def __init__(self, bus, worker, master_proxy, execution_features, num_threads=1):
AsynchronousExecutePlugin.__init__(self, bus, num_threads, "execute_task")
self.worker = worker
self.block_store = worker.block_store
self.master_proxy = master_proxy
self.execution_features = execution_features
self.current_task_set = None
self._lock = Lock()
def __init__(self,
bus,
worker,
master_proxy,
execution_features,
num_threads=1):
AsynchronousExecutePlugin.__init__(self, bus, num_threads,
"execute_task")
self.worker = worker
self.block_store = worker.block_store
self.master_proxy = master_proxy
self.execution_features = execution_features
self.current_task_set = None
self._lock = Lock()
def __init__(self, bus):
"""
DeferredWorkPlugin(bus)
Create a new deferred work worker thread and attach it to the
bus @bus. Work items can be enqueued using either
do_deferred() (which runs them immediately) or
do_deferred_after() (which runs them after a timeout). The
work items should be simple callables with no arguments.
Note that there is only one worker thread, so slow items will
prevent any other items from running.
"""
AsynchronousExecutePlugin.__init__(self, bus, 1)
self.timers = {}
self.current_timer_id = 0
def __init__(self, bus, event_name="deferred_work"):
AsynchronousExecutePlugin.__init__(self, bus, 1, event_name)
self.timers = {}
self.current_timer_id = 0
