def notify_start_conversation_listeners(self):
""" Notify start conversation listeners """
for listener in self.start_conversation_listeners:
s = State()
s.type = USER_EVENT_TYPE
listener(s)
def set_list(self, state=None):
""" Set list view """
s = State()
s.source = KEY_LIST
s.name = self.collection_topic
self.set_current(s)
def get_menu_button_layout(self, d):
""" Return menu button layout
:param d: dictionary with menu button flags
:return: menu button layout
"""
s = State()
s.show_img = True
s.show_label = True
button_w = int(self.menu_layout.w / d[1])
button_h = int(self.menu_layout.h / d[0])
label_padding = 2
image_padding = 4
try:
self.show_author = d[2]
except:
self.show_author = False
try:
self.show_genre = d[3]
except:
self.show_genre = False
s.bounding_box = Rect(0, 0, button_w, button_h)
return MultiLineButtonLayout(s, label_padding, image_padding)
def slider_action_handler(self, evt):
""" Slider action handler
:param evt: event
"""
a = self.config[FILE_PLAYBACK][CURRENT_FILE]
b = self.config[AUDIOBOOKS][BROWSER_TRACK_FILENAME]
c = self.config[CD_PLAYBACK][CD_TRACK]
d = self.config[PODCASTS][PODCAST_EPISODE_URL]
if not (a or b or c or d):
return
if not self.timer_started:
return
step = self.total_track_time / 100
self.seek_time = step * evt.position
st = self.convert_seconds_to_label(self.seek_time)
self.set_track_time(self.current_time_name, st, self.current_time_layout, self.CURRENT_TIME_LAYER)
self.notify_seek_listeners(str(self.seek_time))
s = State()
s.event_origin = self
s.seek_time_label = str(self.seek_time)
self.web_seek_listener(s)
def refresh(self):
""" Refresh screensaver """
if self.saver_running:
self.counter = self.counter + 1
if int(self.counter *
self.one_cycle_period) == self.update_period * 1000:
self.current_screensaver.refresh()
self.counter = 0
if self.config[SCREENSAVER][NAME] in WEB_SAVERS:
s = State()
if isinstance(self.current_screensaver, Component):
screen_savers = [WEATHER, CLOCK, LYRICS, LOGO]
if self.current_screensaver.name in screen_savers:
s.screen = self.current_screensaver
else:
s.screen = Container(self.util)
s.screen.components = [self.current_screensaver]
else:
s.screen = self.current_screensaver
self.notify_start_listeners(s)
else:
if self.current_delay == 0:
return
self.delay_counter = self.delay_counter + 1
if int(self.delay_counter *
self.one_cycle_period) == self.current_delay * 1000:
self.start_screensaver()
def slider_action_handler(self, evt):
""" Slider action handler
:param evt: event
"""
a = self.config[FILE_PLAYBACK][CURRENT_FILE]
b = self.config[AUDIOBOOKS][BROWSER_TRACK_FILENAME]
c = self.config[CD_PLAYBACK][CD_TRACK]
d = self.config[PODCASTS][PODCAST_EPISODE_URL]
e = self.config[COLLECTION_PLAYBACK][COLLECTION_FILE]
if not (a or b or c or d or e):
return
if not self.timer_started:
return
step = self.total_track_time / 100
self.seek_time = step * evt.position
st = self.convert_seconds_to_label(self.seek_time)
self.current.set_text(st)
self.notify_seek_listeners(str(self.seek_time))
if self.use_web and hasattr(self, "web_seek_listener"):
s = State()
s.event_origin = self
s.seek_time_label = str(self.seek_time)
self.web_seek_listener(s)
def get_network_info(self, index, name, strength, bb):
""" Prepare state object for network button
:param index: network index
:param name: network name
:param strength: signal strength
:param bb: bounding box
:return: state object with network info
"""
s = State()
s.index = index
s.name = name
s.l_name = name
s.strength = strength
s.comparator_item = s.index
s.bgr = self.config[COLORS][COLOR_DARK]
s.show_bgr = True
if strength <= 25:
n = "s-1"
elif strength > 25 and strength <= 50:
n = "s-2"
elif strength > 50 and strength <= 75:
n = "s-3"
elif strength > 75:
n = "s-4"
s.icon_base = self.util.load_mono_svg_icon(n, self.util.COLOR_MAIN, bb,
0.5)
return s
def get_cd_tracks_summary(self, cd_drive_name):
""" Get the list of CD tracks summaries
:param cd_drive_name: CD drive name
:return: CD tracks summaries
"""
drive_id = self.get_cd_drive_id_by_name(cd_drive_name)
names = self.get_cd_track_names(drive_id)
if not names:
return None
items = []
for id, cd in enumerate(names):
s = State()
s.index = id
s.playlist_track_number = id
s.name = cd
s.l_name = s.name
s.file_type = FILE_AUDIO
s.playback_mode = FILE_AUDIO
s.file_name = self.get_cd_track_url(cd_drive_name, id + 1)
s.url = s.file_name
items.append(s)
return items
def start_screensaver(self, name=None, state=None):
""" Starts screensaver
:param name: screensaver name
:param state: state object with song info
"""
if name != None: # info
self.previous_saver = self.config[SCREENSAVER][NAME]
self.config[SCREENSAVER][NAME] = name
self.change_saver_type()
if name == LYRICS and state != None and hasattr(state, "album"):
self.current_screensaver.set_song_info(state)
if self.config[SCREENSAVER][NAME] in WEB_SAVERS:
s = State()
s.screen = self.current_screensaver
else:
s = None
self.current_screen.clean()
self.current_screen.set_visible(False)
self.current_screensaver.start()
self.current_screensaver.refresh()
self.counter = 0
self.delay_counter = 0
self.saver_running = True
self.notify_start_listeners(s)
def update_playlist_menu(self, state):
""" Update playlist menu
This is initiated by player
:param state: state object from player defining current playlist file
"""
if self.config[FILE_PLAYBACK][
CURRENT_FILE_PLAYBACK_MODE] != FILE_PLAYLIST:
return
s = State()
s.dont_notify = True
i = self.util.get_dictionary_value(state, "current_track_id")
s.track_time = self.util.get_dictionary_value(state, "seek_time", "0")
self.config[FILE_PLAYBACK][CURRENT_TRACK_TIME] = s.track_time
if i != None:
b = self.get_button_by_index_in_page(int(i) - 1)
if not b:
self.switch_to_next_page(s)
s.comparator_item = int(i)
name = self.util.get_dictionary_value(state, "Track")
if not name:
name = self.util.get_dictionary_value(state, "file_name")
if name != None:
self.config[FILE_PLAYBACK][CURRENT_FILE] = name
self.item_selected(state)
def set_value(self, v):
self.top.set_text(v)
if self.use_web and getattr(self, "web_seek_listener", None):
s = State()
s.event_origin = self
s.seek_time_label = v
self.web_seek_listener(s)
def notify_motion_listeners(self):
""" Notify all motion event listeners """
state = State()
state.event_origin = self
state.position = self.get_position()
for listener in self.motion_listeners:
listener(state)
def notify_slide_listeners(self):
""" Notify event listeners for clicking on slider line event """
state = State()
state.event_origin = self
state.position = self.get_position()
for listener in self.slide_listeners:
listener(state)
def load_m3u(self, path, folder, top_folder, items_per_page,
default_icon_path):
""" Load m3u playlist
:param path: base path
:param folder: main folder
:param top_folder: top folder
:param items_per_page: items per page
:param default_icon_path: path to the default icon
:return: list of State objects representing playlist
"""
items = []
lines = []
item_name = None
index = 0
for encoding in ["utf8", "utf-8-sig", "utf-16"]:
try:
lines = codecs.open(path, "r", encoding).read().split("\n")
break
except Exception as e:
logging.error(e)
for line in lines:
if len(line.rstrip()) == 0:
continue
if line.startswith("#") and not item_name:
item_name = line[1:].rstrip()
continue
name = item_name.rstrip()
path = os.path.join(folder, name + EXT_PNG)
icon = self.image_util.load_image(path)
if not icon:
path = os.path.join(folder, name + EXT_JPG)
icon = self.image_util.load_image(path)
if not icon:
icon = self.image_util.load_image(default_icon_path)
state = State()
state.index = index
state.genre = top_folder
state.url = line.rstrip()
state.name = str(index)
state.l_name = name
state.icon_base = icon
state.comparator_item = NAME
state.index_in_page = index % items_per_page
items.append(state)
index += 1
item_name = None
return items
def keep_sending_event(self):
""" Keep sending event when button was kept pressed """
state = State()
state.pos = self.pos
time.sleep(0.5)
while self.keep_sending:
self.notify_area_listeners(state)
time.sleep(0.1)
def notify_start_conversation_listeners(self):
""" Notify start conversation listeners """
if not self.run_assistant:
return
for listener in self.start_conversation_listeners:
s = State()
s.type = USER_EVENT_TYPE
listener(s)
def get_page(self, page, devices):
""" Get page of devices for provided page number
:param page: page number
:param devices: list of all devices
:return: page of devices
"""
p = {}
if len(devices) == 0:
return p
start_index = (page - 1) * PAGE_SIZE_BLUETOOTH
end_index = start_index + PAGE_SIZE_BLUETOOTH
for i, d in enumerate(devices):
s = State()
s.index = i
s.name = d["name"]
s.l_name = s.name
s.mac_address = d["mac_address"]
s.comparator_item = i
s.bgr = self.config[COLORS][COLOR_DARK]
s.show_bgr = True
if i >= start_index and i < end_index:
p[d["name"]] = s
return p
def change_track(self, track_index):
""" Change track
:param track_index: index track
"""
a = [AUDIOBOOKS, CD_PLAYER]
m = self.config[CURRENT][MODE]
if not (m in a):
self.config[FILE_PLAYBACK][CURRENT_FILE] = self.get_filename(
track_index)
self.stop_timer()
time.sleep(0.3)
s = State()
if m == FILE_PLAYBACK:
s.playback_mode = self.config[FILE_PLAYBACK][
CURRENT_FILE_PLAYBACK_MODE]
s.playlist_track_number = track_index
s.index = track_index
s.source = ARROW_BUTTON
s.file_name = self.get_filename(track_index)
if self.cd_album != None:
s.album = self.cd_album
if self.config[CURRENT][MODE] == AUDIO_FILES:
folder = self.current_folder
if not folder.endswith(os.sep):
folder += os.sep
s.url = folder + s.file_name
self.set_current(True, s)
def create_keyboard(self, keyboard_type, span, transition_map):
""" Create keyboard
:param keyboard_type: type
:param span: span
:param transition_map: transition map
"""
layout = self.get_layout(span)
buttons = []
keys = None
self.current_keyboard_type = keyboard_type
try:
buttons = self.keyboards[keyboard_type]
self.components = buttons
return
except:
pass
if keyboard_type == KEYBOARD_abc:
keys = KEYBOARD_1
elif keyboard_type == KEYBOARD_ABC:
keys = KEYBOARD_2
elif keyboard_type == KEYBOARD_123:
keys = KEYBOARD_3
elif keyboard_type == KEYBOARD_symbol:
keys = KEYBOARD_4
for i, k in enumerate(keys):
if not k:
c = Component(self.util, layout[i], bgr=self.config[BACKGROUND][MENU_BGR_COLOR])
c.parent_screen = self.screen
c.name = "gap" + str(i)
buttons.append(c)
continue
s = State()
s.index = i
s.name = k
s.l_name = k
s.comparator_item = s.index
s.bgr = self.config[COLORS][COLOR_DARK]
s.show_bgr = True
s.bounding_box = layout[i]
s.key_map = transition_map[i]
button = self.factory.create_menu_button(s, layout[i], self.press_key, False, 50, 100, False, True)
buttons.append(button)
buttons[0].set_selected(True)
self.keyboards[keyboard_type] = buttons
self.components = buttons
if keyboard_type != KEYBOARD_abc:
self.set_observers()
self.buttons = {i : item for i, item in enumerate(buttons)}
def handle_event(self, event):
""" Handle menu events
:param event: event object
"""
if not self.visible: return
if event.type == USER_EVENT_TYPE and event.sub_type == SUB_TYPE_KEYBOARD and event.action == pygame.KEYUP:
i = self.get_selected_index()
k = event.keyboard_key
if k == kbd_keys[KEY_LEFT]:
if i == None:
return
if i == 0 and self.current_page == 1:
pass
elif i == 0 and self.current_page != 1:
s = State()
s.select_last = True
self.previous_page(s)
self.unselect()
self.select_by_index(len(self.buttons) - 1)
else:
self.unselect()
self.select_by_index(i - 1)
elif k == kbd_keys[KEY_RIGHT]:
if i == None:
return
if i == len(self.buttons) - 1:
self.next_page(None)
else:
self.unselect()
self.select_by_index(i + 1)
elif k == kbd_keys[KEY_UP] or k == kbd_keys[KEY_DOWN]:
Menu.handle_event(self, event)
elif k == kbd_keys[KEY_SELECT] and not self.start_page_num:
Menu.handle_event(self, event)
elif k in kbd_num_keys:
self.start_page_num = True
self.current_page_num += self.get_num_str(k)
self.set_title(int(self.current_page_num))
elif k == kbd_keys[KEY_SELECT] and self.start_page_num:
self.start_page_num = False
self.go_to_page(int(self.current_page_num))
self.current_page_num = ""
self.select_by_index(0)
elif k == kbd_keys[KEY_PARENT] and self.start_page_num:
self.start_page_num = False
self.current_page_num = ""
self.reset_title()
else:
Menu.handle_event(self, event)
def handle_event(self, event):
""" Handle screen events
:param event: event object
"""
if (event.type == pygame.MOUSEBUTTONUP and event.button == 1) or \
(event.type == USER_EVENT_TYPE and event.sub_type == SUB_TYPE_KEYBOARD and event.keyboard_key == pygame.K_ESCAPE):
s = State()
s.source = KEY_BACK
self.listener(s)
self.redraw_observer()
def set_audio_file_playlist(self, index):
""" Set file in playlist
:param index: file index in playlist
"""
state = State()
state.playback_mode = FILE_PLAYLIST
state.playlist_track_number = index
state.file_type = FILE_AUDIO
self.current_folder = self.config[FILE_PLAYBACK][CURRENT_FOLDER]
self.notify_play_listeners(state)
def notify_knob_listeners(self):
""" Notify all knob event listeners """
for listener in self.knob_listeners:
n = listener.__name__
if "mute" in n:
listener()
elif "update_web_ui" in n:
state = State()
state.event_origin = self
listener(state)
else:
listener(self.get_position())
def refresh_tracks(self, state):
""" Refresh tracks menu
:param state: not used
"""
name = self.current_cd_drive_name
if name and self.cdutil.is_drive_empty(name):
s = State()
s.no_physical_eject = True
self.eject_cd(s)
self.set_file_menu()
self.set_screen_title()
def get_cd_track(self):
""" Get CD track info for the track defined in the configuration
:return: track info
"""
s = State()
cd_drive = self.config[CD_PLAYBACK][CD_DRIVE_NAME]
cd_track = self.config[CD_PLAYBACK][CD_TRACK]
if cd_drive and cd_track:
s.file_name = self.get_cd_track_url(cd_drive, int(cd_track))
s.url = s.file_name
return s
return None
def get_icon_bounding_box(self,
constr,
location,
image_area,
image_size,
padding,
show_label=True):
""" Create icon bounding box
:param constr: bounding box
:param location: image location
:param image_area: image area in bounding box
:param image_size: image size inside of image area
:param padding: padding
"""
s = State()
s.show_img = True
s.show_label = show_label
s.image_location = location
s.image_area_percent = image_area
image_size_percent = image_size
s.bounding_box = constr
s.padding = padding
layout = ButtonLayout(s)
box = layout.image_rectangle
box.h = (box.h / 100) * image_size_percent
return box
def load_playlist(self, state, playlist_provider, rows, columns):
""" Handle playlist
:param state: state object defining playlist
:param playlist_provider: provider
:param rows: menu rows
:param columns: menu columns
:return: playlist
"""
n = getattr(state, "file_name", None)
if n == None:
state.file_name = self.config[FILE_PLAYBACK][FILE_AUDIO]
p = playlist_provider(state)
if not p:
return
play_list = []
for i, n in enumerate(p):
s = State()
s.index = i
s.playlist_track_number = i
s.file_name = n
s.file_type = FILE_AUDIO
s.url = state.folder + os.sep + n
s.playback_mode = FILE_PLAYLIST
play_list.append(s)
return self.load_playlist_content(play_list, rows, columns)
def get_screensaver_delays(self):
""" Get screensaver delay button states
:return: dictionary with button states
"""
names = [KEY_SCREENSAVER_DELAY_1, KEY_SCREENSAVER_DELAY_3, KEY_SCREENSAVER_DELAY_OFF]
delays = {}
for n in names:
state = State()
state.name = n
state.l_name = self.config[LABELS][n]
state.comparator_item = n
state.bgr = self.config[COLORS][COLOR_DARK]
delays[state.name] = state
return delays
def get_audio_files_from_playlist(self):
""" Call player for files in the playlist
:return: list of files from playlist
"""
files = []
if getattr(self, "playlist", None):
for n in range(len(self.playlist)):
st = State()
st.index = st.comparator_item = n
t = self.playlist[n]
st.file_type = FILE_AUDIO
st.file_name = t["file_name"]
files.append(st)
return files
def get_filelist_items(self, get_current_playlist):
""" Call player for files in the playlist
:return: list of files from playlist
"""
playlist = get_current_playlist()
files = []
if playlist:
for n in range(len(playlist)):
st = State()
st.index = st.comparator_item = n
st.file_type = FILE_AUDIO
st.file_name = st.url = playlist[n]
files.append(st)
return files
def prepare_page(self):
""" Prepare topic page
:return: page dictionary
"""
page, self.first_item, self.last_item = self.get_current_page()
p = {}
for i, n in enumerate(page):
s = State()
s.index = i
if "\x00" in n:
n = n.replace("\x00", "")
s.name = n
s.l_name = n
p[str(i)] = s
return p
def set_genre_button_image(self, genre):
""" Set genre button image
:param genre: genre button
"""
s = State()
s.__dict__ = genre.__dict__
s.bounding_box = self.genres_button.state.bounding_box
s.bgr = self.genres_button.bgr
s.show_label = False
s.keyboard_key = kbd_keys[KEY_MENU]
self.genres_button.set_state(s)
def load_stations(self, language, genre, stations_per_page):
""" Load stations for specified language and genre
:param language: the language
:param genre: the genre
:param stations_per_page: stations per page used to assign indexes
:return: list of button state objects. State contains station icons, index, genre, name etc.
"""
stations = []
folder = os.path.join(FOLDER_STATIONS, language, genre)
path = os.path.join(folder, genre + EXT_M3U)
lines = []
try:
lines = codecs.open(path, "r", UTF_8).read().split("\n")
except Exception as e:
logging.error(str(e))
pass
for i in range(0, len(lines), 3):
if len(lines[i].rstrip()) == 0:
continue
index = int(lines[i].rstrip()[1:])
localized_name = lines[i + 1][1:]
url = lines[i + 2]
icon = self.load_station_icon(folder, index)
state = State()
state.index = index
state.genre = genre
state.url = url.rstrip()
state.name = str(index)
state.l_name = localized_name.rstrip()
state.icon_base = icon
state.comparator_item = INDEX
state.index_in_page = index % stations_per_page
stations.append(state)
return stations
def create_arrow_button(self, bb, name, key, location, label_text, image_area=40):
""" Create Arrow button (e.g. Left, Next Page etc.)
:param bb: bounding box
:param name: button name
:param key: keyboard key associated with button
:param location: image location inside of bounding box
:param label_text: button label text
:param image_area: percentage of height occupied by button image
:return: arrow button
"""
s = State()
s.name = name
s.bounding_box = bb
s.keyboard_key = key
s.bgr = self.config[COLORS][COLOR_DARK]
s.show_bgr = True
s.show_img = True
s.show_label = True
s.image_location = location
s.label_location = CENTER
s.image_area_percent = image_area
s.label_text_height = 44
s.l_name = label_text
s.auto_update = True
s.text_color_normal = self.config[COLORS][COLOR_BRIGHT]
s.text_color_selected = self.config[COLORS][COLOR_CONTRAST]
s.text_color_disabled = self.config[COLORS][COLOR_MEDIUM]
s.text_color_current = s.text_color_normal
self.set_state_icons(s)
b = Button(self.util, s)
return b
def create_station_button(self, s, bb, action=None):
""" Create station button
:param s: button state
:param bb: bounding box
:param action: event listener
:return: station logo button
"""
state = State()
state.icon_base = s.icon_base
state.index_in_page = s.index_in_page
state.index = s.index
state.scaled = getattr(s, "scaled", False)
state.icon_base_scaled = s.icon_base_scaled
state.name = "station_menu." + s.name
state.l_name = s.l_name
state.url = s.url
state.keyboard_key = kbd_keys[KEY_SELECT]
state.bounding_box = bb
state.img_x = bb.x
state.img_y = bb.y
state.auto_update = False
state.show_bgr = True
state.show_img = True
state.image_align_v = V_ALIGN_BOTTOM
button = Button(self.util, state)
button.add_release_listener(action)
return button
def create_play_pause_button(self, bb, action):
""" Create Play/Pause button
:param bb: bounding box
:param action: event listener
:return: play/pause button
"""
states = []
pause_state = State()
pause_state.name = "pause"
pause_state.bounding_box = bb
pause_state.bgr = (0, 0, 0)
pause_state.keyboard_key = kbd_keys[KEY_PLAY_PAUSE]
pause_state.action = action
pause_state.img_x = None
pause_state.img_y = None
pause_state.auto_update = True
pause_state.image_align_v = V_ALIGN_CENTER
pause_state.show_bgr = True
pause_state.show_img = True
states.append(pause_state)
play_state = State()
play_state.name = "play"
play_state.bounding_box = bb
play_state.bgr = (0, 0, 0)
play_state.keyboard_key = kbd_keys[KEY_PLAY_PAUSE]
play_state.action = action
play_state.img_x = None
play_state.img_y = None
play_state.auto_update = True
play_state.image_align_v = V_ALIGN_CENTER
play_state.show_bgr = True
play_state.show_img = True
states.append(play_state)
return self.create_multi_state_button(states)
def create_image_button(self, name, action=None, keyboard_key=None, lirc_code=None, bounding_box=None, bgr=(0, 0, 0), x_margin_percent=None, resizable=True):
""" Create image button
:param name: button name
:param action: action listener
:param keyboard_key: keyboard key assigned to the button
:param lirc_code: LIRC code assigned to the button
:param bounding_box: button bounding box
:param bgr: button background color
:param x_margin_percent: X margin for the button
:param resizable: flag defining if button can be resized, True - resizable, False - non-resizable
"""
state = State()
state.name = name
state.bounding_box = bounding_box
state.bgr = bgr
state.keyboard_key = keyboard_key
state.lirc_code = lirc_code
state.img_x = None
state.img_y = None
state.auto_update = True
state.show_bgr = True
state.show_img = True
state.image_align_v = V_ALIGN_CENTER
state.x_margin_percent = x_margin_percent
state.resizable = resizable
self.set_state_icons(state)
button = Button(self.util, state)
if action:
button.add_release_listener(action)
return button
def create_toggle_button(self, name, keyboard_key=None, lirc_code=None, bounding_box=None):
""" Create toggle button (e.g. Shutdown button)
:param name: button name
:param keyboard_key: keyboard key assigned to the button
:param lirc_code: LIRC code assigned to the button
:param bounding_box: button bounding box
"""
state = State()
state.name = name
state.keyboard_key = keyboard_key
state.lirc_code = lirc_code
state.bgr = (0, 0, 0)
state.bounding_box = bounding_box
state.img_x = None
state.img_y = None
state.auto_update = True
state.image_align_v = V_ALIGN_CENTER
state.show_bgr = True
state.show_img = True
self.set_state_icons(state)
button = ToggleButton(self.util, state)
return button
def load_menu(self, names, comparator, disabled_items=None):
""" Load menu items
:param names: list of menu item names (should have corresponding filename)
:param comparator: string used to sort items
:param disabled_items: list of items which should be disabled
:return: dictionary with menu items
"""
items = {}
f = self.config[ICON_SIZE_FOLDER]
for name in names:
filename = name + EXT_PNG
path = os.path.join(FOLDER_ICONS, f, filename)
icon = self.load_image(path)
filename = name + IMAGE_SELECTED_SUFFIX + EXT_PNG
path_on = os.path.join(FOLDER_ICONS, f, filename)
icon_on = self.load_image(path_on)
filename = name + IMAGE_DISABLED_SUFFIX + EXT_PNG
path_off = os.path.join(FOLDER_ICONS, f, filename)
icon_off = self.load_image(path_off)
state = State()
state.name = name
state.genre = name
state.l_genre = self.config[LABELS][name]
state.l_name = self.config[LABELS][name]
state.icon_base = icon
if icon_on:
state.icon_selected = icon_on
else:
state.icon_selected = icon
if not icon_off:
state.icon_disabled = icon_on
state.bgr = self.config[COLORS][COLOR_DARK]
state.img_x = None
state.img_y = None
state.auto_update = True
state.show_bgr = True
state.show_img = True
state.show_label = True
if comparator == NAME:
state.comparator_item = state.name
elif comparator == GENRE:
state.comparator_item = state.genre
if disabled_items and name in disabled_items:
state.enabled = False
items[state.name] = state
return items