist(tracks, self.volume)
self.playingThread = threading.Thread(target = self.__play_playlist, args=(position,))
self.playingThread.daemon = True
return {'thread' : self.playingThread,
'playlist' : self.playlist}
def startThread(self):
if self.playingThread != None:
self.playingThread.start()
def currentPlaylist(self):
return self.playlist
def setPlaylist(self, playlist):
self.playlist = playlist
def reInit(self):
self.playingThread = None
self.playlist = None
def setVolume(self, volume):
self.volume = volume
if self.playlist != None and self.playlist.currentTrack != None:
self.playlist.setVolume(volume)
def test_remove_disrated(self):
new_playlist = Playlist("my_playlist")
enter_song = Song("Enter sandman", "Metallica", "Balck album", 2, 300, 192)
enter_song1 = Song("Enter sandman", "Metallica", "Balck album", 2.5, 300, 192)
harvester_song = Song("Harvester of sorrow", "Metallica", "...And justice for all",4 , 300, 150)
new_playlist.songs.append(harvester_song)
new_playlist.songs.append(enter_song1)
new_playlist.songs.append(enter_song)
new_playlist.remove_disrated(3)
self.assertEqual(len(new_playlist.songs), 1)
self.assertEqual(new_playlist.songs[0], harvester_song)
def generate_playlist(self, playlist_name):
self.collect_songs_names()
new_playlist = Playlist("Songs in {} ".format(self.retrun_folder_name()))
#print(os.getcwd())
#os.chdir(self.path)
#print(os.getcwd())
for song_name in self.folder_files:
file_name, file_path = MusicCrawler.split_path_and_name(song_name)
new_playlist.list_all_songs.append(self.import_songs_from_folder(file_name, file_path))
new_playlist.save(playlist_name)
return new_playlist
def generate_playlist(self):
playlist = Playlist("newList")
os.chdir(self.path)
for songa in glob.glob("*.mp3"):
song = MP3(songa, ID3=EasyID3)
try:
playlist.add_song(Song(song.tags["title"][0], song.tags["artist"][0], "", 0, song.info.length, song.info.bitrate))
except TypeError:
pass
except KeyError:
pass
print (playlist)
class TestPlaylist(unittest.TestCase):
def setUp(self):
self.shell = Playlist()
# def test_shuffle(self):
# self.assertEqual(self.seq, range(10))
# self.assertRaises(TypeError, random.shuffle, (1,2,3))
def test_do_url(self):
track = DAAPTrack()
self.shell.do_url(track)
self.assertTrue(element in self.seq)
def get_playlist(self, year, month):
play_list = None
file_name = "{0}{1}{2:02d}{3}".format(self.file_prefix,
year, month,
self.file_suffix)
full_path = os.path.join(self.base_path, file_name)
if os.path.exists(full_path):
play_list = Playlist()
play_list.from_json_file(full_path)
else:
play_list = Playlist(source='kcrw',
name='%s%s' % (year, month),
frequency='daily')
play_list_name = "kcrw-{0}-{1}".format(year, month)
return (play_list, play_list_name, full_path)
def generate_playlist(self):
playlist = Playlist("Playlist")
for file_name in os.listdir(self.directory):
if fnmatch(file_name, "*.mp3"):
self.mp3_files.append(self.directory + file_name)
id3 = ID3(self.directory + file_name)
mp3 = MP3(self.directory + file_name)
song = Song(id3['TIT2'],
id3['TPE1'],
id3['TALB'],
5,
int(mp3.info.length),
mp3.info.bitrate)
playlist.add_song(song)
return playlist
def generate_playlist(self, name):
files = os.listdir(self.music_dir)
pl = Playlist(name)
for f in files:
if ".mp3" in f:
music_file = MP3(self.music_dir+"/"+f)
title = music_file.tags[self.TITLE][0]
artist = music_file.tags[self.ARTIST][0]
bitrate = music_file.info.bitrate
length = music_file.info.length
album = music_file.tags[self.ALBUM][0]
temp_song = Song(title, artist, album, length, bitrate)
pl.add_song(temp_song)
return pl
def API_removeTrackFromPlaylist(self, playlist_id, track_id):
try:
playlist = Playlist.get(playlist_id)
playlist.remove_track_id(int(track_id))
except ValueError as e:
raise
self.needs_push_update = True
def setUp(self):
self.playlist = Playlist('DnB')
self.come_alive = Song(
'Come Alive',
'Netsky',
'Netsky-2',
2,
204,
320
)
self.puppy = Song(
'Puppy',
'Netsky',
'Netsky-2',
4,
280,
96
)
self.horrorcane = Song(
'Horrorcane',
'High Rankin',
'Unknown',
5,
300,
192
)
self.playlist.songs = [self.come_alive, self.puppy]