Uses of Interface
com.lmax.disruptor.WaitStrategy

Packages that use WaitStrategy

com.lmax.disruptor	The Disruptor is a concurrent programming framework for exchanging and coordinating work as a continuous series of events.
com.lmax.disruptor.dsl

Uses of WaitStrategy in com.lmax.disruptor

Classes in com.lmax.disruptor that implement WaitStrategy

class	BlockingWaitStrategy Blocking strategy that uses a lock and condition variable for EventProcessors waiting on a barrier.
class	BusySpinWaitStrategy Busy Spin strategy that uses a busy spin loop for EventProcessors waiting on a barrier.
class	SleepingWaitStrategy Sleeping strategy that initially spins, then uses a Thread.yield(), and eventually for the minimum number of nanos the OS and JVM will allow while the EventProcessors are waiting on a barrier.
class	YieldingWaitStrategy Yielding strategy that uses a Thread.yield() for EventProcessors waiting on a barrier after an initially spinning.

Constructors in com.lmax.disruptor with parameters of type WaitStrategy

RingBuffer(EventFactory<T> eventFactory, ClaimStrategy claimStrategy, WaitStrategy waitStrategy)
Construct a RingBuffer with the full option set.

Sequencer(ClaimStrategy claimStrategy, WaitStrategy waitStrategy)
Construct a Sequencer with the selected strategies.

WorkerPool(EventFactory<T> eventFactory, ClaimStrategy claimStrategy, WaitStrategy waitStrategy, ExceptionHandler exceptionHandler, WorkHandler<T>... workHandlers)
Construct a work pool with an internal RingBuffer for convenience.

Uses of WaitStrategy in com.lmax.disruptor.dsl

Constructors in com.lmax.disruptor.dsl with parameters of type WaitStrategy

Disruptor(EventFactory<T> eventFactory, java.util.concurrent.Executor executor, ClaimStrategy claimStrategy, WaitStrategy waitStrategy)
Create a new Disruptor.