def ValidatePrefs():
last_activity_mode = get_pref('activity_mode')
if Main.authenticate():
message = MessageContainer(
"Success",
"Authentication successful"
)
else:
message = MessageContainer(
"Error",
"Authentication failed, incorrect username or password"
)
# Restart if activity_mode has changed
if Prefs['activity_mode'] != last_activity_mode:
log.info('Activity mode has changed, restarting plugin...')
def restart():
# Delay until after `ValidatePrefs` returns
time.sleep(3)
# Restart plugin
Plex[':/plugins'].restart(PLUGIN_IDENTIFIER)
spawn(restart)
return message
# Re-initialize modules
Main.init_logging()
return message
def start(self):
# Validate username/password
spawn(self.validate_auth)
# Check for updates
self.update_checker.run_once(async=True)
self.session_manager.start()
# Start modules
for module in self.modules:
if hasattr(module, 'start'):
log.debug("Starting module %s", module)
module.start()
def ValidatePrefs():
# Retrieve plex token
token_plex = AccountMigration.get_token(Request.Headers)
# Retrieve current activity mode
last_activity_mode = Preferences.get('activity.mode')
if Request.Headers.get('X-Disable-Preference-Migration', '0') == '0':
# Run account migration
am = AccountMigration()
am.run(token_plex)
# Migrate server preferences
Preferences.migrate()
# Try migrate administrator preferences
try:
Preferences.initialize(account=1)
Preferences.migrate(account=1)
except Account.DoesNotExist:
log.debug(
'Unable to migrate administrator preferences, no account found'
)
else:
log.debug('Ignoring preference migration (disabled by header)')
# Restart if activity_mode has changed
if Preferences.get('activity.mode') != last_activity_mode or Prefs[
'language'] != Dict['language']:
log.info('Restart required to apply changes, restarting plugin...')
def restart():
# Delay until after `ValidatePrefs` returns
time.sleep(3)
# Restart plugin
Plex[':/plugins'].restart(PLUGIN_IDENTIFIER)
spawn(restart)
return MessageContainer(_("Success"), _("Success"))
# Fire configuration changed callback
spawn(Main.on_configuration_changed)
return MessageContainer(_("Success"), _("Success"))
def ValidatePrefs():
# Retrieve plex token
token_plex = AccountMigration.get_token(Request.Headers)
# Retrieve current activity mode
last_activity_mode = Preferences.get("activity.mode")
if Request.Headers.get("X-Disable-Preference-Migration", "0") == "0":
# Run account migration
am = AccountMigration()
am.run(token_plex)
# Migrate server preferences
Preferences.migrate()
# Try migrate administrator preferences
try:
Preferences.initialize(account=1)
Preferences.migrate(account=1)
except Account.DoesNotExist:
log.debug("Unable to migrate administrator preferences, no account found")
else:
log.debug("Ignoring preference migration (disabled by header)")
# Restart if activity_mode has changed
if RestartRequired(last_activity_mode):
log.info("Restart required to apply changes, restarting plugin...")
def restart():
# Delay until after `ValidatePrefs` returns
time.sleep(3)
# Restart plugin
Plex[":/plugins"].restart(PLUGIN_IDENTIFIER)
spawn(restart, daemon=True)
return MessageContainer(_("Success"), _("Success"))
# Fire configuration changed callback
spawn(Main.on_configuration_changed, daemon=True)
return MessageContainer(_("Success"), _("Success"))
def ValidatePrefs():
# Retrieve plex token
token_plex = AccountMigration.get_token(Request.Headers)
# Retrieve current activity mode
last_activity_mode = Preferences.get('activity.mode')
if Request.Headers.get('X-Disable-Preference-Migration', '0') == '0':
# Run account migration
am = AccountMigration()
am.run(token_plex)
# Migrate server preferences
Preferences.migrate()
# Try migrate administrator preferences
try:
Preferences.initialize(account=1)
Preferences.migrate(account=1)
except Account.DoesNotExist:
log.debug('Unable to migrate administrator preferences, no account found')
else:
log.debug('Ignoring preference migration (disabled by header)')
# Restart if activity_mode has changed
if Preferences.get('activity.mode') != last_activity_mode:
log.info('Activity mode has changed, restarting plugin...')
def restart():
# Delay until after `ValidatePrefs` returns
time.sleep(3)
# Restart plugin
Plex[':/plugins'].restart(PLUGIN_IDENTIFIER)
spawn(restart)
return MessageContainer("Success", "Success")
# Fire configuration changed callback
spawn(Main.on_configuration_changed)
return MessageContainer("Success", "Success")
def ValidatePrefs():
last_activity_mode = get_pref('activity_mode')
if Main.validate_auth():
message = MessageContainer(
"Success",
"Authentication successful"
)
else:
message = MessageContainer(
"Error",
"Authentication failed, incorrect username or password"
)
# Restart if activity_mode has changed
if Prefs['activity_mode'] != last_activity_mode:
log.info('Activity mode has changed, restarting plugin...')
spawn(PlexMediaServer.restart_plugin)
return message
def ValidatePrefs():
last_activity_mode = get_pref('activity_mode')
if Main.validate_auth():
message = MessageContainer(
"Success",
"Authentication successful"
)
else:
message = MessageContainer(
"Error",
"Authentication failed, incorrect username or password"
)
# Restart if activity_mode has changed
if Prefs['activity_mode'] != last_activity_mode:
log.info('Activity mode has changed, restarting plugin...')
spawn(PlexMediaServer.restart_plugin)
return message
def start(self):
# Get current server version and save it to dict.
server_version = PlexMediaServer.get_version()
if server_version:
Log('Server Version is %s' % server_version)
Dict['server_version'] = server_version
# Validate username/password
spawn(self.validate_auth)
# Check for updates
self.update_checker.run_once(async=True)
self.session_manager.start()
# Start modules
for module in self.modules:
if hasattr(module, 'start'):
log.debug("Starting module %s", module)
module.start()
def start(cls, blocking=False):
if not blocking:
spawn(cls.start, blocking=True)
return
cls.log = Logger(cls.tag)
cls.filter_available()
# Test methods until an available method is found
for weight, method in cls.available:
if weight is None:
cls.start_method(method)
elif method.test():
cls.start_method(method)
break
else:
cls.log.info("method '%s' not available" % method.name)
cls.log.info(
'Finished starting %s method%s: %s',
len(cls.enabled), plural(cls.enabled),
', '.join([("'%s'" % m.name) for m in cls.enabled])
)
def start(self):
# Check for authentication token
log.info('X-Plex-Token: %s', 'available' if os.environ.get('PLEXTOKEN') else 'unavailable')
# Validate username/password
spawn(self.authenticate)
# Start modules
names = []
for module in self.modules:
if not hasattr(module, 'start'):
continue
names.append(get_class_name(module))
module.start()
log.info('Started %s modules: %s', len(names), ', '.join(names))
ModuleManager.start()
# Start plex.activity.py
Activity.start(ACTIVITY_MODE.get(Prefs['activity_mode']))
def start(cls, blocking=False):
if not blocking:
spawn(cls.start, blocking=True)
return
cls.filter_available()
# Test methods until an available method is found
for weight, method in cls.available:
if weight is None:
cls.start_method(method)
elif method.test():
cls.start_method(method)
break
else:
log.info("method '%s' not available" % method.name, tag=cls.tag)
log.info(
'Finished starting %s method%s: %s',
len(cls.enabled), plural(cls.enabled),
', '.join([("'%s'" % m.name) for m in cls.enabled]),
tag=cls.tag
)
def queue(self, action, request, priority=3):
if priority == 0:
log.info('Maximum retries exceeded for "%s" action', action)
return False
# Store in queue
self.action_queue.put((priority, action, request))
log.debug('Queued "%s" action (priority: %s)', action, priority)
# Ensure action thread has started
if not self.action_thread:
self.action_thread = spawn(self.process_actions)
return True
def spawn(self, name):
self.name = name
spawn(self.run, thread_name=name)
def start_method(cls, method):
obj = method()
cls.enabled.append(obj)
spawn(obj.start)
def spawn(self, name):
spawn(self.run, thread_name=name)
def start_method(cls, method):
obj = method()
cls.enabled.append(obj)
spawn(obj.start)
def start(self):
# Construct main thread
spawn(self.run, daemon=True, thread_name='main')
def start(self):
# Construct main thread
spawn(self.run, daemon=True, thread_name='main')