def setUp(self):
# Testing locally is VERY dangerous without this...
self.assertTrue(_TEMP_DIR in PLAYLISTS or os.name == "nt",
msg="Failing, don't want to delete %s" % PLAYLISTS)
try:
shutil.rmtree(PLAYLISTS)
except OSError:
pass
mkdir(PLAYLISTS)
self.lib = quodlibet.browsers.playlists.library = SongLibrary()
self.lib.librarian = SongLibrarian()
all_songs = SONGS + [self.ANOTHER_SONG]
for af in all_songs:
af.sanitize()
self.lib.add(all_songs)
self.big = pl = Playlist.new(PLAYLISTS, "Big", self.lib)
pl.extend(SONGS)
pl.write()
self.small = pl = Playlist.new(PLAYLISTS, "Small", self.lib)
pl.extend([self.ANOTHER_SONG])
pl.write()
PlaylistsBrowser.init(self.lib)
self.bar = PlaylistsBrowser(self.lib)
self.bar.connect('songs-selected', self._expected)
self.bar._select_playlist(self.bar.playlists()[0])
self.expected = None
def test_listlike(s):
pl = Playlist(s.temp, "playlist")
pl.extend(NUMERIC_SONGS)
s.failUnlessEqual(NUMERIC_SONGS[0], pl[0])
s.failUnlessEqual(NUMERIC_SONGS[1:2], pl[1:2])
s.failUnless(NUMERIC_SONGS[1] in pl)
pl.delete()
def setUp(self):
try:
shutil.rmtree(PLAYLISTS)
except OSError:
pass
mkdir(PLAYLISTS)
self.lib = quodlibet.browsers.playlists.library = SongLibrary()
self.lib.librarian = SongLibrarian()
all_songs = SONGS + [self.ANOTHER_SONG]
for af in all_songs:
af.sanitize()
self.lib.add(all_songs)
pl = Playlist.new(PLAYLISTS, "Big", self.lib)
pl.extend(SONGS)
pl.write()
pl = Playlist.new(PLAYLISTS, "Small", self.lib)
pl.extend([self.ANOTHER_SONG])
pl.write()
PlaylistsBrowser.init(self.lib)
self.bar = PlaylistsBrowser(self.lib)
self.bar.connect('songs-selected', self._expected)
self.bar._select_playlist(self.bar.playlists()[0])
self.expected = None
def test_duplicates(self):
pl = Playlist(self.temp, "playlist")
pl.extend(self.TWO_SONGS)
pl.extend(self.TWO_SONGS)
self.failUnlessEqual(len(pl), 4)
self.failUnless(pl.has_duplicates,
("Playlist has un-detected duplicates: %s "
% "\n".join([str(s) for s in pl._list])))
def test_make_dup(self):
p1 = Playlist.new(self.temp, "Does not exist")
p2 = Playlist.new(self.temp, "Does not exist")
self.failUnlessEqual(p1.name, "Does not exist")
self.failUnless(p2.name.startswith("Does not exist"))
self.failIfEqual(p1.name, p2.name)
p1.delete()
p2.delete()
def test_playlists_tag(self):
# Arguably belongs in _audio
songs = NUMERIC_SONGS
pl_name = "playlist 123!"
pl = Playlist(self.temp, pl_name)
pl.extend(songs)
for song in songs:
self.assertEquals(pl_name, song("~playlists"))
pl.delete()
def test_playlists_featuring(s):
with s.wrap("playlist") as pl:
pl.extend(NUMERIC_SONGS)
playlists = Playlist.playlists_featuring(NUMERIC_SONGS[0])
s.failUnlessEqual(set(playlists), {pl})
# Now add a second one, check that instance tracking works
with s.wrap("playlist2") as pl2:
pl2.append(NUMERIC_SONGS[0])
playlists = Playlist.playlists_featuring(NUMERIC_SONGS[0])
s.failUnlessEqual(set(playlists), {pl, pl2})
def test_internal_tags(s):
pl = Playlist(s.temp, "playlist")
pl.extend(s.TWO_SONGS)
s.failIfEqual(pl.comma("~long-length"), "")
s.failIfEqual(pl.comma("~tracks"), "")
s.failIfEqual(pl.comma("~discs"), "")
s.failUnlessEqual(pl.comma("~foo"), "")
s.failUnlessEqual(pl.comma(""), "")
s.failUnlessEqual(pl.comma("~"), "")
s.failUnlessEqual(pl.get("~#"), "")
def setup():
Playlist._remove_all()
for i in xrange(NUM_PLAYLISTS):
pls.append(Playlist(PLAYLISTS, "List %d" % (i+1)))
for i in xrange(NUM_SONGS):
a = ARTISTS[randint(0,2)]
t = "Song %d" % i
data = {"title": t, "artist":a, "~#tracknumber": i % 20,
"~filename": "%s.mp3" % t,
"~#filesize":randint(1000000,100000000)}
song = Fakesong(data)
library.append(song)
if not (i % SONGS_TO_PLAYLIST_SIZE_RATIO):
song["~included"] = "yes"
for j in range(PLAYLISTS_PER_PLAYLISTED_SONG):
pls[(i+j) % NUM_PLAYLISTS].append(song)
def __parse_playlist(name, plfilename, files, library):
playlist = Playlist.new(PLAYLISTS, name, library=library)
songs = []
win = WaitLoadWindow(None, len(files), _("Importing playlist.\n\n%(current)d/%(total)d songs added."))
win.show()
for i, filename in enumerate(files):
try:
uri = URI(filename)
except ValueError:
if os.name == "nt":
filename = filename.decode("utf-8", "replace")
# Plain filename.
filename = os.path.realpath(os.path.join(os.path.dirname(plfilename), filename))
if library and filename in library:
songs.append(library[filename])
else:
songs.append(formats.MusicFile(filename))
else:
if uri.scheme == "file":
# URI-encoded local filename.
filename = os.path.realpath(os.path.join(os.path.dirname(plfilename), uri.filename))
if library and filename in library:
songs.append(library[filename])
else:
songs.append(formats.MusicFile(filename))
else:
# Who knows! Hand it off to GStreamer.
songs.append(formats.remote.RemoteFile(uri))
if win.step():
break
win.destroy()
playlist.extend(filter(None, songs))
return playlist
def test_playlist_plugin(self):
pl = Playlist("foo", library=app.librarian)
pl.extend([AudioFile({"~filename": "/dev/null"})])
self.called_pl = None
self.called_songs = None
def proxy(songs, playlist=None):
self.called_pl = playlist
self.called_songs = songs
plugin = self.plugin()
plugin._handle_songs = proxy
# Test that as a Playlist plugin it delegates correctly
plugin.plugin_playlist(pl)
self.failUnless(self.called_songs)
self.assertEqual(self.called_pl, pl)
self.assertEqual(self.called_songs, pl.songs)
def test_updating_aggregates_remove_songs(s):
pl = Playlist(s.temp, "playlist")
pl.extend(NUMERIC_SONGS)
s.failUnless(pl.get("~#length"))
pl.remove_songs(NUMERIC_SONGS)
s.failIf(pl.get("~#length"))
def _on_new_playlist_activate(self, item, songs):
parent = get_menu_item_top_parent(item)
title = Playlist.suggested_name_for(songs)
title = GetPlaylistName(qltk.get_top_parent(parent)).run(title)
if title is None:
return
playlist = FileBackedPlaylist.new(PLAYLISTS, title)
playlist.extend(songs)
PlaylistsBrowser.changed(playlist)
def _on_new_playlist_activate(self, item, songs):
parent = get_menu_item_top_parent(item)
title = Playlist.suggested_name_for(songs)
title = self._get_new_name(parent, title)
if title is None:
return
playlist = FileBackedPlaylist.new(PLAYLISTS, title,
library=self.librarian)
playlist.extend(songs)
self._emit_new(playlist)
def setUp(self):
quodlibet.config.init()
self.lib = quodlibet.browsers.search.library = FileLibrary()
quodlibet.browsers.search.library.librarian = SongLibrarian()
for af in self.SONGS:
af.sanitize()
self.lib.add(self.SONGS)
self._dir = mkdtemp()
self.pl = Playlist.new(self._dir, "Foobar", self.lib)
self.pl.extend(self.SONGS)
def __drag_data_received(self, view, ctx, x, y, sel, tid, etime, library):
# TreeModelSort doesn't support GtkTreeDragDestDrop.
view.emit_stop_by_name('drag-data-received')
model = view.get_model()
if tid == DND_QL:
filenames = qltk.selection_get_filenames(sel)
songs = filter(None, map(library.get, filenames))
if not songs:
Gtk.drag_finish(ctx, False, False, etime)
return
try:
path, pos = view.get_dest_row_at_pos(x, y)
except TypeError:
playlist = Playlist.fromsongs(PLAYLISTS, songs, library)
GLib.idle_add(self.__select_playlist, playlist)
else:
playlist = model[path][0]
playlist.extend(songs)
PlaylistsBrowser.changed(playlist)
Gtk.drag_finish(ctx, True, False, etime)
else:
if tid == DND_URI_LIST:
uri = sel.get_uris()[0]
name = os.path.basename(uri)
elif tid == DND_MOZ_URL:
data = sel.get_data()
uri, name = data.decode('utf16', 'replace').split('\n')
else:
Gtk.drag_finish(ctx, False, False, etime)
return
name = name or os.path.basename(uri) or _("New Playlist")
uri = uri.encode('utf-8')
try:
sock = urllib.urlopen(uri)
f = NamedTemporaryFile()
f.write(sock.read())
f.flush()
if uri.lower().endswith('.pls'):
playlist = parse_pls(f.name, library=library)
elif uri.lower().endswith('.m3u'):
playlist = parse_m3u(f.name, library=library)
else:
raise IOError
library.add_filename(playlist)
if name:
playlist.rename(name)
PlaylistsBrowser.changed(playlist)
Gtk.drag_finish(ctx, True, False, etime)
except IOError:
Gtk.drag_finish(ctx, False, False, etime)
qltk.ErrorMessage(
qltk.get_top_parent(self),
_("Unable to import playlist"),
_("Quod Libet can only import playlists in the M3U "
"and PLS formats.")).run()
def test_updating_aggregates_extend(s):
pl = Playlist(s.temp, "playlist")
pl.extend(NUMERIC_SONGS)
old_length = pl.get("~#length")
old_size = pl.get("~#filesize")
# Double the playlist
pl.extend(NUMERIC_SONGS)
new_length = pl.get("~#length")
new_size = pl.get("~#filesize")
s.failUnless(new_length > old_length,
msg="Ooops, %d <= %d" % (new_length, old_length))
s.failUnless(new_size > old_size,
msg="Ooops, %d <= %d" % (new_size, old_size))
def test_write(self):
pl = Playlist(self.temp, "playlist")
pl.extend(NUMERIC_SONGS)
pl.extend([fsnative(u"xf0xf0")])
pl.write()
with open(pl.filename, "rb") as h:
self.assertEqual(len(h.read().splitlines()),
len(NUMERIC_SONGS) + 1)
def test_updating_aggregates_append(s):
pl = Playlist(s.temp, "playlist")
pl.extend(NUMERIC_SONGS)
old_rating = pl.get("~#rating")
pl.append(AMAZING_SONG)
new_rating = pl.get("~#filesize")
s.failUnless(new_rating > old_rating)
def reordered(self, songs):
model, iter = self.__view.get_selection().get_selected()
playlist = None
if iter:
playlist = model[iter][0]
playlist[:] = songs
elif songs:
playlist = Playlist.fromsongs(PLAYLISTS, songs)
GLib.idle_add(self.__select_playlist, playlist)
if playlist:
PlaylistsBrowser.changed(playlist, refresh=False)
def test_playlists_tag(self):
# Arguably belongs in _audio
songs = NUMERIC_SONGS
Playlist._remove_all()
Playlist._clear_global_cache()
pl_name="playlist 123!"
pl = Playlist(self.temp, pl_name)
pl.extend(songs)
for song in songs:
self.assertEquals(pl_name, song("~playlists"))
def init(klass, library):
model = klass.__lists.get_model()
for playlist in os.listdir(PLAYLISTS):
try:
playlist = Playlist(PLAYLISTS, Playlist.unquote(playlist),
library=library)
model.append(row=[playlist])
except EnvironmentError:
pass
library.connect('removed', klass.__removed)
library.connect('added', klass.__added)
library.connect('changed', klass.__changed)
def test_index(s):
pl = Playlist(s.temp, "playlist")
songs = s.TWO_SONGS
pl.extend(songs)
# Just a sanity check...
s.failUnlessEqual(1, songs.index(songs[1]))
# And now the happy paths..
s.failUnlessEqual(0, pl.index(songs[0]))
s.failUnlessEqual(1, pl.index(songs[1]))
# ValueError is what we want here
try:
pl.index(Fakesong({}))
s.fail()
except ValueError:
pass
pl.delete()
def test_read(self):
pl = Playlist(self.temp, "playlist")
pl.extend(NUMERIC_SONGS)
pl.write()
lib = FileLibrary("foobar")
lib.add(NUMERIC_SONGS)
pl = Playlist(self.temp, "playlist", lib)
self.assertEqual(len(pl), len(NUMERIC_SONGS))
def __add_to_playlist(playlist, songs, parent):
if playlist is None:
if len(songs) == 1:
title = songs[0].comma("title")
else:
title = ngettext(
"%(title)s and %(count)d more",
"%(title)s and %(count)d more",
len(songs) - 1) % (
{'title': songs[0].comma("title"), 'count': len(songs) - 1})
title = GetPlaylistName(qltk.get_top_parent(parent)).run(title)
if title is None: return
playlist = Playlist.new(PLAYLISTS, title)
playlist.extend(songs)
Playlists.changed(playlist)
def _on_new_playlist_activate(self, item, songs):
parent = get_menu_item_top_parent(item)
if len(songs) == 1:
title = songs[0].comma("title")
else:
title = ngettext(
"%(title)s and %(count)d more",
"%(title)s and %(count)d more",
len(songs) - 1) % {
'title': songs[0].comma("title"),
'count': len(songs) - 1
}
title = GetPlaylistName(qltk.get_top_parent(parent)).run(title)
if title is None:
return
playlist = Playlist.new(PLAYLISTS, title)
playlist.extend(songs)
PlaylistsBrowser.changed(playlist)
def test_rename_working(self):
p1 = Playlist.new(self.temp, "Foobar")
p1.rename("Foo Quuxly")
self.failUnlessEqual(p1.name, "Foo Quuxly")
p1.delete()
def test_rename_nothing(self):
p1 = Playlist.new(self.temp, "Foobar")
self.failUnlessRaises(ValueError, p1.rename, "")
p1.delete()
def test_numeric_ops(s):
songs = NUMERIC_SONGS
pl = Playlist(s.temp, "playlist")
pl.extend(songs)
s.failUnlessEqual(pl.get("~#length"), 12)
s.failUnlessEqual(pl.get("~#length:sum"), 12)
s.failUnlessEqual(pl.get("~#length:max"), 7)
s.failUnlessEqual(pl.get("~#length:min"), 1)
s.failUnlessEqual(pl.get("~#length:avg"), 4)
s.failUnlessEqual(pl.get("~#length:foo"), 0)
s.failUnlessEqual(pl.get("~#rating:avg"), avg([0.1, 0.3, 0.5]))
s.failUnlessEqual(pl.get("~#filesize"), 303)
s.failUnlessEqual(pl.get("~#added"), 7)
s.failUnlessEqual(pl.get("~#lastplayed"), 88)
s.failUnlessEqual(pl.get("~#bitrate"), 200)
s.failUnlessEqual(pl.get("~#year"), 33)
s.failUnlessEqual(pl.get("~#rating"), 0.3)
s.failUnlessEqual(pl.get("~#originalyear"), 2002)
pl.delete()
import os
import shutil
from gi.repository import Gtk
from quodlibet.browsers import Browser
from quodlibet.library import SongLibrary
from quodlibet.plugins.playlist import PlaylistPlugin, PlaylistPluginHandler
from quodlibet.util.collection import Playlist
from tests import TestCase, mkstemp, mkdtemp
from quodlibet.plugins import PluginManager, Plugin
from tests.helper import capture_output
MAX_PLAYLISTS = 50
TEST_PLAYLIST = Playlist("foo")
def generate_playlists(n):
return [Playlist("Playlist %d" % x) for x in range(n)]
class TPlaylistPlugins(TestCase):
class MockBrowser(Browser):
def __init__(self):
super(TPlaylistPlugins.MockBrowser, self).__init__()
self.activated = False
def activate(self):
self.activated = True
def test_duplicates_single_item(self):
pl = Playlist(self.temp, "playlist")
pl.append(self.TWO_SONGS[0])
self.failIf(pl.has_duplicates)
pl.append(self.TWO_SONGS[0])
self.failUnless(pl.has_duplicates)
def test_playlists_featuring(s):
pl = Playlist(s.temp, "playlist")
pl.extend(NUMERIC_SONGS)
playlists = Playlist.playlists_featuring(NUMERIC_SONGS[0])
s.failUnlessEqual(set(playlists), set([pl]))
# Now add a second one, check that instance tracking works
pl2 = Playlist(s.temp, "playlist2")
pl2.append(NUMERIC_SONGS[0])
playlists = Playlist.playlists_featuring(NUMERIC_SONGS[0])
s.failUnlessEqual(set(playlists), set([pl, pl2]))
pl.delete()
pl2.delete()
def generate_playlists(n):
return [Playlist(DIR, "Playlist %d" % x) for x in range(n)]
def test_internal_tags(s):
pl = Playlist(s.temp, "playlist")
pl.extend(s.TWO_SONGS)
s.failIfEqual(pl.comma("~long-length"), "")
s.failIfEqual(pl.comma("~tracks"), "")
s.failIfEqual(pl.comma("~discs"), "")
s.failUnlessEqual(pl.comma("~foo"), "")
s.failUnlessEqual(pl.comma(""), "")
s.failUnlessEqual(pl.comma("~"), "")
s.failUnlessEqual(pl.get("~#"), "")
pl.delete()
def test_numeric_ops(s):
songs = NUMERIC_SONGS
pl = Playlist(s.temp, "playlist")
pl.extend(songs)
s.failUnlessEqual(pl.get("~#length"), 12)
s.failUnlessEqual(pl.get("~#length:sum"), 12)
s.failUnlessEqual(pl.get("~#length:max"), 7)
s.failUnlessEqual(pl.get("~#length:min"), 1)
s.failUnlessEqual(pl.get("~#length:avg"), 4)
s.failUnlessEqual(pl.get("~#length:foo"), 0)
s.failUnlessEqual(pl.get("~#rating:avg"), avg([0.1, 0.3, 0.5]))
s.failUnlessEqual(pl.get("~#filesize"), 303)
s.failUnlessEqual(pl.get("~#added"), 7)
s.failUnlessEqual(pl.get("~#lastplayed"), 88)
s.failUnlessEqual(pl.get("~#bitrate"), 200)
s.failUnlessEqual(pl.get("~#year"), 33)
s.failUnlessEqual(pl.get("~#rating"), 0.3)
s.failUnlessEqual(pl.get("~#originalyear"), 2002)
pl.delete()
def test_playlists_featuring(s):
pl = Playlist(s.temp, "playlist")
pl.extend(NUMERIC_SONGS)
playlists = Playlist.playlists_featuring(NUMERIC_SONGS[0])
s.failUnlessEqual(set(playlists), set([pl]))
# Now add a second one, check that instance tracking works
pl2 = Playlist(s.temp, "playlist2")
pl2.append(NUMERIC_SONGS[0])
playlists = Playlist.playlists_featuring(NUMERIC_SONGS[0])
s.failUnlessEqual(set(playlists), set([pl, pl2]))
pl.delete()
pl2.delete()
def test_duplicates_single_item(self):
pl = Playlist(self.temp, "playlist")
pl.append(self.TWO_SONGS[0])
self.failIf(pl.has_duplicates)
pl.append(self.TWO_SONGS[0])
self.failUnless(pl.has_duplicates)
def pl(self, name, lib=None) -> Playlist:
return Playlist(name, lib)
def test_make(self):
p1 = Playlist.new(self.temp, "Does not exist")
self.failUnlessEqual(0, len(p1))
self.failUnlessEqual(p1.name, "Does not exist")
p1.delete()
def test_equality(s):
pl = Playlist(s.temp, "playlist")
pl2 = Playlist(s.temp, "playlist")
pl3 = Playlist(s.temp2, "playlist")
s.failUnlessEqual(pl, pl2)
# Debatable
s.failUnlessEqual(pl, pl3)
pl4 = Playlist(s.temp, "foobar")
s.failIfEqual(pl, pl4)
pl.delete()
pl2.delete()
pl3.delete()
pl4.delete()
def __new_playlist(self, activator):
playlist = Playlist.new(PLAYLISTS)
self.__lists.get_model().append(row=[playlist])
self.__select_playlist(playlist)
def test_masked_handling(self):
if os.name == "nt":
# FIXME: masking isn't properly implemented on Windows
return
# playlists can contain songs and paths for masked handling..
lib = FileLibrary("foobar")
pl = Playlist(self.temp, "playlist", lib)
song = Fakesong({"date": "2038", "~filename": fsnative(u"/fake")})
song.sanitize()
lib.add([song])
# mask and update
lib.mask("/")
pl.append(song)
pl.remove_songs([song])
self.failUnless("/fake" in pl)
pl.extend(self.TWO_SONGS)
# check if collections can handle the mix
self.failUnlessEqual(pl("date"), "2038")
# unmask and update
lib.unmask("/")
pl.add_songs(["/fake"], lib)
self.failUnless(song in pl)
pl.delete()
lib.destroy()
def _create_temp_playlist_with(cls, name, songs):
pl = Playlist.new(PLAYLISTS, name, cls.lib)
pl.extend(songs)
pl.write()
def test_equality(s):
pl = Playlist(s.temp, "playlist")
pl2 = Playlist(s.temp, "playlist")
pl3 = Playlist(s.temp2, "playlist")
s.failUnlessEqual(pl, pl2)
# Debatable
s.failUnlessEqual(pl, pl3)
pl4 = Playlist(s.temp, "foobar")
s.failIfEqual(pl, pl4)
pl.delete()
pl2.delete()
pl3.delete()
pl4.delete()
import os
import shutil
from gi.repository import Gtk
from quodlibet.browsers import Browser
from quodlibet.library import SongLibrary
from quodlibet.plugins.playlist import PlaylistPlugin, PlaylistPluginHandler
from quodlibet.util.collection import Playlist
from tests import TestCase, mkstemp, mkdtemp
from quodlibet.plugins import PluginManager, Plugin
from tests.helper import capture_output
MAX_PLAYLISTS = 50
DIR = mkdtemp()
TEST_PLAYLIST = Playlist(DIR, "foo")
def generate_playlists(n):
return [Playlist(DIR, "Playlist %d" % x) for x in range(n)]
class TPlaylistPlugins(TestCase):
class MockBrowser(Browser):
def __init__(self):
super(TPlaylistPlugins.MockBrowser, self).__init__()
self.activated = False
def activate(self):
self.activated = True
def test_rename_dup(self):
p1 = Playlist.new(self.temp, "Foobar")
p2 = Playlist.new(self.temp, "Crazy")
self.failUnlessRaises(ValueError, p2.rename, "Foobar")
p1.delete()
p2.delete()
def __call__(self, key, default=u"", connector=" - ", joiner=', '):
"""Return the value(s) for a key, synthesizing if necessary.
Multiple values for a key are delimited by newlines.
A default value may be given (like `dict.get`);
the default default is an empty unicode string
(even if the tag is numeric).
If a tied tag ('a~b') is requested, the `connector` keyword
argument may be used to specify what it is tied with.
In case the tied tag contains numeric and file path tags, the result
will still be a unicode string.
The `joiner` keyword specifies how multiple *values* will be joined
within that tied tag output, e.g.
~people~title = "Kanye West, Jay Z - New Day"
For details on tied tags, see the documentation for `util.tagsplit`.
"""
if key[:1] == "~":
key = key[1:]
if "~" in key:
real_key = "~" + key
values = []
sub_tags = util.tagsplit(real_key)
# If it's genuinely a tied tag (not ~~people etc), we want
# to delimit the multi-values separately from the tying
j = joiner if len(sub_tags) > 1 else "\n"
for t in sub_tags:
vs = [decode_value(real_key, v) for v in (self.list(t))]
v = j.join(vs)
if v:
values.append(v)
return connector.join(values) or default
elif key == "#track":
try:
return int(self["tracknumber"].split("/")[0])
except (ValueError, TypeError, KeyError):
return default
elif key == "#disc":
try:
return int(self["discnumber"].split("/")[0])
except (ValueError, TypeError, KeyError):
return default
elif key == "length":
length = self.get("~#length")
if length is None:
return default
else:
return util.format_time_display(length)
elif key == "#rating":
return dict.get(self, "~" + key, config.RATINGS.default)
elif key == "rating":
return util.format_rating(self("~#rating"))
elif key == "people":
return "\n".join(self.list_unique(PEOPLE)) or default
elif key == "people:real":
# Issue 1034: Allow removal of V.A. if others exist.
unique = self.list_unique(PEOPLE)
# Order is important, for (unlikely case): multiple removals
for val in VARIOUS_ARTISTS_VALUES:
if len(unique) > 1 and val in unique:
unique.remove(val)
return "\n".join(unique) or default
elif key == "people:roles":
return (self._role_call("performer", PEOPLE) or default)
elif key == "peoplesort":
return ("\n".join(self.list_unique(PEOPLE_SORT))
or self("~people", default, connector))
elif key == "peoplesort:roles":
# Ignores non-sort tags if there are any sort tags (e.g. just
# returns "B" for {artist=A, performersort=B}).
# TODO: figure out the "correct" behavior for mixed sort tags
return (self._role_call("performersort", PEOPLE_SORT)
or self("~peoplesort", default, connector))
elif key in ("performers", "performer"):
return self._prefixvalue("performer") or default
elif key in ("performerssort", "performersort"):
return (self._prefixvalue("performersort")
or self("~" + key[-4:], default, connector))
elif key in ("performers:roles", "performer:roles"):
return (self._role_call("performer") or default)
elif key in ("performerssort:roles", "performersort:roles"):
return (self._role_call("performersort") or self(
"~" + key.replace("sort", ""), default, connector))
elif key == "basename":
return os.path.basename(self["~filename"]) or self["~filename"]
elif key == "dirname":
return os.path.dirname(self["~filename"]) or self["~filename"]
elif key == "uri":
try:
return self["~uri"]
except KeyError:
return fsn2uri(self["~filename"])
elif key == "format":
return self.get("~format", str(self.format))
elif key == "codec":
codec = self.get("~codec")
if codec is None:
return self("~format")
return codec
elif key == "encoding":
parts = filter(None,
[self.get("~encoding"),
self.get("encodedby")])
encoding = u"\n".join(parts)
return encoding or default
elif key == "language":
codes = self.list("language")
if not codes:
return default
return u"\n".join(iso639.translate(c) or c for c in codes)
elif key == "bitrate":
return util.format_bitrate(self("~#bitrate"))
elif key == "#date":
date = self.get("date")
if date is None:
return default
return util.date_key(date)
elif key == "year":
return self.get("date", default)[:4]
elif key == "#year":
try:
return int(self.get("date", default)[:4])
except (ValueError, TypeError, KeyError):
return default
elif key == "originalyear":
return self.get("originaldate", default)[:4]
elif key == "#originalyear":
try:
return int(self.get("originaldate", default)[:4])
except (ValueError, TypeError, KeyError):
return default
elif key == "#tracks":
try:
return int(self["tracknumber"].split("/")[1])
except (ValueError, IndexError, TypeError, KeyError):
return default
elif key == "#discs":
try:
return int(self["discnumber"].split("/")[1])
except (ValueError, IndexError, TypeError, KeyError):
return default
elif key == "lyrics":
# First, try the embedded lyrics.
try:
return self["lyrics"]
except KeyError:
pass
try:
return self["unsyncedlyrics"]
except KeyError:
pass
# If there are no embedded lyrics, try to read them from
# the external file.
try:
with open(self.lyric_filename, "rb") as fileobj:
print_d("Reading lyrics from %s" % self.lyric_filename)
text = fileobj.read().decode("utf-8", "replace")
# try to skip binary files
if "\0" in text:
return default
return text
except EnvironmentError:
return default
elif key == "filesize":
return util.format_size(self("~#filesize", 0))
elif key == "playlists":
# See Issue 876
# Avoid circular references from formats/__init__.py
from quodlibet.util.collection import Playlist
playlists = Playlist.playlists_featuring(self)
return "\n".join(s.name for s in playlists) or default
elif key.startswith("#replaygain_"):
try:
val = self.get(key[1:], default)
return round(float(val.split(" ")[0]), 2)
except (ValueError, TypeError, AttributeError):
return default
elif key[:1] == "#":
key = "~" + key
if key in self:
return self[key]
elif key in NUMERIC_ZERO_DEFAULT:
return 0
else:
try:
val = self[key[2:]]
except KeyError:
return default
try:
return int(val)
except ValueError:
try:
return float(val)
except ValueError:
return default
else:
return dict.get(self, "~" + key, default)
elif key == "title":
title = dict.get(self, "title")
if title is None:
basename = self("~basename")
return "%s [%s]" % (decode_value("~basename",
basename), _("Unknown"))
else:
return title
elif key in SORT_TO_TAG:
try:
return self[key]
except KeyError:
key = SORT_TO_TAG[key]
return dict.get(self, key, default)
def test_remove_no_lib(self):
pl = Playlist.new(self._dir, "Foobar")
pl.extend(self.SONGS)
self.assertTrue(len(pl))
pl.remove_songs(self.SONGS, False)
self.assertFalse(len(pl))