def run(self):
session = get_session()
beanstalk = beanstalkc.Connection(host='localhost', port=11300)
while self.active:
# Look for episodes that we want, that should be or become available shortly and set to searching.
waiting_episodes = Episode.get_waiting(session)
for ep in waiting_episodes:
print 'Set to {} :: {}'.format(ESTATE_SEARCHING, unicode(ep))
ep.state = ESTATE_SEARCHING
session.commit()
print beanstalk.peek_ready()
# The basic way this works is that we will peek at various job queues and make sure
# spawn subprocesses to manage those queues.
# Any episodes that require searching, spawn a process to search NZB repository.
# SPAWN SEARCH PROCESS
# Any episode that has a candidate NZB, spawn a download process.
# SPAWN DOWNLOAD PROCESS
# Any episode that has completed download, begin stitching of file.
# SPAWN FILE STITCHER/REPAIR/UNCOMPRESS
# Any episode that is complete but for post processing...
# SPAWN post processor.
time.sleep(self.sleep_time)
beanstalk.close()
def start(self, args, config):
#:TODO: Move this logic into the CORE so it can be used via library access.
today = datetime.today()
session = get_session()
# Lookup Series Information
tv = load_info_source('tv', config['TVDB_API_KEY'])
series = tv.get_series(args.series_id)
episodes = series.pop('episodes')
# Add series and episode data to database.
series = Series(**series)
session.merge(series)
for e in episodes:
episode = Episode(**e)
episode.state = ESTATE_SKIPPED if episode.air_date < today else ESTATE_WANTED
session.merge(episode)
session.commit()
print 'The series, "{}" has been added/updated along with {} episodes.'.format(series.name, len(episodes))