def update_library(request):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
logger.info("Updating library")
mpd.update()
return HttpResponse("OK")
def random( request ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
random = int( mpd.status()['random'] )
mpd.random( 0 if random == 1 else 1 )
return HttpResponse( "Random: %s" % random )
def play_song(request, song_id):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
logger.debug("Song ID: %s", song_id)
mpd.playid(song_id)
return HttpResponse("Playing Song %s." % song_id)
def add_songs( request ):
post = request.POST
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
for song in json.loads( post['songs'] ):
mpd.add(song)
return HttpResponse( "OK" )
def add_songs(request):
post = request.POST
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
for song in json.loads(post['songs']):
mpd.add(song)
return HttpResponse("OK")
def remove_songs( request ):
post = request.POST
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
for song in json.loads( post['songs'] ):
song = int(song)
logger.info( "Deleting: %s", song )
mpd.deleteid( song )
return HttpResponse( "OK" )
def status( request ):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT) as mpd:
data = mpd.status()
data.update( mpd.currentsong() )
data.update( mpd.stats() )
if 'elapsed' not in data:
data['elapsed'] = data['time']
return data
def remove_songs(request):
post = request.POST
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
for song in json.loads(post['songs']):
song = int(song)
logger.info("Deleting: %s", song)
mpd.deleteid(song)
return HttpResponse("OK")
def playlists(request, *args, **keywords):
c = RequestContext(request)
logger.info("playlists")
c['breadcrumbs'] = [
{
'text': 'current playlist',
'target': reverse('playlist')
},
]
with MPDClient().connect('localhost', 6600) as mpd:
data = mpd.listplaylists()
logger.debug("Playlists: %s", data)
c['list'] = []
for item in data:
pass
c['list'].append({
'text':
item['playlist'],
'target':
reverse('switch_playlist', kwargs={'playlist': item['playlist']})
})
return c
def albums(request, artist=None, *args, **keywords):
c = RequestContext(request)
logger.info("albums")
c['breadcrumbs'] = [
{
'text': 'browse',
'target': reverse('browse')
},
]
if artist:
c['breadcrumbs'].append({
'text': 'artists',
'target': reverse('artists')
})
with MPDClient().connect('localhost', 6600) as mpd:
data = mpd.list('album', artist) if artist else mpd.list('album')
c['list'] = []
for item in sorted([d for d in data if d and '/' not in d]):
c['list'].append({
'text':
item,
'target':
reverse('songs_of_artist_album',
kwargs={
'album': item,
'artist': artist
}) if artist else reverse('album', kwargs={'album': item})
})
return c
def play(request):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
if mpd.status().get('state', None) == 'play':
mpd.pause()
else:
mpd.play()
return HttpResponse("OK")
def browse(request, *args, **keywords):
c = RequestContext(request)
c['breadcrumbs'] = []
with MPDClient().connect("localhost", 6600) as mpd:
stats = mpd.stats()
c['num_songs'] = stats['songs']
c['num_artists'] = stats['artists']
c['num_albums'] = stats['albums']
return c
def play( request ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
if mpd.status().get('state', None) == 'play':
mpd.pause()
else:
mpd.play()
return HttpResponse( "OK" )
def save_playlist(request):
name = request.POST['name']
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
logger.debug("Playlist Name: %s", name)
mpd.rm(name)
mpd.save(name)
return HttpResponse("OK")
def repeat(request):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
repeat = int(mpd.status()['repeat'])
mpd.repeat(0 if repeat == 1 else 1)
return HttpResponse("Repeat: %s" % repeat)
def volume(request, volume):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
mpd.setvol(volume)
volume = mpd.status()['volume']
return HttpResponse("Volume: %s" % volume)
def current_playlist(request, *args, **keywords):
c = RequestContext(request)
with MPDClient().connect('localhost', 6600) as mpd:
c['songs'] = mpd.playlistinfo()
logger.debug(c['songs'])
#Cleanup song information
for song in c['songs']:
song['filename'] = path.basename(song['file'])
song['time'] = formatTime(song['time'])
return c
def random(request):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
random = int(mpd.status()['random'])
mpd.random(0 if random == 1 else 1)
return HttpResponse("Random: %s" % random)
def save_playlist( request ):
name = request.POST['name']
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT) as mpd:
logger.debug( "Playlist Name: %s", name )
mpd.rm( name )
mpd.save( name )
return HttpResponse( "OK" )
def status(request):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
data = mpd.status()
data.update(mpd.currentsong())
data.update(mpd.stats())
if 'elapsed' not in data:
data['elapsed'] = data['time']
return data
def songs(request, artist=None, album=None, *args, **keywords):
c = RequestContext(request)
logger.info("songs")
commands = []
c['breadcrumbs'] = [
{
'text': 'browse',
'target': reverse('browse')
},
]
if artist:
c['breadcrumbs'].append({
'text': 'artists',
'target': reverse('artists')
})
commands.extend(['artist', artist])
if album:
c['breadcrumbs'].append({
'text':
artist,
'target':
reverse('albums_by_artist', kwargs={'artist': artist})
})
elif album:
c['breadcrumbs'].append({
'text': 'albums',
'target': reverse('albums')
})
commands.extend(['album', album])
else:
commands = ['any', '']
logger.info(commands)
with MPDClient().connect("localhost", 6600) as mpd:
c['songs'] = mpd.find(*commands)
#Cleanup song information
for song in c['songs']:
song['filename'] = path.basename(song['file'])
song['time'] = formatTime(song['time'])
return c
def artists(request, *args, **keywords):
c = RequestContext(request)
logger.info("artists")
c['breadcrumbs'] = [
{
'text': 'browse',
'target': reverse('browse')
},
]
with MPDClient().connect('localhost', 6600) as mpd:
data = mpd.list('artist')
c['list'] = []
for item in sorted([d for d in data if d and '/' not in d]):
c['list'].append({
'text':
item,
'target':
reverse('albums_by_artist', kwargs={'artist': item})
})
return c
def stop(request):
mpd = MPDClient()
with mpd.connect(settings.MPD_CLIENT_HOST,
settings.MPD_CLIENT_PORT) as mpd:
mpd.stop()
return HttpResponse("OK")
def volume( request, volume ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
mpd.setvol(volume)
volume = mpd.status()['volume']
return HttpResponse( "Volume: %s" % volume )
def switch_playlist(request, playlist, *args, **keywords):
with MPDClient().connect('localhost', 6600) as mpd:
mpd.clear()
mpd.load(playlist)
return redirect('playlist')
def repeat( request ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
repeat = int( mpd.status()['repeat'] )
mpd.repeat( 0 if repeat == 1 else 1 )
return HttpResponse( "Repeat: %s" % repeat )
def play_song( request, song_id ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT) as mpd:
logger.debug( "Song ID: %s", song_id )
mpd.playid( song_id )
return HttpResponse( "Playing Song %s." % song_id )
def stop( request ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT ) as mpd:
mpd.stop()
return HttpResponse( "OK" )
def update_library( request ):
mpd = MPDClient()
with mpd.connect( settings.MPD_CLIENT_HOST, settings.MPD_CLIENT_PORT) as mpd:
logger.info( "Updating library" )
mpd.update()
return HttpResponse( "OK" )
