def on_song_downloaded(self, play=False):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
iter_ = self.curr_playing[1]
path = liststore.get_path(iter_)
song = Widgets.song_row_to_dict(liststore[path], start=0)
Gdk.Window.process_all_updates()
def on_song_downloaded(self, play=False):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
iter_ = self.curr_playing[1]
path = liststore.get_path(iter_)
song = Widgets.song_row_to_dict(liststore[path], start=0)
Gdk.Window.process_all_updates()
def on_song_downloaded(self, play=False):
# copy this song from current playing list to cached_list.
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song = Widgets.song_row_to_dict(liststore[path], start=0)
self.append_cached_song(song)
Gdk.Window.process_all_updates()
def on_treeview_row_activated(self, treeview, path, column):
model = treeview.get_model()
index = treeview.get_columns().index(column)
song = Widgets.song_row_to_dict(model[path], start=0)
if index == 0:
self.app.playlist.play_song(song, list_name=self.list_name)
elif index == 1:
self.app.search.search_artist(song['artist'])
elif index == 2:
self.app.search.search_album(song['album'])
def on_treeview_row_activated(self, treeview, path, column):
model = treeview.get_model()
index = treeview.get_columns().index(column)
song = Widgets.song_row_to_dict(model[path], start=0)
if index == self.COL_NAME:
self.app.playlist.play_song(song, list_name=self.list_name)
elif index == self.COL_ARTIST:
self.app.search.search_artist(song['artist'])
elif index == self.COL_ALBUM:
self.app.search.search_album(song['album'])
def do_cache_song_pool(self):
def _remove_song():
try:
liststore.remove(liststore[path].iter)
except IndexError:
logger.error(traceback.format_exc())
Gdk.Window.process_all_updates()
def _on_disk_error(widget, song_path, eror=None):
self.stop_caching_daemon()
GLib.idle_add(Widgets.filesystem_error, self.app.window, song_path)
def _on_network_error(widget, song_link, error=None):
self.stop_caching_daemon()
GLib.idle_add(Widgets.network_error, self.app.window,
_('Failed to cache song'))
def _on_chunk_received(widget, percent):
GLib.idle_add(do_on_chunk_received, percent)
def do_on_chunk_received(percent):
self.cache_local_count += 1
self.cache_speed_label.set_text('{0} %'.format(int(percent * 100)))
def _on_downloaded(widget, song_path, error=None):
if song_path:
GLib.idle_add(_remove_song)
if self.cache_enabled:
GLib.idle_add(self.do_cache_song_pool)
if not self.cache_enabled:
return
self.cache_local_count = 0
self.cache_global_count = 0
self.cache_speed_label.set_text('0 %')
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
logger.info('Caching playlist is empty, please add some songs')
self.stop_caching_daemon()
Notify.init('kwplayer-cache')
notify = Notify.Notification.new('Kwplayer',
_('All songs in caching list have been downloaded.'),
'kwplayer')
notify.show()
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
logger.debug('will download: %s' % song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('chunk-received', _on_chunk_received)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.connect('disk-error', _on_disk_error)
self.cache_job.connect('network-error', _on_network_error)
self.cache_job.get_song(song)
def cache_next_song(self):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
if path == len(liststore) - 1:
return
path += 1
song = Widgets.song_row_to_dict(liststore[path], start=0)
print('next song to cache:', song)
self.cache_next_async_song = Net.AsyncSong(self.app)
self.cache_next_async_song.get_song(song)
def on_treeview_row_activated(self, treeview, path, column):
model = treeview.get_model()
index = treeview.get_columns().index(column)
song = Widgets.song_row_to_dict(model[path], start=0)
if index == 0:
self.app.playlist.play_song(song, list_name=self.list_name)
elif index == 1:
self.app.search.search_artist(song['artist'])
elif index == 2:
self.app.search.search_album(song['album'])
elif index == 3:
model.remove(model[path].iter)
def do_cache_song_pool(self):
def _move_song():
try:
liststore.remove(liststore[path].iter)
except IndexError:
pass
Gdk.Window.process_all_updates()
def _on_disk_error(widget, song_path, eror=None):
self.cache_enabled = False
GLib.idle_add(
Widgets.filesystem_error,
self.app.window,
song_path)
def _on_network_error(widget, song_link, error=None):
self.cache_enabled = False
GLib.idle_add(
Widgets.network_error,
self.app.window,
_('Failed to cache song'))
def _on_downloaded(widget, song_path, error=None):
if song_path:
GLib.idle_add(_move_song)
if self.cache_enabled:
GLib.idle_add(self.do_cache_song_pool)
if not self.cache_enabled:
return
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
print('Caching playlist is empty, please add some songs')
self.switch_caching_daemon()
Notify.init('kwplayer-cache')
notify = Notify.Notification.new(
'Kwplayer',
_('All songs in caching list have been downloaded.'),
'kwplayer')
notify.show()
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
print('will download:', song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.connect('disk-error', _on_disk_error)
self.cache_job.connect('network-error', _on_network_error)
self.cache_job.get_song(song)
def on_treeview_row_activated(self, treeview, path, column):
model = treeview.get_model()
index = treeview.get_columns().index(column)
song = Widgets.song_row_to_dict(model[path], start=0)
if index == 0:
self.app.playlist.play_song(song, list_name=self.list_name)
elif index == 1:
self.app.search.search_artist(song['artist'])
elif index == 2:
self.app.search.search_album(song['album'])
elif index == 3:
if self.list_name == 'Cached':
self.app.playlist.remove_song_from_cached_db(song['rid'])
model.remove(model[path].iter)
def do_export(button):
num_songs = len(liststore)
i = 0
export_dir = folder_chooser.get_filename()
for item in liststore:
song = Widgets.song_row_to_dict(item, start=0)
song_link, song_path = Net.get_song_link(song,
self.app.conf)
if song_link is not True:
continue
shutil.copy(song_path, export_dir)
i += 1
export_prog.set_fraction(i / num_songs)
Gdk.Window.process_all_updates()
dialog.destroy()
def play_song(self, song, list_name='Default'):
if not song:
return
liststore = self.tabs[list_name].liststore
rid = song['rid']
path = self.get_song_path_in_liststore(liststore, rid)
if path is not None:
# curr_playing contains: listname, path
self.curr_playing = [list_name, path]
song = Widgets.song_row_to_dict(liststore[path], start=0)
self.app.player.load(song)
return
liststore.append(Widgets.song_dict_to_row(song))
self.curr_playing = [list_name, len(liststore)-1, ]
self.app.player.load(song)
def do_cache_song_pool(self):
def _move_song():
try:
liststore.remove(liststore[path].iter)
except IndexError:
pass
Gdk.Window.process_all_updates()
def _on_can_play(widget, song_path, status, error=None):
if status == 'OK':
return
# stop cache service when error occurs
self.cache_enabled = False
if status == 'URLError':
Widgets.network_error(
self.app.window, _('Failed to cache song'))
elif status == 'FileNotFoundError':
Widgets.filesystem_error(self.app.window, song_path)
def _on_downloaded(widget, song_path, error=None):
if song_path:
GLib.idle_add(_move_song)
if self.cache_enabled:
GLib.idle_add(self.do_cache_song_pool)
if not self.cache_enabled:
return
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
print('Caching playlist is empty, please add some songs')
self.switch_caching_daemon()
Notify.init('kwplayer-cache')
notify = Notify.Notification.new(
'Kwplayer',
_('All songs in caching list have been downloaded.'),
'kwplayer')
notify.show()
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
print('will download:', song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('can-play', _on_can_play)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.get_song(song)
def do_cache_song_pool(self):
def _move_song():
self.append_cached_song(song)
try:
liststore.remove(liststore[path].iter)
except IndexError:
pass
Gdk.Window.process_all_updates()
def _on_can_play(widget, song_path, status, error=None):
if status == 'OK':
return
# stop cache service when error occurs
self.cache_enabled = False
if status == 'URLError':
Widgets.network_error(self.app.window,
_('Failed to cache song'))
elif status == 'FileNotFoundError':
Widgets.filesystem_error(self.app.window, song_path)
def _on_downloaded(widget, song_path, error=None):
if song_path:
GLib.idle_add(_move_song)
if self.cache_enabled is True:
GLib.idle_add(self.do_cache_song_pool)
if self.cache_enabled is False:
return
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
print('Caching playlist is empty, please add some songs')
self.switch_caching_daemon()
Notify.init('kwplayer-cache')
notify = Notify.Notification.new('Kwplayer',
_('All songs in caching list have been downloaded.'),
'kwplayer')
notify.show()
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
print('song dict to download:', song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('can-play', _on_can_play)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.get_song(song)
def run(self):
file_nums = len(self.liststore)
for i, item in enumerate(self.liststore):
if self.stop_flag:
return
song = Widgets.song_row_to_dict(item, start=0)
cached, song_link, song_path = Net.get_song_link(song, self.conf)
if not cached:
continue
shutil.copy(song_path, self.export_dir)
if self.including_lrc:
lrc_path, lrc_cached = Net.get_lrc_path(song)
if lrc_cached:
shutil.copy(lrc_path, self.export_dir)
self.emit('copied', song['name'], i)
self.emit('finished', file_nums)
def get_prev_song(self, repeat):
list_name = self.curr_playing[0]
if not list_name:
return None
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song_nums = len(liststore)
if song_nums == 0:
return None
if path == 0:
if repeat:
path = song_nums - 1
else:
path = 0
else:
path = path - 1
self.prev_playing = path
return Widgets.song_row_to_dict(liststore[path], start=0)
def get_next_song(self, repeat, shuffle):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song_nums = len(liststore)
if song_nums == 0:
return None
if shuffle:
path = random.randint(0, song_nums-1)
elif path == song_nums - 1:
if not repeat:
return None
path = 0
else:
path = path + 1
self.next_playing = path
return Widgets.song_row_to_dict(liststore[path], start=0)
def get_next_song(self, repeat, shuffle):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song_nums = len(liststore)
if song_nums == 0:
return None
if shuffle:
path = random.randint(0, song_nums-1)
elif path == song_nums - 1:
if repeat is False:
return None
path = 0
else:
path = path + 1
self.next_playing = path
return Widgets.song_row_to_dict(liststore[path], start=0)
def get_prev_song(self, repeat):
list_name = self.curr_playing[0]
if list_name is None:
return None
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song_nums = len(liststore)
if song_nums == 0:
return None
if path == 0:
if repeat:
path = song_nums - 1
else:
path = 0
else:
path = path - 1
self.prev_playing = path
return Widgets.song_row_to_dict(liststore[path], start=0)
def do_export(button):
num_songs = len(liststore)
export_dir = folder_chooser.get_filename()
export_lrc = with_lrc.get_active()
for i, item in enumerate(liststore):
song = Widgets.song_row_to_dict(item, start=0)
song_link, song_path = Net.get_song_link(
song, self.app.conf)
if song_link is not True:
continue
shutil.copy(song_path, export_dir)
if export_lrc:
(lrc_path, lrc_cached) = Net.get_lrc_path(song)
if lrc_cached:
shutil.copy(lrc_path, export_dir)
export_prog.set_fraction(i / num_songs)
Gdk.Window.process_all_updates()
dialog.destroy()
def do_export(button):
num_songs = len(liststore)
export_dir = folder_chooser.get_filename()
export_lrc = with_lrc.get_active()
for i, item in enumerate(liststore):
song = Widgets.song_row_to_dict(item, start=0)
song_link, song_path = Net.get_song_link(
song, self.app.conf)
if song_link is not True:
continue
shutil.copy(song_path, export_dir)
if export_lrc:
(lrc_path, lrc_cached) = Net.get_lrc_path(song)
if lrc_cached:
shutil.copy(lrc_path, export_dir)
export_prog.set_fraction(i / num_songs)
Gdk.Window.process_all_updates()
dialog.destroy()
def get_prev_song(self, repeat=False, shuffle=False):
print('get prev song()')
list_name = self.curr_playing[0]
if list_name is None:
return
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song_nums = len(liststore)
if song_nums == 0:
return None
if shuffle:
path = random.randint(0, song_nums-1)
elif path == 0:
# Already reach top of the list, maybe we can repeat from bottom
path = 0
else:
path = path - 1
self.curr_playing[1] = path
return Widgets.song_row_to_dict(liststore[path], start=0)
def do_export(self, button):
num_songs = len(self.liststore)
export_dir = self.folder_chooser.get_filename()
export_lrc = self.with_lrc.get_active()
for i, item in enumerate(self.liststore):
song = Widgets.song_row_to_dict(item, start=0)
cached, song_link, song_path = Net.get_song_link(
song, self.app.conf)
if not cached:
continue
self.export_prog.set_fraction(i / num_songs)
self.export_prog.set_text(song['name'])
shutil.copy(song_path, export_dir)
if export_lrc:
lrc_path, lrc_cached = Net.get_lrc_path(song)
if lrc_cached:
shutil.copy(lrc_path, export_dir)
Gdk.Window.process_all_updates()
self.destroy()
def get_next_song(self, repeat=False, shuffle=False):
print('get next song()')
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
path = self.curr_playing[1]
song_nums = len(liststore)
if song_nums == 0:
return None
if shuffle:
path = random.randint(0, song_nums-1)
elif path == song_nums - 1:
if repeat is False:
return None
# repeat from the first song
path = 0
else:
path = path + 1
self.curr_playing[1] = path
return Widgets.song_row_to_dict(liststore[path], start=0)
def play_song(self, song, list_name='Default', use_mv=False):
if not song:
return
if not list_name:
list_name = 'Default'
liststore = self.tabs[list_name].liststore
rid = song['rid']
path = self.get_song_path_in_liststore(liststore, rid)
if path > -1:
# curr_playing contains: listname, path
self.curr_playing = [list_name, path]
song = Widgets.song_row_to_dict(liststore[path], start=0)
else:
liststore.append(Widgets.song_dict_to_row(song))
self.curr_playing = [list_name, len(liststore)-1, ]
self.locate_curr_song(popup_page=False)
if use_mv is True:
self.app.player.load_mv(song)
else:
self.app.player.load(song)
def get_prev_song(self, repeat):
list_name = self.curr_playing[0]
if not list_name:
return None
liststore = self.tabs[list_name].liststore
song_nums = len(liststore)
if song_nums == 0:
return None
iter_ = self.curr_playing[1]
path = liststore.get_path(iter_)
pos = int(str(path))
if pos == 0:
if repeat:
pos = song_nums - 1
else:
pos = 0
else:
pos = pos - 1
self.prev_playing = liststore.get_iter(Gtk.TreePath(pos))
return Widgets.song_row_to_dict(liststore[pos], start=0)
def get_next_song(self, repeat, shuffle):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
song_nums = len(liststore)
if song_nums == 0:
return None
iter_ = self.curr_playing[1]
path = liststore.get_path(iter_)
pos = int(str(path))
if shuffle:
pos = random.randint(0, song_nums - 1)
elif pos == song_nums - 1:
if not repeat:
return None
pos = 0
else:
pos = pos + 1
self.next_playing = liststore.get_iter(Gtk.TreePath(pos))
return Widgets.song_row_to_dict(liststore[pos], start=0)
def get_next_song(self, repeat, shuffle):
list_name = self.curr_playing[0]
liststore = self.tabs[list_name].liststore
song_nums = len(liststore)
if song_nums == 0:
return None
iter_ = self.curr_playing[1]
path = liststore.get_path(iter_)
pos = int(str(path))
if shuffle:
pos = random.randint(0, song_nums-1)
elif pos == song_nums - 1:
if not repeat:
return None
pos = 0
else:
pos = pos + 1
self.next_playing = liststore.get_iter(Gtk.TreePath(pos))
return Widgets.song_row_to_dict(liststore[pos], start=0)
def get_prev_song(self, repeat):
list_name = self.curr_playing[0]
if not list_name:
return None
liststore = self.tabs[list_name].liststore
song_nums = len(liststore)
if song_nums == 0:
return None
iter_ = self.curr_playing[1]
path = liststore.get_path(iter_)
pos = int(str(path))
if pos == 0:
if repeat:
pos = song_nums - 1
else:
pos = 0
else:
pos = pos - 1
self.prev_playing = liststore.get_iter(Gtk.TreePath(pos))
return Widgets.song_row_to_dict(liststore[pos], start=0)
def play_song(self, song, list_name='Default', use_mv=False):
if not song:
return
if not list_name:
list_name = 'Default'
liststore = self.tabs[list_name].liststore
rid = song['rid']
path = self.get_song_path_in_liststore(liststore, rid)
if path > -1:
# curr_playing contains: listname, path
self.curr_playing = [list_name, path]
song = Widgets.song_row_to_dict(liststore[path], start=0)
self.app.player.load(song)
return
liststore.append(Widgets.song_dict_to_row(song))
self.curr_playing = [list_name, len(liststore)-1, ]
self.locate_curr_song(popup_page=False)
if use_mv:
self.app.player.load_mv(song)
else:
self.app.player.load(song)
def do_cache_song_pool(self):
def _move_song():
self.append_cached_song(song)
liststore.remove(liststore[path].iter)
Gdk.Window.process_all_updates()
def _on_downloaded(widget, song_path, error=None):
self.cache_job = None
GLib.idle_add(_move_song)
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
print('Caching playlist is empty, please add some')
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
print('song dict to download:', song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.get_song(song)
def run(self):
selection = self.treeview.get_selection()
liststore, selected_paths = selection.get_selected_rows()
if self.export_all:
file_nums = len(liststore)
song_rows = liststore
else:
file_nums = len(selected_paths)
song_rows = (liststore[path] for path in selected_paths)
for i, item in enumerate(song_rows):
if self.stop_flag:
return
song = Widgets.song_row_to_dict(item, start=0)
cached, song_link, song_path = Net.get_song_link(song, self.conf)
if not cached:
continue
shutil.copy(song_path, self.export_dir)
if self.including_lrc:
lrc_path, lrc_cached = Net.get_lrc_path(song)
if lrc_cached:
shutil.copy(lrc_path, self.export_dir)
self.emit('copied', song['name'], i / file_nums)
self.emit('finished', file_nums)
def run(self):
selection = self.treeview.get_selection()
liststore, selected_paths = selection.get_selected_rows()
if self.export_all:
file_nums = len(liststore)
song_rows = liststore
else:
file_nums = len(selected_paths)
song_rows = (liststore[path] for path in selected_paths)
for i, item in enumerate(song_rows):
if self.stop_flag:
return
song = Widgets.song_row_to_dict(item, start=0)
cached, song_link, song_path = Net.get_song_link(song, self.conf)
if not cached:
continue
shutil.copy(song_path, self.export_dir)
if self.including_lrc:
lrc_path, lrc_cached = Net.get_lrc_path(song)
if lrc_cached:
shutil.copy(lrc_path, self.export_dir)
self.emit('copied', song['name'], i /file_nums)
self.emit('finished', file_nums)
def do_cache_song_pool(self):
def _move_song():
self.append_cached_song(song)
liststore.remove(liststore[path].iter)
Gdk.Window.process_all_updates()
def _failed_to_download(song_path, status):
self.cache_enabled = False
if status == 'URLError':
Widget.network_error(self.app.window,
_('Failed to cache song'))
elif status == 'FileNotFoundError':
Widgets.filesystem_error(self.app.window, song_path)
def _on_can_play(widget, song_path, status, error=None):
if status == 'OK':
return
GLib.idle_add(_failed_to_download)
def _on_downloaded(widget, song_path, error=None):
self.cache_job = None
if song_path:
GLib.idle_add(_move_song)
return
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
print('Caching playlist is empty, please add some')
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
print('song dict to download:', song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('can-play', _on_can_play)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.get_song(song)
def do_cache_song_pool(self):
def _remove_song():
try:
liststore.remove(liststore.get_iter(path))
except IndexError:
logger.error(traceback.format_exc())
Gdk.Window.process_all_updates()
def _on_disk_error(widget, song_path, eror=None):
def on_disk_error():
logger.warn('Playlist.on_disk_error: %s, %s' %
(song_path, error))
self.stop_caching_daemon()
Widgets.filesystem_error(self.app.window, song_path)
GLib.idle_add(on_disk_error)
def _on_network_error(widget, song_link, error=None):
def on_network_error():
logger.warn('Playlist.on_network_error: %s, %s' %
(song_link, error))
self.stop_caching_daemon()
Widgets.network_error(self.app.window,
_('Failed to cache song'))
GLib.idle_add(on_network_error)
def _on_chunk_received(widget, percent):
def on_chunk_received():
self.cache_local_count += 1
self.cache_speed_label.set_text('{0} %'.format(
int(percent * 100)))
GLib.idle_add(on_chunk_received)
def _on_downloaded(widget, song_path, error=None):
def on_downloaded():
if song_path:
_remove_song()
if self.cache_enabled:
self.do_cache_song_pool()
GLib.idle_add(on_downloaded)
if not self.cache_enabled:
return
self.cache_local_count = 0
self.cache_global_count = 0
self.cache_speed_label.set_text('0 %')
list_name = 'Caching'
liststore = self.tabs[list_name].liststore
path = 0
if len(liststore) == 0:
logger.info('Caching playlist is empty, please add some songs')
self.stop_caching_daemon()
Notify.init('kwplayer-cache')
notify = Notify.Notification.new(
'Kwplayer',
_('All songs in caching list have been downloaded.'),
'kwplayer')
notify.show()
return
song = Widgets.song_row_to_dict(liststore[path], start=0)
logger.debug('will download: %s' % song)
self.cache_job = Net.AsyncSong(self.app)
self.cache_job.connect('chunk-received', _on_chunk_received)
self.cache_job.connect('downloaded', _on_downloaded)
self.cache_job.connect('disk-error', _on_disk_error)
self.cache_job.connect('network-error', _on_network_error)
self.cache_job.get_song(song)
def on_artist_mv_iconview_item_activated(self, iconview, path):
model = iconview.get_model()
song = Widgets.song_row_to_dict(model[path])
self.app.popup_page(self.app.lrc.app_page)
self.app.player.load_mv(song)
def on_artist_mv_iconview_item_activated(self, iconview, path):
model = iconview.get_model()
song = Widgets.song_row_to_dict(model[path])
self.app.popup_page(self.app.lrc.app_page)
self.app.playlist.play_song(song, use_mv=True)
def on_iconview_songs_item_activated(self, iconview, path):
model = iconview.get_model()
song = Widgets.song_row_to_dict(model[path])
self.app.popup_page(self.app.lrc.app_page)
self.app.playlist.play_song(song, use_mv=True)