class TPlaylistsBrowser(TestCase):
Bar = PlaylistsBrowser
ANOTHER_SONG = AudioFile({
"title": "lonely",
"artist": "new artist",
"~filename": dummy_path(u"/dev/urandom")
})
def setUp(self):
self.success = False
# 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)
init_fake_app()
self.lib = quodlibet.browsers.playlists.library = SongFileLibrary()
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 = FileBackedPlaylist.new(PLAYLISTS, "Big", self.lib)
pl.extend(SONGS)
pl.write()
self.small = pl = FileBackedPlaylist.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 tearDown(self):
self.bar.destroy()
self.lib.destroy()
shutil.rmtree(PLAYLISTS)
PlaylistsBrowser.deinit(self.lib)
destroy_fake_app()
def _expected(self, bar, songs, sort):
songs.sort()
if self.expected is not None:
self.failUnlessEqual(self.expected, songs)
self.success = True
def _do(self):
while Gtk.events_pending():
Gtk.main_iteration()
self.failUnless(self.success or self.expected is None)
def test_saverestore(self):
# Flush previous signals, etc. Hmm.
self.expected = None
self._do()
self.expected = [SONGS[0]]
self.bar.filter_text("title = %s" % SONGS[0]["title"])
self.bar._select_playlist(self.bar.playlists()[0])
self.expected = [SONGS[0]]
self._do()
self.bar.save()
self.bar.filter_text("")
self.expected = list(sorted(SONGS))
self._do()
self.bar.restore()
self.bar.activate()
self.expected = [SONGS[0]]
self._do()
def test_active_filter_playlists(self):
self.bar._select_playlist(self.bar.playlists()[1])
# Second playlist should not have any of `SONGS`
self.assertFalse(self.bar.active_filter(SONGS[0]))
# But it should have `ANOTHER_SONG`
self.assertTrue(self.bar.active_filter(self.ANOTHER_SONG),
msg="Couldn't find song from second playlist")
# ... and setting a reasonable filter on that song should match still
self.bar.filter_text("lonely")
self.assertTrue(self.bar.active_filter(self.ANOTHER_SONG),
msg="Couldn't find song from second playlist with "
"filter of 'lonely'")
# ...unless it doesn't match that song
self.bar.filter_text("piman")
self.assertFalse(self.bar.active_filter(self.ANOTHER_SONG),
msg="Shouldn't have matched 'piman' on second list")
def test_rename(self):
self.assertEquals(self.bar.playlists()[1], self.small)
self.bar._rename(0, "zBig")
self.assertEquals(self.bar.playlists()[0], self.small)
self.assertEquals(self.bar.playlists()[1].name, "zBig")
def test_default_display_pattern(self):
pattern_text = self.bar.display_pattern_text
self.failUnlessEqual(pattern_text, DEFAULT_PATTERN_TEXT)
self.failUnless("<~name>" in pattern_text)
def test_drag_data_get(self):
b = self.bar
song = AudioFile()
song["~filename"] = fsnative(u"foo")
sel = MockSelData()
qltk.selection_set_songs(sel, [song])
b._drag_data_get(None, None, sel, DND_QL, None)
def test_deletion(self):
def a_delete_event():
ev = Gdk.Event()
ev.type = Gdk.EventType.KEY_PRESS
ev.keyval, accel_mod = Gtk.accelerator_parse("Delete")
ev.state = Gtk.accelerator_get_default_mod_mask() & accel_mod
return ev
b = self.bar
self._fake_browser_pack(b)
event = a_delete_event()
# This is selected in setUp()
first_pl = b.playlists()[0]
app.window.songlist.set_songs(first_pl)
app.window.songlist.select_by_func(lambda x: True,
scroll=False,
one=True)
original_length = len(first_pl)
ret = b.key_pressed(event)
self.failUnless(ret, msg="Didn't simulate a delete keypress")
self.failUnlessEqual(len(first_pl), original_length - 1)
def test_import(self):
pl_name = u"_€3 œufs à Noël"
pl = FileBackedPlaylist(_TEMP_DIR, pl_name, None)
pl.extend(SONGS)
pl.write()
new_fn = os.path.splitext(text2fsn(pl.name))[0] + '.m3u'
new_path = os.path.join(pl.dir, new_fn)
os.rename(pl.filename, new_path)
added = self.bar._import_playlists([new_path], self.lib)
self.failUnlessEqual(added, 1, msg="Failed to add '%s'" % new_path)
os.unlink(new_path)
pls = self.bar.playlists()
self.failUnlessEqual(len(pls), 3)
# Leading underscore makes it always the last entry
imported = pls[-1]
self.failUnlessEqual(imported.name, pl_name)
def fns(songs):
return [song('~filename') for song in songs]
self.failUnlessEqual(fns(imported.songs), fns(pl.songs))
@staticmethod
def _fake_browser_pack(b):
app.window.get_child().pack_start(b, True, True, 0)
class TPlaylistsBrowser(TestCase):
Bar = PlaylistsBrowser
ANOTHER_SONG = AudioFile({
"title": "lonely",
"artist": "new artist",
"~filename": dummy_path(u"/dev/urandom")
})
ALL_SONGS = SONGS + [ANOTHER_SONG]
def setUp(self):
self.success = False
# Testing locally is VERY dangerous without this...
self.assertTrue(_TEMP_DIR in _DEFAULT_PLAYLIST_DIR or os.name == "nt",
msg="Failing, don't want to delete %s" %
_DEFAULT_PLAYLIST_DIR)
try:
shutil.rmtree(_DEFAULT_PLAYLIST_DIR)
except OSError:
pass
mkdir(_DEFAULT_PLAYLIST_DIR)
init_fake_app()
self.lib = quodlibet.browsers.playlists.library = SongFileLibrary()
self.lib.librarian = SongLibrarian()
for af in self.ALL_SONGS:
af.sanitize()
self.lib.add(self.ALL_SONGS)
self.big = pl = FileBackedPlaylist.new(_DEFAULT_PLAYLIST_DIR, "Big",
self.lib, self.lib.playlists)
pl.extend(SONGS)
pl.write()
self.small = pl = XSPFBackedPlaylist.new(_DEFAULT_PLAYLIST_DIR,
"Small", self.lib,
self.lib.playlists)
pl.extend([self.ANOTHER_SONG])
pl.write()
PlaylistsBrowser.init(self.lib)
self.bar = PlaylistsBrowser(self.lib, self.MockConfirmerAccepting)
self.bar.connect('songs-selected', self._expected)
self.bar._select_playlist(self.bar.playlists()[0])
self.expected = None
# Uses the declining confirmer.
self.bar_decline = PlaylistsBrowser(self.lib,
self.MockConfirmerDeclining)
self.bar_decline.connect('songs-selected', self._expected_decline)
self.bar_decline._select_playlist(self.bar_decline.playlists()[0])
# Note that _do() uses self.expected, but _do() is not called by the
# testcase for declining the prompt. Tests fail with a shared expected.
self.expected_decline = None
def tearDown(self):
self.small.delete()
self.big.delete()
self.bar.destroy()
self.lib.destroy()
shutil.rmtree(_DEFAULT_PLAYLIST_DIR)
destroy_fake_app()
def _expected(self, bar, songs, sort):
songs.sort()
if self.expected is not None:
self.failUnlessEqual(self.expected, songs)
self.success = True
def _expected_decline(self, bar, songs, sort):
songs.sort()
if self.expected_decline is not None:
self.failUnlessEqual(self.expected_decline, songs)
self.success = True
def _do(self):
run_gtk_loop()
self.failUnless(self.success or self.expected is None)
def test_saverestore(self):
# Flush previous signals, etc. Hmm.
self.expected = None
self._do()
self.expected = [SONGS[0]]
self.bar.filter_text("title = %s" % SONGS[0]["title"])
self.bar._select_playlist(self.bar.playlists()[0])
self.expected = [SONGS[0]]
self._do()
self.bar.save()
self.bar.filter_text("")
self.expected = list(sorted(SONGS))
self._do()
self.bar.restore()
self.bar.activate()
self.expected = [SONGS[0]]
self._do()
def test_active_filter_playlists(self):
self.bar._select_playlist(self.bar.playlists()[1])
# Second playlist should not have any of `SONGS`
self.assertFalse(self.bar.active_filter(SONGS[0]))
# But it should have `ANOTHER_SONG`
self.assertTrue(self.bar.active_filter(self.ANOTHER_SONG),
msg="Couldn't find song from second playlist")
# ... and setting a reasonable filter on that song should match still
self.bar.filter_text("lonely")
self.assertTrue(self.bar.active_filter(self.ANOTHER_SONG),
msg="Couldn't find song from second playlist with "
"filter of 'lonely'")
# ...unless it doesn't match that song
self.bar.filter_text("piman")
self.assertFalse(self.bar.active_filter(self.ANOTHER_SONG),
msg="Shouldn't have matched 'piman' on second list")
def test_rename(self):
self.assertEquals(self.bar.playlists()[1], self.small)
self.bar._rename(0, "zBig")
self.assertEquals(self.bar.playlists()[0], self.small)
self.assertEquals(self.bar.playlists()[1].name, "zBig")
def test_default_display_pattern(self):
pattern_text = self.bar.display_pattern_text
self.failUnlessEqual(pattern_text, DEFAULT_PATTERN_TEXT)
self.failUnless("<~name>" in pattern_text)
def test_drag_data_get(self):
b = self.bar
song = AudioFile()
song["~filename"] = fsnative(u"foo")
sel = MockSelData()
qltk.selection_set_songs(sel, [song])
b._drag_data_get(None, None, sel, DND_QL, None)
def test_songs_deletion(self):
b = self.bar
self._fake_browser_pack(b)
event = self.a_delete_event()
# This is selected in setUp()
first_pl = b.playlists()[0]
app.window.songlist.set_songs(first_pl)
app.window.songlist.select_by_func(lambda x: True,
scroll=False,
one=True)
original_length = len(first_pl)
ret = b.key_pressed(event)
self.failUnless(ret, msg="Didn't simulate a delete keypress")
self.failUnlessEqual(len(first_pl), original_length - 1)
def test_playlist_deletion_ACCEPT(self):
b = self.bar
orig_length = len(b.playlists())
event = self.a_delete_event()
first_pl = b.playlists()[0]
second_pl = b.playlists()[1]
b._select_playlist(first_pl)
ret = b._PlaylistsBrowser__key_pressed(b, event)
self.failUnless(ret, msg="Didn't simulate a delete keypress")
self.failUnlessEqual(len(b.playlists()), orig_length - 1)
self.failUnlessEqual(b.playlists()[0], second_pl)
def test_playlist_deletion_CANCEL(self):
b = self.bar_decline
orig_length = len(b.playlists())
event = self.a_delete_event()
first_pl = b.playlists()[0]
second_pl = b.playlists()[1]
b._select_playlist(first_pl)
ret = b._PlaylistsBrowser__key_pressed(b, event)
self.failUnless(ret, msg="Didn't simulate a delete keypress")
self.failUnlessEqual(len(b.playlists()), orig_length)
self.failUnlessEqual(b.playlists()[0], first_pl)
self.failUnlessEqual(b.playlists()[1], second_pl)
def test_import(self):
def fns(songs):
return [song('~filename') for song in songs]
pl_lib = self.bar.pl_lib
assert len(
self.bar.playlists()) == 2, "Should start with two playlists"
assert len(pl_lib) == 2, f"Started with {pl_lib.keys()}"
pl_name = "_€3 œufs à Noël"
pl_path = Path(_TEMP_DIR) / (pl_name + ".m3u")
with open(pl_path, "wb") as f:
for fn in fns(SONGS):
f.write(fsn2bytes(fn, "utf-8") + b"\n")
pls_added, songs_added = self.bar._import_playlists([str(pl_path)])
assert pls_added == 1, f"Failed to add {pl_path}"
assert len(self.bar.songs_lib) == len(self.ALL_SONGS)
assert songs_added == 0, "Why did we add existing songs?"
assert len(
pl_lib) == 3, f"Got PLs: \n{', '.join(str(pl) for pl in pl_lib)}"
pls = self.bar.playlists()
assert len(
pls) == 3, f"Got PL rows: {', '.join(str(pl) for pl in pls)}"
# Leading underscore makes it always the last entry
imported = pls[-1]
self.failUnlessEqual(fns(imported.songs), fns(SONGS))
@staticmethod
def a_delete_event():
ev = Gdk.Event()
ev.type = Gdk.EventType.KEY_PRESS
ev.keyval, accel_mod = Gtk.accelerator_parse("Delete")
ev.state = Gtk.accelerator_get_default_mod_mask() & accel_mod
return ev
@staticmethod
def _fake_browser_pack(b):
app.window.get_child().pack_start(b, True, True, 0)
class MockConfirmerAccepting:
RESPONSE_INVOKE = Gtk.ResponseType.YES
def __init__(self, *args):
pass
def run(self, *args):
return self.RESPONSE_INVOKE
class MockConfirmerDeclining:
RESPONSE_INVOKE = Gtk.ResponseType.YES
def __init__(self, *args):
pass
def run(self, *args):
return Gtk.ResponseType.CANCEL
class TPlaylistsBrowser(TestCase):
Bar = PlaylistsBrowser
ANOTHER_SONG = AudioFile({
"title": "lonely",
"artist": "new artist",
"~filename": dummy_path(u"/dev/urandom")})
def setUp(self):
self.success = False
# 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)
init_fake_app()
self.lib = quodlibet.browsers.playlists.library = SongFileLibrary()
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 = FileBackedPlaylist.new(PLAYLISTS, "Big", self.lib)
pl.extend(SONGS)
pl.write()
self.small = pl = FileBackedPlaylist.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 tearDown(self):
self.bar.destroy()
self.lib.destroy()
shutil.rmtree(PLAYLISTS)
PlaylistsBrowser.deinit(self.lib)
destroy_fake_app()
def _expected(self, bar, songs, sort):
songs.sort()
if self.expected is not None:
self.failUnlessEqual(self.expected, songs)
self.success = True
def _do(self):
while Gtk.events_pending():
Gtk.main_iteration()
self.failUnless(self.success or self.expected is None)
def test_saverestore(self):
# Flush previous signals, etc. Hmm.
self.expected = None
self._do()
self.expected = [SONGS[0]]
self.bar.filter_text("title = %s" % SONGS[0]["title"])
self.bar._select_playlist(self.bar.playlists()[0])
self.expected = [SONGS[0]]
self._do()
self.bar.save()
self.bar.filter_text("")
self.expected = list(sorted(SONGS))
self._do()
self.bar.restore()
self.bar.activate()
self.expected = [SONGS[0]]
self._do()
def test_active_filter_playlists(self):
self.bar._select_playlist(self.bar.playlists()[1])
# Second playlist should not have any of `SONGS`
self.assertFalse(self.bar.active_filter(SONGS[0]))
# But it should have `ANOTHER_SONG`
self.assertTrue(self.bar.active_filter(self.ANOTHER_SONG),
msg="Couldn't find song from second playlist")
# ... and setting a reasonable filter on that song should match still
self.bar.filter_text("lonely")
self.assertTrue(self.bar.active_filter(self.ANOTHER_SONG),
msg="Couldn't find song from second playlist with "
"filter of 'lonely'")
# ...unless it doesn't match that song
self.bar.filter_text("piman")
self.assertFalse(self.bar.active_filter(self.ANOTHER_SONG),
msg="Shouldn't have matched 'piman' on second list")
def test_rename(self):
self.assertEquals(self.bar.playlists()[1], self.small)
self.bar._rename(0, "zBig")
self.assertEquals(self.bar.playlists()[0], self.small)
self.assertEquals(self.bar.playlists()[1].name, "zBig")
def test_default_display_pattern(self):
pattern_text = self.bar.display_pattern_text
self.failUnlessEqual(pattern_text, DEFAULT_PATTERN_TEXT)
self.failUnless("<~name>" in pattern_text)
def test_drag_data_get(self):
b = self.bar
song = AudioFile()
song["~filename"] = fsnative(u"foo")
sel = MockSelData()
qltk.selection_set_songs(sel, [song])
b._drag_data_get(None, None, sel, DND_QL, None)
def test_deletion(self):
def a_delete_event():
ev = Gdk.Event()
ev.type = Gdk.EventType.KEY_PRESS
ev.keyval, accel_mod = Gtk.accelerator_parse("Delete")
ev.state = Gtk.accelerator_get_default_mod_mask() & accel_mod
return ev
b = self.bar
self._fake_browser_pack(b)
event = a_delete_event()
# This is selected in setUp()
first_pl = b.playlists()[0]
app.window.songlist.set_songs(first_pl)
app.window.songlist.select_by_func(lambda x: True,
scroll=False, one=True)
original_length = len(first_pl)
ret = b.key_pressed(event)
self.failUnless(ret, msg="Didn't simulate a delete keypress")
self.failUnlessEqual(len(first_pl), original_length - 1)
def test_import(self):
pl_name = u"_€3 œufs à Noël"
pl = FileBackedPlaylist(_TEMP_DIR, pl_name, None)
pl.extend(SONGS)
pl.write()
new_fn = os.path.splitext(text2fsn(pl.name))[0] + '.m3u'
new_path = os.path.join(pl.dir, new_fn)
os.rename(pl.filename, new_path)
added = self.bar._import_playlists([new_path], self.lib)
self.failUnlessEqual(added, 1, msg="Failed to add '%s'" % new_path)
os.unlink(new_path)
pls = self.bar.playlists()
self.failUnlessEqual(len(pls), 3)
# Leading underscore makes it always the last entry
imported = pls[-1]
self.failUnlessEqual(imported.name, pl_name)
def fns(songs):
return [song('~filename') for song in songs]
self.failUnlessEqual(fns(imported.songs), fns(pl.songs))
@staticmethod
def _fake_browser_pack(b):
app.window.get_child().pack_start(b, True, True, 0)