def do_activate(self):
shell = self.object
data = {}
self.shell = shell
self.entries = None
self.action_group = ActionGroup(self.shell, 'FullscreenPluginActions')
action = self.action_group.add_action(func=self.show_fullscreen,
action_name='ToggleFullscreen',
label='Full Screen',
action_type='app',
accel="F12")
self._appshell = ApplicationShell(self.shell)
self._appshell.insert_action_group(self.action_group)
self._appshell.add_app_menuitems(ui_str, 'FullscreenPluginActions',
'view')
w = self.shell.props.window
s = w.get_screen()
# Using the screen of the Window, the monitor it's on can be identified
m = s.get_monitor_at_window(s.get_active_window())
# Then get the geometry of that monitor
monitor = s.get_monitor_geometry(m)
# This is an example output
print("Height: %s, Width: %s" % (monitor.height, monitor.width))
if monitor.height < monitor.width:
self.ALBUM_ART_H = monitor.height
self.ALBUM_ART_W = monitor.height
else:
self.ALBUM_ART_H = monitor.width
self.ALBUM_ART_W = monitor.width
def do_activate(self):
shell = self.object
data = {}
self.shell = shell
self.entries = None
w = self.shell.props.window
s = w.get_screen()
# Using the screen of the Window, the monitor it's on can be identified
m = s.get_monitor_at_window(s.get_active_window())
# Then get the geometry of that monitor
monitor = s.get_monitor_geometry(m)
# This is an example output
print("Heigh: %s, Width: %s" % (monitor.height, monitor.width))
if monitor.height < monitor.width:
self.ALBUM_ART_H = monitor.height
self.ALBUM_ART_W = monitor.height
else:
self.ALBUM_ART_H = monitor.width
self.ALBUM_ART_W = monitor.width
self.action_group = ActionGroup(self.shell, 'FullscreenPluginActions')
action = self.action_group.add_action(func=self.show_fullscreen,
action_name='ToggleFullscreen', label='Full Screen',
action_type='app', accel="F12")
self._appshell = ApplicationShell(self.shell)
self._appshell.insert_action_group(self.action_group)
self._appshell.add_app_menuitems(ui_str, 'FullscreenPluginActions', 'view')
def do_activate(self):
shell = self.object
data = {}
self.shell = shell
self.entries = None
self.action_group = ActionGroup(self.shell, "FullscreenPluginActions")
action = self.action_group.add_action(
func=self.show_fullscreen,
action_name="ToggleFullscreen",
label="Full Screen",
action_type="app",
accel="F12",
)
self._appshell = ApplicationShell(self.shell)
self._appshell.insert_action_group(self.action_group)
self._appshell.add_app_menuitems(ui_str, "FullscreenPluginActions", "view")
class FullscreenView(GObject.Object, Peas.Activatable):
__gtype_name = "FullscreenPlugin"
object = GObject.property(type=GObject.Object) # @ReservedAssignment
def __init__(self):
super(FullscreenView, self).__init__()
def do_activate(self):
shell = self.object
data = {}
self.shell = shell
self.entries = None
self.action_group = ActionGroup(self.shell, "FullscreenPluginActions")
action = self.action_group.add_action(
func=self.show_fullscreen,
action_name="ToggleFullscreen",
label="Full Screen",
action_type="app",
accel="F12",
)
self._appshell = ApplicationShell(self.shell)
self._appshell.insert_action_group(self.action_group)
self._appshell.add_app_menuitems(ui_str, "FullscreenPluginActions", "view")
def do_deactivate(self):
shell = self.object
self._appshell.cleanup()
def show_fullscreen(self, *args):
self.window = FullscreenWindow.FullscreenWindow(plugin=self)
# Receive notification of song changes
self.player = self.shell.props.shell_player
self.player.connect("playing-source-changed", self.reload_playlist)
self.player.connect("playing-song-changed", self.on_playing_song_changed)
self.player.connect("playing-changed", self.reload_play_pause)
# TODO: This signal is not fired - which should we listen for?
# We should use the cover_db,
# but what are its signals??
cover_db = RB.ExtDB(name="album-art")
self.player.connect("playing-song-property-changed", self.notify_metadata)
cover_db.connect("added", self.notify_cover_art_change)
# Load current state
self.reload_playlist(self.player, self.player.get_playing_entry())
def playpause(self):
# Argument 'True' is unused
# (see http://developer.gnome.org/rhythmbox/2.98/RBShellPlayer.html#rb-shell-player-playpause)
self.player.playpause(True)
def play_entry(self, index):
if len(self.tracks) > index:
self.player.play_entry(self.tracks[index].entry, self.shell.get_property("library-source"))
def reload_play_pause(self, player, playing):
if not self.window.track_widgets:
return
if playing:
try:
elapsed = player.get_playing_time()
except:
elapsed = (True, 0.0)
self.window.track_widgets[self.window.current_track].paused = False
self.window.track_widgets[self.window.current_track].start_progress_bar(elapsed)
self.window.current_info = "Now playing..."
self.window.track_infos[0] = FullscreenWindow.FullscreenWindow.INFO_STATUS_PAUSE
else:
self.window.track_widgets[self.window.current_track].paused = True
self.window.current_info = FullscreenWindow.FullscreenWindow.INFO_STATUS_IDLE
self.window.track_infos[0] = FullscreenWindow.FullscreenWindow.INFO_STATUS_PLAY
def get_entries(self, player, entry, cnt):
"""Gets the next and previous entries to be played from both active source and queue
Next entries: Everything from source and queue
Previous entries: Everything just from the source
Uses each source's query-model.
player = player to use
entry = entry to start from (as a kind of offset)
cnt = number of entries to return
"""
if not entry:
return []
entries = [entry]
def get_entries(property_name, backwards):
queue = player.get_property(property_name)
if queue:
querymodel = queue.get_property("query-model")
if not backwards:
l = querymodel.get_next_from_entry(entry)
while l and len(entries) <= cnt:
entries.append(l)
l = querymodel.get_next_from_entry(l)
else:
l = querymodel.get_previous_from_entry(entry)
while l and len(entries) <= cnt:
entries.insert(0, l)
l = querymodel.get_previous_from_entry(l)
get_entries("queue-source", False)
get_entries("source", True)
get_entries("source", False)
return entries
def get_track_info(self, entry):
artist = entry.get_string(RB.RhythmDBPropType.ARTIST) # .replace('&', '&')
album = entry.get_string(RB.RhythmDBPropType.ALBUM) # .replace('&', '&')
title = entry.get_string(RB.RhythmDBPropType.TITLE) # .replace('&', '&')
duration = entry.get_ulong(RB.RhythmDBPropType.DURATION)
track = FullscreenTrack(artist=artist, album=album, title=title, duration=duration, entry=entry)
return track
def notify_metadata(self, player, uri, prop, *args, **kwargs):
"""Subscribe to metadata changes from database"""
self.set_cover_art(player.get_playing_entry())
def notify_cover_art_change(self, *args):
self.set_cover_art(self.shell.props.shell_player.get_playing_entry())
def set_cover_art(self, entry):
if entry:
self.window.set_artwork(self.get_cover(entry))
def get_cover(self, entry):
if entry:
# Try to find an album cover in the folder of the currently playing track
cover_dir = path.dirname(url2pathname(entry.get_playback_uri()).replace("file://", ""))
# TODO: use os.walk()
if path.isdir(cover_dir):
for f in listdir(cover_dir):
file_name = path.join(cover_dir, f)
mt = mimetypes.guess_type(file_name)[0]
if mt and mt.startswith("image/"):
if True in map(
lambda x: x in path.splitext(f)[0].lower(),
["cover", "album", "albumart", "folder", "front"],
):
return GdkPixbuf.Pixbuf.new_from_file_at_size(file_name, ALBUM_ART_W, ALBUM_ART_H)
# Otherwise use what's found by the album art plugin
key = entry.create_ext_db_key(RB.RhythmDBPropType.ALBUM)
cover_db = RB.ExtDB(name="album-art")
art_location = cover_db.lookup(key)
if art_location and path.exists(art_location):
return GdkPixbuf.Pixbuf.new_from_file_at_size(art_location, ALBUM_ART_W, ALBUM_ART_H)
def reload_playlist(self, player, entry):
entry = player.get_playing_entry()
if not entry:
# When there is no entry set for reload playlist, then what's happening?
# Is everything fine and totally inactive?
return
# Set cover art
self.set_cover_art(entry)
self.entries = self.get_entries(player, entry, 100)
self.tracks = []
for e in self.entries:
self.tracks.append(self.get_track_info(e))
current_track_index = self.entries.index(entry)
self.window.set_tracks(self.tracks, current_track=current_track_index)
self.set_active_track_properties(player, entry, current_track_index)
def set_active_track_properties(self, player, entry, current_track_index):
try:
elapsed = player.get_playing_time()
except:
elapsed = (True, 0.0)
if player.get_playing():
self.window.track_widgets[current_track_index].start_progress_bar(elapsed)
self.window.current_info = "Now playing..." # TODO
else:
self.window.track_widgets[current_track_index].set_elapsed(elapsed)
self.window.current_info = FullscreenWindow.FullscreenWindow.INFO_STATUS_IDLE
self.window.show_info()
def on_playing_song_changed(self, player, entry):
if not self.entries:
return self.reload_playlist(player, entry)
entry = player.get_playing_entry()
if not entry:
# When there is no entry set for reload playlist, then what's happening?
# Is everything fine and totally inactive?
return
try:
current_track_index = self.tracks.index(self.get_track_info(entry))
except ValueError:
return self.reload_playlist(player, entry)
self.window.change_playing_track(current_track_index)
self.set_active_track_properties(player, entry, current_track_index)
class FullscreenView(GObject.Object, Peas.Activatable):
__gtype_name = 'FullscreenPlugin'
object = GObject.property(type=GObject.Object) # @ReservedAssignment
# Scales the prefetched album art for later use
ALBUM_ART_W = 800
ALBUM_ART_H = 800
def __init__(self):
super(FullscreenView, self).__init__()
def do_activate(self):
shell = self.object
data = {}
self.shell = shell
self.entries = None
self.action_group = ActionGroup(self.shell, 'FullscreenPluginActions')
action = self.action_group.add_action(func=self.show_fullscreen,
action_name='ToggleFullscreen',
label='Full Screen',
action_type='app',
accel="F12")
self._appshell = ApplicationShell(self.shell)
self._appshell.insert_action_group(self.action_group)
self._appshell.add_app_menuitems(ui_str, 'FullscreenPluginActions',
'view')
w = self.shell.props.window
s = w.get_screen()
# Using the screen of the Window, the monitor it's on can be identified
m = s.get_monitor_at_window(s.get_active_window())
# Then get the geometry of that monitor
monitor = s.get_monitor_geometry(m)
# This is an example output
print("Height: %s, Width: %s" % (monitor.height, monitor.width))
if monitor.height < monitor.width:
self.ALBUM_ART_H = monitor.height
self.ALBUM_ART_W = monitor.height
else:
self.ALBUM_ART_H = monitor.width
self.ALBUM_ART_W = monitor.width
def do_deactivate(self):
shell = self.object
self._appshell.cleanup()
def show_fullscreen(self, *args):
self.window = FullscreenWindow.FullscreenWindow(plugin=self)
# Receive notification of song changes
self.player = self.shell.props.shell_player
self.player.connect("playing-source-changed", self.reload_playlist)
self.player.connect("playing-song-changed",
self.on_playing_song_changed)
self.player.connect("playing-changed", self.reload_play_pause)
# TODO: This signal is not fired - which should we listen for?
# We should use the cover_db,
# but what are its signals??
cover_db = RB.ExtDB(name='album-art')
self.player.connect("playing-song-property-changed",
self.notify_metadata)
cover_db.connect("added", self.notify_cover_art_change)
# Load current state
self.reload_playlist(self.player, self.player.get_playing_entry())
def playpause(self):
# Argument 'True' is unused
# (see http://developer.gnome.org/rhythmbox/2.98/RBShellPlayer.html#rb-shell-player-playpause)
self.player.playpause(True)
def play_entry(self, index):
if len(self.tracks) > index:
self.player.play_entry(self.tracks[index].entry,
self.shell.get_property("library-source"))
def reload_play_pause(self, player, playing):
if not self.window.track_widgets:
return
if playing:
try:
elapsed = player.get_playing_time()
except:
elapsed = (True, 0.0)
self.window.track_widgets[self.window.current_track].paused = False
self.window.track_widgets[
self.window.current_track].start_progress_bar(elapsed)
self.window.current_info = "Now playing..."
self.window.track_infos[
0] = FullscreenWindow.FullscreenWindow.INFO_STATUS_PAUSE
else:
self.window.track_widgets[self.window.current_track].paused = True
self.window.current_info = FullscreenWindow.FullscreenWindow.INFO_STATUS_IDLE
self.window.track_infos[
0] = FullscreenWindow.FullscreenWindow.INFO_STATUS_PLAY
def get_entries(self, player, entry, cnt):
"""Gets the next and previous entries to be played from both active source and queue
Next entries: Everything from source and queue
Previous entries: Everything just from the source
Uses each source's query-model.
player = player to use
entry = entry to start from (as a kind of offset)
cnt = number of entries to return
"""
if not entry:
return []
entries = [entry]
def get_entries(property_name, backwards):
queue = player.get_property(property_name)
if queue:
querymodel = queue.get_property("query-model")
if not backwards:
l = querymodel.get_next_from_entry(entry)
while l and len(entries) <= cnt:
entries.append(l)
l = querymodel.get_next_from_entry(l)
else:
l = querymodel.get_previous_from_entry(entry)
while l and len(entries) <= cnt:
entries.insert(0, l)
l = querymodel.get_previous_from_entry(l)
get_entries("queue-source", False)
get_entries("source", True)
get_entries("source", False)
return entries
def get_track_info(self, entry):
artist = entry.get_string(
RB.RhythmDBPropType.ARTIST) # .replace('&', '&')
album = entry.get_string(
RB.RhythmDBPropType.ALBUM) # .replace('&', '&')
title = entry.get_string(
RB.RhythmDBPropType.TITLE) # .replace('&', '&')
duration = entry.get_ulong(RB.RhythmDBPropType.DURATION)
track = FullscreenTrack(artist=artist,
album=album,
title=title,
duration=duration,
entry=entry)
return track
def notify_metadata(self, player, uri, prop, *args, **kwargs):
"""Subscribe to metadata changes from database"""
self.set_cover_art(player.get_playing_entry())
def notify_cover_art_change(self, *args):
self.set_cover_art(self.shell.props.shell_player.get_playing_entry())
def set_cover_art(self, entry):
if entry:
self.window.set_artwork(self.get_cover(entry))
def get_cover(self, entry):
if entry:
# Try to find an album cover in the folder of the currently playing track
cover_dir = path.dirname(
url2pathname(entry.get_playback_uri()).replace('file://', ''))
# TODO: use os.walk()
if path.isdir(cover_dir):
for f in listdir(cover_dir):
file_name = path.join(cover_dir, f)
mt = mimetypes.guess_type(file_name)[0]
if mt and mt.startswith('image/'):
if True in [
x in path.splitext(f)[0].lower() for x in
['cover', 'album', 'albumart', 'folder', 'front']
]:
return GdkPixbuf.Pixbuf.new_from_file_at_size(
file_name, self.ALBUM_ART_W, self.ALBUM_ART_H)
# Otherwise use what's found by the album art plugin
key = entry.create_ext_db_key(RB.RhythmDBPropType.ALBUM)
cover_db = RB.ExtDB(name='album-art')
art_location = cover_db.lookup(key)
if art_location and not isinstance(art_location, str):
# RB 3.2 returns a tuple (path, key)
art_location = art_location[0]
if art_location and path.exists(art_location):
return GdkPixbuf.Pixbuf.new_from_file_at_size(
art_location, self.ALBUM_ART_W, self.ALBUM_ART_H)
def reload_playlist(self, player, entry):
entry = player.get_playing_entry()
if not entry:
# When there is no entry set for reload playlist, then what's happening?
# Is everything fine and totally inactive?
return
# Set cover art
self.set_cover_art(entry)
self.entries = self.get_entries(player, entry, 100)
self.tracks = []
for e in self.entries:
self.tracks.append(self.get_track_info(e))
current_track_index = self.entries.index(entry)
self.window.set_tracks(self.tracks, current_track=current_track_index)
self.set_active_track_properties(player, entry, current_track_index)
def set_active_track_properties(self, player, entry, current_track_index):
try:
elapsed = player.get_playing_time()
except:
elapsed = (True, 0.0)
if player.get_playing():
self.window.track_widgets[current_track_index].start_progress_bar(
elapsed)
self.window.current_info = "Now playing..." # TODO
else:
self.window.track_widgets[current_track_index].set_elapsed(elapsed)
self.window.current_info = FullscreenWindow.FullscreenWindow.INFO_STATUS_IDLE
self.window.show_info()
def on_playing_song_changed(self, player, entry):
if not self.entries:
return self.reload_playlist(player, entry)
entry = player.get_playing_entry()
if not entry:
# When there is no entry set for reload playlist, then what's happening?
# Is everything fine and totally inactive?
return
try:
current_track_index = self.tracks.index(self.get_track_info(entry))
except ValueError:
return self.reload_playlist(player, entry)
self.window.change_playing_track(current_track_index)
self.set_active_track_properties(player, entry, current_track_index)
def _pycharm_optimize(self):
# dummy procedure required for pycharm to prevent removal of
# preferences during optimization
x = Preferences()
