def _process_queue(self):
while True:
work_item = operations.retrieve_work_item(max_wait_time = 5)
if work_item:
mail_parser.handle_work_item(self.processor, work_item)
operations.close_work_item(work_item, True)
else:
break
def _process_queue(self):
while True:
work_item = operations.retrieve_work_item(max_wait_time=3)
if work_item:
mail_parser.handle_work_item(self.processor, work_item)
operations.close_work_item(work_item, True)
else:
logging.info('no more work items')
break
def _validate_consumer(self, asset, content):
work_item = operations.retrieve_work_item(max_wait_time=30)
self.assert_( work_item is not None )
self.assert_( int(work_item['Asset-ID']) == asset.pk )
self.assert_( open(work_item['Local-Path']).read() == content )
operations.close_work_item(
work_item = work_item,
delete_from_queue = True )
work_item = operations.retrieve_work_item(max_wait_time=30)
for i in work_item and work_item.iteritems() or ():
print ' %s = %r' % i
self.assert_( work_item is None )
def _process_queue(self):
while True:
work_item = operations.retrieve_work_item(max_wait_time = 3)
if work_item:
mail_parser.handle_work_item(self.processor, work_item)
operations.close_work_item(work_item, True)
else:
logging.info('no more work items')
break
def maybe_get_next(options):
""" If the maximum number of jobs is already active just sleep.
Otherwise, try to get another job to run.
"""
if options.max_concurrency < 1:
time.sleep(2)
return None
return operations.retrieve_work_item(interrupt_func=must_shut_down, auto_get_asset=False)
def maybe_get_next(options):
""" If the maximum number of jobs is already active just sleep.
Otherwise, try to get another job to run.
"""
if options.max_concurrency < 1:
time.sleep(2)
return None
return operations.retrieve_work_item(interrupt_func=must_shut_down,
auto_get_asset=False)
