def start(self):
# Gracefully exit all threads on SIG_INT or SIG_TERM
threadpool.catch_signals()
# Start threads
self.Loggers.start()
self.Delinkers.start()
self.CheckUsages.start()
# Give threads some time to initialize
time.sleep(self.config['timeout'])
output(u'All workers started')
# Main loop
while True:
if self.config.get('enable_delinker', True):
if 'deletion_log_table' in self.config:
if not self.read_deletion_log_db():
self.read_deletion_log()
else:
self.read_deletion_log()
if self.config.get('enable_replacer', False):
self.read_replacement_log()
time.sleep(self.config['timeout'])
def start(self):
# Gracefully exit all threads on SIG_INT or SIG_TERM
threadpool.catch_signals()
# Start threads
self.Loggers.start()
self.Delinkers.start()
self.CheckUsages.start()
# Give threads some time to initialize
time.sleep(self.config['timeout'])
output(u'All workers started')
# Main loop
while True:
if self.config.get('enable_delinker', True):
if 'deletion_log_table' in self.config:
if not self.read_deletion_log_db():
self.read_deletion_log()
else:
self.read_deletion_log()
if self.config.get('enable_replacer', False):
self.read_replacement_log()
time.sleep(self.config['timeout'])
def start(self):
start_time = time.time()
# Gracefully exit all threads on SIG_INT or SIG_TERM
threadpool.catch_signals()
# Start threads
self.Loggers.start()
self.Delinkers.start()
self.CheckUsages.start()
# Give threads some time to initialize
time.sleep(self.config['timeout'])
output(u'All workers started')
# Main loop
while True:
if self.config.get('enable_delinker', True):
if 'deletion_log_table' in self.config:
if not self.read_deletion_log_db():
self.read_deletion_log()
else:
self.read_deletion_log()
if self.config.get('enable_replacer', False):
self.read_replacement_log()
if 'max_runtime' in self.config:
if (self.config['max_runtime'] + start_time) < time.time():
output(u'Maximum run time exceeded; trying to shutdown')
while not (self.CheckUsages.is_idle()
and self.Delinkers.is_idle()
and self.Loggers.is_idle()):
time.sleep(self.config['timeout'])
self.CheckUsages.exit()
self.Delinkers.exit()
self.Loggers.exit()
output(u'All work done; exiting')
break
time.sleep(self.config['timeout'])
# Store the last time the deletion log was checked
if 'deletion_log_store' in self.config:
open(self.config['deletion_log_store'],
'w').write(str(self.last_check))
output(u'Storing session end at %i' % self.last_check)
def start(self):
start_time = time.time()
# Gracefully exit all threads on SIG_INT or SIG_TERM
threadpool.catch_signals()
# Start threads
self.Loggers.start()
self.Delinkers.start()
self.CheckUsages.start()
# Give threads some time to initialize
time.sleep(self.config['timeout'])
output(u'All workers started')
# Main loop
while True:
if self.config.get('enable_delinker', True):
if 'deletion_log_table' in self.config:
if not self.read_deletion_log_db():
self.read_deletion_log()
else:
self.read_deletion_log()
if self.config.get('enable_replacer', False):
self.read_replacement_log()
if 'max_runtime' in self.config:
if (self.config['max_runtime'] + start_time) < time.time():
output(u'Maximum run time exceeded; trying to shutdown')
while not (self.CheckUsages.is_idle() and
self.Delinkers.is_idle() and
self.Loggers.is_idle()):
time.sleep(self.config['timeout'])
self.CheckUsages.exit()
self.Delinkers.exit()
self.Loggers.exit()
output(u'All work done; exiting')
break
time.sleep(self.config['timeout'])
# Store the last time the deletion log was checked
if 'deletion_log_store' in self.config:
open(self.config['deletion_log_store'], 'w').write(str(self.last_check))
output(u'Storing session end at %i' % self.last_check)