class PlexController():
plex = None
plexClient = None
plexLibrary = None
def __init__(self):
self.plex = PlexServer(secrets.plexBaseUrl, secrets.token)
self.plexLibrary = self.plex.library.section(secrets.librarySection)
def initializeRoku(self):
self.plexClient = self.plex.client(secrets.rokuClientName)
def printClients(self):
print("Available plex clients:")
for client in self.plex.clients():
print(client.title)
# Get a show by name
def getShow(self, showName):
shows = self.plexLibrary.search(title=showName)
# We're just going to return the first
if shows:
return shows[0]
return None
def getEpisodeCount(self, showName):
show = self.getShow(showName)
return len(show.episodes()) if show else None
def getUnwatchedEpisodeCount(self, showName):
show = self.getShow(showName)
return len(list(filter(lambda x: not x.isWatched, show.episodes())))
def getNextEpisode(self, showName):
show = self.getShow(showName)
for episode in show.episodes():
if episode.isWatched:
continue
return episode
return None
def playEpisode(self, episode):
self.plexClient.playMedia(episode)
def resetWatched(self, showName):
show = self.getShow(showName)
for episode in show.episodes():
episode.markUnwatched()
def plexlogin():
global plex
global client
baseurl = "http://serverip:port"
from plexapi.server import PlexServer
plex = PlexServer(baseurl)
client = plex.client("clientnamegoeshere")
def playstatus():
sql = sqlite3.connect(MYDB)
cur = sql.cursor()
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXUN\'')
PLEXUN = cur.fetchone()
PLEXUN = PLEXUN[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXPW\'')
PLEXPW = cur.fetchone()
PLEXPW = PLEXPW[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXSVR\'')
PLEXSVR = cur.fetchone()
PLEXSVR = PLEXSVR[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXCLIENT\'')
PLEXCLIENT = cur.fetchone()
PLEXCLIENT = PLEXCLIENT[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERIP\'')
PLEXSERVERIP = cur.fetchone()
PLEXSERVERIP = PLEXSERVERIP[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERPORT\'')
PLEXSERVERPORT = cur.fetchone()
PLEXSERVERPORT = PLEXSERVERPORT[0]
from plexapi.myplex import MyPlexAccount
try:
from plexapi.server import PlexServer
baseurl = 'http://' + PLEXSERVERIP + ':' + PLEXSERVERPORT
plex = PlexServer(baseurl, token)
except Exception:
user = MyPlexAccount.signin(PLEXUN, PLEXPW)
print("Local Fail. Trying cloud access.")
plex = user.resource(PLEXSVR).connect()
client = plex.client(PLEXCLIENT)
pstatus = client.isPlayingMedia()
sql.close()
#print (pstatus)
if pstatus is True:
return ("Playing")
else:
return ("Stopped")
def plexlogin():
global PLEXUN
global PLEXSVR
global PLEXCLIENT
global plex
global client
global LOGGEDIN
try:
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXUN\'')
PLEXUN = cur.fetchone()
PLEXUN = PLEXUN[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXPW\'')
PLEXPW = cur.fetchone()
PLEXPW = PLEXPW[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXSVR\'')
PLEXSVR = cur.fetchone()
PLEXSVR = PLEXSVR[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXCLIENT\'')
PLEXCLIENT = cur.fetchone()
PLEXCLIENT = PLEXCLIENT[0]
try:
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERIP\''
)
PLEXSERVERIP = cur.fetchone()
PLEXSERVERIP = PLEXSERVERIP[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERPORT\''
)
PLEXSERVERPORT = cur.fetchone()
PLEXSERVERPORT = PLEXSERVERPORT[0]
except Exception:
print("Local Variables not set. Run setup to use local access.")
from plexapi.myplex import MyPlexAccount
try:
LOGGEDIN
except Exception:
try:
from plexapi.server import PlexServer
baseurl = 'http://' + PLEXSERVERIP + ':' + PLEXSERVERPORT
plex = PlexServer(baseurl)
except Exception:
print("Local Fail. Trying cloud access.")
user = MyPlexAccount.signin(PLEXUN, PLEXPW)
plex = user.resource(PLEXSVR).connect()
client = plex.client(PLEXCLIENT)
LOGGEDIN = "YES"
except IndexError:
print(
"Error getting necessary plex api variables. Run system_setup.py.")
def sessionstatus():
sql = sqlite3.connect(MYDB)
cur = sql.cursor()
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXUN\'')
PLEXUN = cur.fetchone()
PLEXUN = str(PLEXUN[0]).strip()
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXPW\'')
PLEXPW = cur.fetchone()
PLEXPW = str(PLEXPW[0]).strip()
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXSVR\'')
PLEXSVR = cur.fetchone()
PLEXSVR = PLEXSVR[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXCLIENT\'')
PLEXCLIENT = cur.fetchone()
PLEXCLIENT = PLEXCLIENT[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERIP\'')
PLEXSERVERIP = cur.fetchone()
PLEXSERVERIP = PLEXSERVERIP[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERPORT\'')
PLEXSERVERPORT = cur.fetchone()
PLEXSERVERPORT = PLEXSERVERPORT[0]
from plexapi.myplex import MyPlexAccount
try:
from plexapi.server import PlexServer
baseurl = 'http://' + PLEXSERVERIP + ':' + PLEXSERVERPORT
plex = PlexServer(baseurl)
print("using local access.")
except Exception:
print("Local Fail. Trying cloud access.")
user = MyPlexAccount.signin(PLEXUN, PLEXPW)
plex = user.resource(PLEXSVR).connect()
client = plex.client(PLEXCLIENT)
psess = plex.sessions()
if not psess:
return ("Stopped")
else:
cur.execute(
'SELECT State FROM States WHERE Option LIKE \'Nowplaying\'')
nowp = cur.fetchone()
nowp = nowp[0]
if "TV Show:" in nowp:
nowp = nowp.split("Episode: ")
nowp = nowp[1]
elif "Movie:" in nowp:
nowp = nowp.split("Movie: ")
nowp = nowp[1]
for sess in psess:
sess = sess.title
if nowp in sess:
#print ("Go")
return ("Playing")
print("Fail")
return ("Unknown")
else:
return prop_type(input(f'Please enter the: {prop_key}:'))
if __name__ == '__main__':
try:
with open('config.json') as config_file:
config = json.loads(config_file.read())
except:
config = {}
client_type = get_prop(config, 'client_type')
sync_url = get_prop(config, 'sync_url')
if client_type == 'vlc':
passwd = get_prop(config, 'passwd')
vlc_url = get_prop(config, 'vlc_url')
loop_vlc()
elif client_type == 'plex':
token = get_prop(config, 'token')
plex_url = get_prop(config, 'plex_url')
client_name = get_prop(config, 'client_name')
plex = PlexServer(plex_url, token)
client = plex.client(client_name)
client.pause()
loop_plex()
else:
print('Invalid client type!!!!!')
class PlexBackend():
def __init__(self, plexurl, token, libname, data_path, client_name):
self.token = token
self.plexurl = plexurl
self.lib_name = libname
self.data_path = data_path
self.client_name = client_name
self.plex = PlexServer(self.plexurl, self.token)
self.music = self.plex.library.section(self.lib_name)
def down_plex_lib(self):
songs = {}
try:
playlists = self.plex.playlists()
songs["playlist"] = {}
for p in playlists:
p_name = p.title
songs["playlist"][p_name] = []
for track in p.items():
title = track.title
album = track.album().title
artist = track.artist().title
file_key = self.get_file(track)
file = self.get_tokenized_uri( file_key )
songs["playlist"][p_name].append([artist, album, title, file])
root = self.music.all()
artists = defaultdict(list)
albums = defaultdict(list)
titles = defaultdict(list)
count = 0
for artist in root:
artist_title = artist.title
songs[artist_title] = {}
for album in artist.albums():
album_title = album.title
songs[artist_title][album_title] = []
for track in album.tracks():
title = track.title
key = track.key
file_key = self.get_file(track)
file = self.get_tokenized_uri( file_key )
try:
print("""%d
%s -- %s
%s
%s
%s
""" % (count, artist_title, album_title, title,file_key, key))
songs[artist_title][album_title].append([title, file, key])
count += 1
except Exception as ex:
print(ex)
self.json_save(songs, self.data_path)
print("done loading library")
except Exception as e:
print(e)
return None
def json_save(self, data, fname):
with open(fname, 'w') as fp:
dump(data, fp)
def json_load(self, fname):
with open(fname, 'r') as fp:
return load(fp)
def get_tokenized_uri(self, uri):
return self.plexurl+uri+"?X-Plex-Token="+self.token
def get_file(self,track):
for media in track.media:
for p in media.parts:
return p.key
def play_media(self, key, media_type):
client = self.plex.client(self.client_name)
item = self.plex.library.fetchItem(key)
if media_type == "album":
item = self.plex.library.fetchItem(item.parentKey)
client.playMedia(item)
elif media_type == "artist":
item = self.plex.library.fetchItem(item.grandparentKey)
queue = self.plex.createPlayQueue(item, shuffle = 1)
client.playMedia(queue)
else:
client.playMedia(item)
def pause(self):
client = self.plex.client(self.client_name)
client.pause("music")
def next(self):
client = self.plex.client(self.client_name)
client.skipNext("music")
def previous(self):
client = self.plex.client(self.client_name)
client.skipPrevious("music")
def resume(self):
client = self.plex.client(self.client_name)
client.play("music")
def stop(self):
client = self.plex.client(self.client_name)
client.stop("music")
class Remote:
def __init__(self, language, plex_url, client_name):
self.lang = language
self.formatHelper = FormatHelper(language)
self.plex = PlexServer(plex_url)
self.client = self.plex.client(client_name)
# last results for context awareness
self.found_media = []
self.found_actions = []
self.last_request = []
self.last_picked = None
# filter configuration
self.filterable_in_episode = ['director', 'writer', 'year', 'decade']
self.filterable_in_show = ['actor', 'genre', 'contentRating']
self.filter_config = {'actor': self.formatHelper.filter_person,
'director': self.formatHelper.filter_person,
'writer': self.formatHelper.filter_person,
'producer': self.formatHelper.filter_person,
'year': self.formatHelper.filter_year,
'decade': self.formatHelper.filter_year,
'genre': self.formatHelper.filter_case_insensitive,
'country': self.formatHelper.filter_case_insensitive,
'contentRating': self.formatHelper.filter_case_insensitive}
for section in self.plex.library.sections():
if section.TYPE == 'movie':
self.movies = section
elif section.TYPE == 'show':
self.shows = section
def execute(self, text):
print(text)
commands = self.lang.match(text.lower())
self.search(commands)
self.filter_highest_priority()
return self.execute_actions()
def search(self, commands):
self.found_media = []
self.found_actions = []
threads = []
for priority, matched in commands:
search_actions = [action for action in ['play', 'navigate', 'follow_up'] if action in matched]
direct_actions = [action for action in ['another_one', 'play_it', 'main_menu', 'subtitle_on',
'subtitle_off', 'subtitle_toggle', 'language_toggle',
'osd', 'jump_forward', 'jump_backward',
'pause', 'play_after_pause'] if action in matched]
if direct_actions:
self.found_media.append((priority, direct_actions, None))
else:
if 'movie' in matched:
function = self.search_movies
elif 'tv' in matched:
function = self.search_episodes
else:
function = self.search_general
thr = threading.Thread(target=function, args=[matched, priority, search_actions])
threads.append(thr)
thr.start()
for thr in threads:
thr.join()
def search_movies(self, matched, priority, actions):
title = matched.get('title')
if 'unseen' in matched:
movie_filter = 'unwatched'
else:
movie_filter = 'all'
multi_filters = self.create_filter(self.movies, matched)
if multi_filters:
results = self.movies.search(title, filter=movie_filter, **multi_filters.pop())
for filters in multi_filters:
filter_results = self.movies.search(title, filter=movie_filter, **filters)
results = [result for result in results if result in filter_results]
for video in self.post_filter(matched, results):
self.found_media.append((priority, actions, video))
def search_episodes(self, matched, priority, actions):
title = matched.get('title')
season = matched.get('season')
if 'unseen' in matched:
watched_filter = 'unwatched'
matched['oldest'] = None
else:
watched_filter = 'all'
show_multi_filters = self.create_filter(self.shows, filter_dict(matched, self.filterable_in_show))
episode_multi_filters = self.create_filter(self.shows, filter_dict(matched, self.filterable_in_episode))
if show_multi_filters is None or episode_multi_filters is None:
return
episode_set = []
used_episode_filter = False
if episode_multi_filters[0]:
used_episode_filter = True
episode_set = self.shows.searchEpisodes(None, filter=watched_filter, **episode_multi_filters.pop())
for filters in episode_multi_filters:
filter_episode_set = self.shows.searchEpisodes(title, filter=watched_filter, **filters)
episode_set = [result for result in episode_set if result in filter_episode_set]
results = []
used_show_filter = False
if show_multi_filters[0] or season or not used_episode_filter or title or watched_filter == 'unwatched':
used_show_filter = True
show_set = self.shows.search(title, filter=watched_filter, **show_multi_filters.pop())
for filters in show_multi_filters:
filter_show_set = self.shows.search(title, filter=watched_filter, **filters)
show_set = [result for result in show_set if result in filter_show_set]
for show in show_set:
if season:
show = show.season(self.formatHelper.season_format(season))
res = show.episodes(watched='unseen' not in matched)
results += self.post_filter(matched, res)
if used_episode_filter:
if used_show_filter:
results = [result for result in results if result in episode_set]
else:
results = episode_set
results = self.post_filter(matched, results)
for video in results:
self.found_media.append((priority, actions, video))
def search_general(self, matched, priority, actions):
title = matched.get('title')
results = self.plex.search(title)
results = self.post_filter(matched, results)
for video in results:
self.found_media.append((priority, actions, video))
def create_filter(self, library, matched):
multi_filter = [{}]
for key, filter_method in self.filter_config.iteritems():
entities = matched.get(key)
if entities:
server_entities = getattr(library, 'get_' + key)()
for index, entity in enumerate(entities.split(self.lang.and_phrase())):
res = filter_method(server_entities, entity)
if res:
if len(multi_filter) <= index:
multi_filter.append(multi_filter[0].copy())
filters = multi_filter[index]
filters[key] = res
else:
return None
return multi_filter
@staticmethod
def post_filter(matched, results):
if 'higher_rating' in matched and results:
border = float(matched['higher_rating'])
results = [video for video in results if hasattr(video, 'rating') and float(video.rating) > border]
if 'lower_rating' in matched and results:
border = float(matched['lower_rating'])
results = [video for video in results if hasattr(video, 'rating') and float(video.rating) < border]
if 'newest' in matched and len(results) > 1:
newest = results[0]
newest_date = datetime(1, 1, 1)
for video in results:
if hasattr(video, 'originallyAvailableAt') and video.originallyAvailableAt > newest_date:
newest_date = video.originallyAvailableAt
newest = video
return [newest]
if 'oldest' in matched and len(results) > 1:
oldest = results[0]
oldest_date = datetime(9999, 1, 1)
for video in results:
if hasattr(video, 'originallyAvailableAt') and video.originallyAvailableAt < oldest_date:
oldest_date = video.originallyAvailableAt
oldest = video
return [oldest]
return results
def filter_highest_priority(self):
highest_priority = -1
for priority, actions, media in self.found_media:
highest_priority = max(priority, highest_priority)
filtered = []
highest_priority_actions = []
for priority, actions, media in self.found_media:
if priority == highest_priority:
highest_priority_actions += actions
filtered.append(media)
self.found_actions = highest_priority_actions
self.found_media = filtered
def execute_actions(self):
if self.found_actions:
print(self.found_actions[0])
# direct actions
if 'main_menu' in self.found_actions:
self.client.stop()
if 'subtitle_on' in self.found_actions:
self.client.subtitle('on')
if 'subtitle_off' in self.found_actions:
self.client.subtitle('off')
if 'subtitle_toggle' in self.found_actions:
self.client.subtitle('next')
if 'language_toggle' in self.found_actions:
self.client.switch_language()
if 'osd' in self.found_actions:
self.client.toggleOSD()
if 'jump_forward' in self.found_actions:
self.client.stepForward()
if 'jump_backward' in self.found_actions:
self.client.stepBack()
if 'pause' in self.found_actions:
self.client.pause()
if 'play_after_pause' in self.found_actions:
self.client.play()
if 'another_one' in self.found_actions:
self.last_picked = self.pick_another_one()
if self.last_picked:
self.client.navigate(self.last_picked)
if 'play_it' in self.found_actions:
if self.last_picked:
self.client.playMedia(self.last_picked)
# search actions
if 'follow_up' in self.found_actions or 'play' in self.found_actions or 'navigate' in self.found_actions:
if 'follow_up' in self.found_actions:
self.found_media = [f for f in self.found_media if f in self.last_request]
self.last_picked = self.pick_one()
self.last_request = self.found_media
if self.last_picked:
if 'play' in self.found_actions:
print('play ' + str(self.last_picked))
self.client.playMedia(self.last_picked)
elif 'navigate' in self.found_actions:
print('go to ' + str(self.last_picked))
self.client.navigate(self.last_picked)
return len(self.found_actions) > 0
def pick_one(self):
if len(self.found_media) == 0:
return None
pos = Random().randint(0, len(self.found_media) - 1)
return self.found_media[pos]
def pick_another_one(self):
if len(self.last_request) == 0:
return None
if len(self.last_request) == 1:
return self.last_request[0]
video = None
while not video or video == self.last_picked:
video = self.last_request[Random().randint(0, len(self.last_request) - 1)]
return video
def plexlogin():
global PLEXUN
global PLEXSVR
global PLEXCLIENT
global plex
global client
try:
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXUN\'')
PLEXUN = cur.fetchone()
PLEXUN = PLEXUN[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXPW\'')
PLEXPW = cur.fetchone()
PLEXPW = PLEXPW[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXSVR\'')
PLEXSVR = cur.fetchone()
PLEXSVR = PLEXSVR[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXCLIENT\'')
PLEXCLIENT = cur.fetchone()
PLEXCLIENT = PLEXCLIENT[0]
try:
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERTOKEN\''
)
PLEXTOKEN = cur.fetchone()
PLEXTOKEN = PLEXTOKEN[0]
except TypeError:
print(
"Error getting server Token. Local Access will fail. Try running system_setup.py to correct."
)
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERIP\'')
PLEXSERVERIP = cur.fetchone()
PLEXSERVERIP = PLEXSERVERIP[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERPORT\'')
PLEXSERVERPORT = cur.fetchone()
PLEXSERVERPORT = PLEXSERVERPORT[0]
from plexapi.myplex import MyPlexAccount
try:
from plexapi.server import PlexServer
baseurl = 'http://' + PLEXSERVERIP + ':' + PLEXSERVERPORT
token = PLEXTOKEN
plex = PlexServer(baseurl, token)
#print ("using local access.")
except Exception:
print("Local Fail. Trying cloud access.")
user = MyPlexAccount.signin(PLEXUN, PLEXPW)
plex = user.resource(PLEXSVR).connect()
client = plex.client(PLEXCLIENT)
except TypeError:
print(
"Error getting necessary plex api variables. Run system_setup.py.")
def playstatus():
sql = sqlite3.connect(MYDB)
cur = sql.cursor()
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXSVR\'')
PLEXSVR = cur.fetchone()
PLEXSVR = PLEXSVR[0]
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXCLIENT\'')
PLEXCLIENT = cur.fetchone()
PLEXCLIENT = PLEXCLIENT[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERIP\'')
PLEXSERVERIP = cur.fetchone()
PLEXSERVERIP = PLEXSERVERIP[0]
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERPORT\'')
PLEXSERVERPORT = cur.fetchone()
PLEXSERVERPORT = PLEXSERVERPORT[0]
#cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXSERVERTOKEN\'')
#PLEXSERVERTOKEN = cur.fetchone()
#PLEXSERVERTOKEN = PLEXSERVERTOKEN[0]
from plexapi.myplex import MyPlexAccount
try:
from plexapi.server import PlexServer
baseurl = 'http://' + PLEXSERVERIP + ':' + PLEXSERVERPORT
#token = PLEXSERVERTOKEN
#plex = PlexServer(baseurl, token)
plex = PlexServer(baseurl)
except Exception:
cur.execute('SELECT setting FROM settings WHERE item LIKE \'PLEXUN\'')
PLEXUN = cur.fetchone()
PLEXUN = PLEXUN[0]
try:
cur.execute(
'SELECT setting FROM settings WHERE item LIKE \'PLEXPW\'')
PLEXPW = cur.fetchone()
PLEXPW = PLEXPW[0]
import base64
PLEXPW = str(base64.b64decode(PLEXPW))
except Exception:
print("Your Plex Password is temporarly needed to proceed:\n")
PLEXPW = str(getpass.getpass("Password: "******"Local Fail. Trying cloud access.")
plex = user.resource(PLEXSVR).connect()
client = plex.client(PLEXCLIENT)
pstatus = client.isPlayingMedia()
sql.close()
#print (pstatus)
if pstatus is True:
return ("Playing")
else:
return ("Stopped")
