def __init__(self, q, telnet_lock):
Thread.__init__(self)
self.api_client = api_client.AirtimeApiClient()
self.queue = q
self.telnet_lock = telnet_lock
self.pushed_objects = {}
self.logger = logging.getLogger('push')
self.current_prebuffering_stream_id = None
self.queue_id = 0
self.future_scheduled_queue = Queue()
self.pypo_liquidsoap = PypoLiquidsoap(self.logger, telnet_lock,\
LS_HOST, LS_PORT)
self.plq = PypoLiqQueue(self.future_scheduled_queue, \
self.pypo_liquidsoap, \
self.logger)
self.plq.daemon = True
self.plq.start()
ls_port = config['ls_port']
liquidsoap_startup_test()
if options.test:
g.test_api()
sys.exit(0)
ReplayGainUpdater.start_reply_gain(api_client)
SilanAnalyzer.start_silan(api_client, logger)
pypoFetch_q = Queue()
recorder_q = Queue()
pypoPush_q = Queue()
pypo_liquidsoap = PypoLiquidsoap(logger, telnet_lock,\
ls_host, ls_port)
"""
This queue is shared between pypo-fetch and pypo-file, where pypo-file
is the consumer. Pypo-fetch will send every schedule it gets to pypo-file
and pypo will parse this schedule to determine which file has the highest
priority, and retrieve it.
"""
media_q = Queue()
pmh = PypoMessageHandler(pypoFetch_q, recorder_q, config)
pmh.daemon = True
pmh.start()
pfile = PypoFile(media_q, config)
pfile.daemon = True
pfile.start()
