public static WaitStrategy phasedOff(long spinTimeout, long yieldTimeout, TimeUnit units, WaitStrategy delegate) {
    """
	<p>Phased wait strategy for waiting consumers on a barrier.</p>
	<p>
	<p>This strategy can be used when throughput and low-latency are not as important as CPU resource. Spins, then
	yields, then waits using the configured fallback WaitStrategy.</p>
	
	@param spinTimeout the spin timeout
	@param yieldTimeout the yield timeout
	@param units the time unit
	@param delegate the target wait strategy to fallback on
	@return the wait strategy
    """
        return new PhasedOff(spinTimeout, yieldTimeout, units, delegate);
    }
public static WaitStrategy phasedOff(long spinTimeout, long yieldTimeout, TimeUnit units, WaitStrategy delegate) {
        return new PhasedOff(spinTimeout, yieldTimeout, units, delegate);
    }
public static WaitStrategy phasedOff ( long spinTimeout , long yieldTimeout , TimeUnit units , WaitStrategy delegate ) { return new PhasedOff ( spinTimeout , yieldTimeout , units , delegate ) ; }
<p>Phased wait strategy for waiting consumers on a barrier.</p>
<p>
<p>This strategy can be used when throughput and low-latency are not as important as CPU resource. Spins, then
yields, then waits using the configured fallback WaitStrategy.</p>

@param spinTimeout the spin timeout
@param yieldTimeout the yield timeout
@param units the time unit
@param delegate the target wait strategy to fallback on
@return the wait strategy
<p > Phased wait strategy for waiting consumers on a barrier . < / p > <p > <p > This strategy can be used when throughput and low - latency are not as important as CPU resource . Spins then yields then waits using the configured fallback WaitStrategy . < / p >