def start(self):
self.checkNewVersion()
try:
while (not xbmc.abortRequested) and (not self.stop):
#Interface reader mode
while self.readerOn and (not xbmc.abortRequested) and (
not self.stop):
xbmc.sleep(self.interval)
try:
self.checkForText()
except RuntimeError:
util.ERROR('start()', hide_tb=True)
except SystemExit:
if util.DEBUG:
util.ERROR('SystemExit: Quitting')
else:
util.LOG('SystemExit: Quitting')
break
except TTSClosedException:
util.LOG('TTSCLOSED')
except: #Because we don't want to kill speech on an error
util.ERROR('start()', notify=True)
self.initState(
) #To help keep errors from repeating on the loop
#Idle mode
while (not self.readerOn) and (not xbmc.abortRequested) and (
not self.stop):
try:
text, interrupt = self.noticeQueue.get_nowait()
self.sayText(text, interrupt)
self.noticeQueue.task_done()
except Queue.Empty:
pass
except RuntimeError:
util.ERROR('start()', hide_tb=True)
except SystemExit:
if util.DEBUG:
util.ERROR('SystemExit: Quitting')
else:
util.LOG('SystemExit: Quitting')
break
except TTSClosedException:
util.LOG('TTSCLOSED')
except: #Because we don't want to kill speech on an error
util.ERROR('start()', notify=True)
self.initState(
) #To help keep errors from repeating on the loop
for x in range(
5
): #Check the queue every 100ms, check state every 500ms
if self.noticeQueue.empty(): xbmc.sleep(100)
finally:
self._tts._close()
self.end()
util.playSound('off')
util.LOG('SERVICE STOPPED')
if self.disable:
import enabler
enabler.disableAddon()
def start(self):
self.checkNewVersion()
try:
while (not xbmc.abortRequested) and (not self.stop):
#Interface reader mode
while self.readerOn and (not xbmc.abortRequested) and (not self.stop):
xbmc.sleep(self.interval)
try:
self.checkForText()
except RuntimeError:
util.ERROR('start()',hide_tb=True)
except SystemExit:
if util.DEBUG:
util.ERROR('SystemExit: Quitting')
else:
util.LOG('SystemExit: Quitting')
break
except TTSClosedException:
util.LOG('TTSCLOSED')
except: #Because we don't want to kill speech on an error
util.ERROR('start()',notify=True)
self.initState() #To help keep errors from repeating on the loop
#Idle mode
while (not self.readerOn) and (not xbmc.abortRequested) and (not self.stop):
try:
text, interrupt = self.noticeQueue.get_nowait()
self.sayText(text,interrupt)
self.noticeQueue.task_done()
except Queue.Empty:
pass
except RuntimeError:
util.ERROR('start()',hide_tb=True)
except SystemExit:
if util.DEBUG:
util.ERROR('SystemExit: Quitting')
else:
util.LOG('SystemExit: Quitting')
break
except TTSClosedException:
util.LOG('TTSCLOSED')
except: #Because we don't want to kill speech on an error
util.ERROR('start()',notify=True)
self.initState() #To help keep errors from repeating on the loop
for x in range(5): #Check the queue every 100ms, check state every 500ms
if self.noticeQueue.empty(): xbmc.sleep(100)
finally:
self._tts._close()
self.end()
util.playSound('off')
util.LOG('SERVICE STOPPED')
if self.disable:
import enabler
enabler.disableAddon()
def __init__(self):
self.readerOn = True
self.stop = False
self.disable = False
self.noticeQueue = Queue.Queue()
self.initState()
self._tts = None
self.backendProvider = None
util.stopSounds() #To kill sounds we may have started before an update
util.playSound('on')
self.playerStatus = playerstatus.PlayerStatus(10115).init()
self.bgProgress = backgroundprogress.BackgroundProgress(10151).init()
self.noticeDialog = notice.NoticeDialog(10107).init()
self.initTTS()
util.LOG('SERVICE STARTED :: Interval: %sms' % self.tts.interval)
def __init__(self):
self.readerOn = True
self.stop = False
self.disable = False
self.noticeQueue = Queue.Queue()
self.initState()
self._tts = None
self.backendProvider = None
util.stopSounds() #To kill sounds we may have started before an update
util.playSound('on')
self.playerStatus = playerstatus.PlayerStatus(10115).init()
self.bgProgress = backgroundprogress.BackgroundProgress(10151).init()
self.noticeDialog = notice.NoticeDialog(10107).init()
self.initTTS()
util.LOG('SERVICE STARTED :: Interval: %sms' % self.tts.interval)
def play(self):
duration = util.playSound('busy',return_duration=True)
self.next = time.time() + duration
def play(self):
duration = util.playSound('busy', return_duration=True)
self.next = time.time() + duration
