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get state is true when acquired and false when not
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AbstractQueuedSynchronizer . acquire AbstractQueuedSynchronizer . release AbstractQueuedSynchronizer . isHeldExclusively Runnable . <init> Thread . <init> AbstractQueuedSynchronizer . acquire Thread . sleep AbstractQueuedSynchronizer . release Thread . start Thread . sleep Thread . join AbstractQueuedSynchronizer . isHeldExclusively
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get state is true when acquired and false when not
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AbstractQueuedSynchronizer . acquire AbstractQueuedSynchronizer . release AbstractQueuedSynchronizer . isHeldExclusively Thread . <init> AbstractQueuedSynchronizer . acquire Thread . sleep AbstractQueuedSynchronizer . release Thread . start Thread . sleep Thread . join AbstractQueuedSynchronizer . isHeldExclusively
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get state is true when acquired and false when not
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AbstractQueuedSynchronizer . acquire AbstractQueuedSynchronizer . release Runnable . <init> Thread . <init> AbstractQueuedSynchronizer . acquire Thread . sleep AbstractQueuedSynchronizer . release Thread . start Thread . sleep AbstractQueuedSynchronizer . isHeldExclusively Thread . join AbstractQueuedSynchronizer . isHeldExclusively
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get state is true when acquired and false when not
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AbstractQueuedSynchronizer . acquire AbstractQueuedSynchronizer . release Thread . <init> AbstractQueuedSynchronizer . acquire Thread . sleep AbstractQueuedSynchronizer . release Thread . start Thread . sleep AbstractQueuedSynchronizer . isHeldExclusively Thread . join
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get state is true when acquired and false when not
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AbstractQueuedSynchronizer . acquire AbstractQueuedSynchronizer . release Thread . <init> AbstractQueuedSynchronizer . acquire Thread . sleep AbstractQueuedSynchronizer . release Thread . start Thread . sleep Thread . join
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> BufferedOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayInputStream . <init> BufferedInputStream . <init> ObjectInputStream . <init> AbstractQueuedSynchronizer . isHeldExclusively
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> BufferedOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayInputStream . <init> BufferedInputStream . <init> ObjectInputStream . <init> ObjectInputStream . readObject
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> BufferedOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayOutputStream . toByteArray ByteArrayInputStream . <init> BufferedInputStream . <init> ObjectInputStream . <init> ObjectInputStream . readObject AbstractQueuedSynchronizer . isHeldExclusively
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> BufferedOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayOutputStream . toByteArray ByteArrayInputStream . <init> ObjectInputStream . <init> ObjectInputStream . readObject
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> BufferedOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayOutputStream . toByteArray ByteArrayInputStream . <init> ObjectInputStream . <init>
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayOutputStream . toByteArray ByteArrayInputStream . <init> BufferedInputStream . <init> ObjectInputStream . <init> AbstractQueuedSynchronizer . isHeldExclusively
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a serialized <unk> deserializes with current state
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AbstractQueuedSynchronizer . acquire ByteArrayOutputStream . <init> ObjectOutputStream . <init> ObjectOutputStream . writeObject OutputStream . close ByteArrayOutputStream . toByteArray ByteArrayInputStream . <init> ObjectInputStream . <init> ObjectInputStream . readObject AbstractQueuedSynchronizer . isHeldExclusively
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await until without a signal times out
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AbstractQueuedSynchronizer . acquire Date . <init> Date . getTime ConditionObject . awaitUntil AbstractQueuedSynchronizer . release
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await until without a signal times out
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AbstractQueuedSynchronizer . acquire Date . <init> Date . getTime Date . <init> AbstractQueuedSynchronizer . release
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acquires in exclusive mode , ignoring interrupts .
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AbstractQueuedSynchronizer . acquire
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implement interruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease AbstractQueuedSynchronizer . checkInterruptWhileWaiting AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . unlinkCancelledWaiters AbstractQueuedSynchronizer . reportInterruptAfterWait AssertionError . <init>
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implement uninterruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease AbstractQueuedSynchronizer . isOnSyncQueue AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . selfInterrupt AssertionError . <init>
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implement interruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease AbstractQueuedSynchronizer . isOnSyncQueue AbstractQueuedSynchronizer . checkInterruptWhileWaiting AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . unlinkCancelledWaiters AbstractQueuedSynchronizer . reportInterruptAfterWait AssertionError . <init>
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implement interruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease AbstractQueuedSynchronizer . isOnSyncQueue LockSupport . park AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . reportInterruptAfterWait
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implement interruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease AbstractQueuedSynchronizer . isOnSyncQueue LockSupport . park AbstractQueuedSynchronizer . checkInterruptWhileWaiting AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . reportInterruptAfterWait
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implement uninterruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease AbstractQueuedSynchronizer . selfInterrupt AssertionError . <init>
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implement interruptible condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease LockSupport . park AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . reportInterruptAfterWait
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . isOnSyncQueue AbstractQueuedSynchronizer . transferAfterCancelledWait LockSupport . parkNanos System . nanoTime AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . isOnSyncQueue AbstractQueuedSynchronizer . transferAfterCancelledWait System . nanoTime AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . unlinkCancelledWaiters AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime AssertionError . <init>
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . transferAfterCancelledWait LockSupport . parkNanos AbstractQueuedSynchronizer . checkInterruptWhileWaiting System . nanoTime AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . transferAfterCancelledWait LockSupport . parkNanos AbstractQueuedSynchronizer . checkInterruptWhileWaiting System . nanoTime AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . transferAfterCancelledWait LockSupport . parkNanos AbstractQueuedSynchronizer . checkInterruptWhileWaiting System . nanoTime AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . transferAfterCancelledWait LockSupport . parkNanos System . nanoTime AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . <unk> AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . transferAfterCancelledWait LockSupport . parkNanos System . nanoTime AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime
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implement timed condition wait
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AbstractQueuedSynchronizer . addConditionWaiter AbstractQueuedSynchronizer . fullyRelease System . nanoTime AbstractQueuedSynchronizer . transferAfterCancelledWait System . nanoTime AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . unlinkCancelledWaiters AbstractQueuedSynchronizer . reportInterruptAfterWait System . nanoTime AssertionError . <init>
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acquire in exclusive mode , ignoring interrupts
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AbstractQueuedSynchronizer . addWaiter AbstractQueuedSynchronizer . selfInterrupt
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acquire in exclusive mode , ignoring interrupts
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AbstractQueuedSynchronizer . addWaiter AbstractQueuedSynchronizer . tryAcquire AbstractQueuedSynchronizer . acquireQueued AbstractQueuedSynchronizer . selfInterrupt
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acquire in exclusive interruptible mode
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AbstractQueuedSynchronizer . addWaiter Node . predecessor AbstractQueuedSynchronizer . setHead AbstractQueuedSynchronizer . cancelAcquire
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acquire in shared uninterruptible mode
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AbstractQueuedSynchronizer . addWaiter Node . predecessor AbstractQueuedSynchronizer . tryAcquireShared AbstractQueuedSynchronizer . setHeadAndPropagate AbstractQueuedSynchronizer . selfInterrupt AbstractQueuedSynchronizer . cancelAcquire
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acquire in shared uninterruptible mode
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AbstractQueuedSynchronizer . addWaiter Node . predecessor AbstractQueuedSynchronizer . tryAcquireShared AbstractQueuedSynchronizer . setHeadAndPropagate AbstractQueuedSynchronizer . selfInterrupt AbstractQueuedSynchronizer . shouldParkAfterFailedAcquire AbstractQueuedSynchronizer . cancelAcquire
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acquire in shared interruptible mode
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AbstractQueuedSynchronizer . addWaiter Node . predecessor AbstractQueuedSynchronizer . tryAcquireShared AbstractQueuedSynchronizer . setHeadAndPropagate AbstractQueuedSynchronizer . shouldParkAfterFailedAcquire AbstractQueuedSynchronizer . cancelAcquire
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transfer node , if necessary , to sync queue after a cancelled wait
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AbstractQueuedSynchronizer . compareAndSetWaitStatus AbstractQueuedSynchronizer . enq AbstractQueuedSynchronizer . isOnSyncQueue
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transfer node , if necessary , to sync queue after a cancelled wait
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AbstractQueuedSynchronizer . compareAndSetWaitStatus AbstractQueuedSynchronizer . enq
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acquire in exclusive mode , aborting if interrupted
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AbstractQueuedSynchronizer . doAcquireInterruptibly AssertionError . <init>
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attempt to acquire in exclusive mode , aborting if interrupted , and failing if the given timeout elapses
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AbstractQueuedSynchronizer . doAcquireNanos AbstractQueuedSynchronizer . tryAcquire
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attempt to acquire in shared mode , aborting if interrupted , and failing if the given timeout elapses
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AbstractQueuedSynchronizer . doAcquireSharedNanos AbstractQueuedSynchronizer . tryAcquireShared
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check that sync has exactly the given queued threads
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AbstractQueuedSynchronizer . getQueuedThreads AbstractQueuedSynchronizer . hasQueuedThreads AbstractQueuedSynchronizer . getQueueLength Arrays . asList
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check that sync has exactly the given queued threads
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AbstractQueuedSynchronizer . getQueuedThreads AbstractQueuedSynchronizer . hasQueuedThreads AbstractQueuedSynchronizer . getQueueLength Collection < Thread > . size Collection < Thread > . isEmpty Arrays . asList
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check that sync has exactly the given queued threads
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AbstractQueuedSynchronizer . getQueuedThreads AbstractQueuedSynchronizer . hasQueuedThreads AbstractQueuedSynchronizer . getQueueLength Collection < Thread > . size HashSet < Thread > . <init> Arrays . asList
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check that sync has exactly the given queued threads
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AbstractQueuedSynchronizer . getQueuedThreads AbstractQueuedSynchronizer . hasQueuedThreads Collection < Thread > . size Collection < Thread > . isEmpty Arrays . asList
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check that sync has exactly the given queued threads
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AbstractQueuedSynchronizer . getQueuedThreads Collection < Thread > . isEmpty Arrays . asList
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return a string identifying this synchronizer , as well as its state
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AbstractQueuedSynchronizer . getState AbstractQueuedSynchronizer . <unk>
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move all <unk> from the wait queue for this condition to the wait queue for the owning lock
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AbstractQueuedSynchronizer . isHeldExclusively AbstractQueuedSynchronizer . <unk>
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return a collection containing those <unk> that may be waiting on this condition
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AbstractQueuedSynchronizer . isHeldExclusively ArrayList . <init> ArrayList . add
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return a collection containing those threads that may be waiting on this condition
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AbstractQueuedSynchronizer . isHeldExclusively ArrayList . <init> ArrayList < Thread > . add
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return an estimate of the number of <unk> waiting on the given condition associated with this synchronizer
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AbstractQueuedSynchronizer . owns ConditionObject . getWaitQueueLength
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query whether any <unk> are waiting on the given condition associated with this synchronizer
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AbstractQueuedSynchronizer . owns ConditionObject . hasWaiters
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check for interrupt , returning throw ie if interrupted before signalled , <unk> if after signalled , or 0 if not interrupted
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AbstractQueuedSynchronizer . transferAfterCancelledWait Thread . interrupted
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acquire in exclusive mode , aborting if interrupted
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AbstractQueuedSynchronizer . tryAcquire AbstractQueuedSynchronizer . doAcquireInterruptibly AssertionError . <init>
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release action for shared mode signals successor and ensure propagation
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AbstractQueuedSynchronizer . unparkSuccessor AbstractQueuedSynchronizer . compareAndSetWaitStatus
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite Double . isNaN AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite Double . isNaN AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite Double . isNaN UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isNaN Double . isInfinite Double . isNaN AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns ul li get support lower bound for p = 0 , li li get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isNaN Double . isInfinite Double . isNaN Double . isInfinite AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
|
the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
|
the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
|
AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite Double . isNaN AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite Double . isNaN AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isInfinite Double . isNaN Double . isInfinite Double . isNaN AbstractRealDistribution . cumulativeProbability UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns get support lower bound for p = 0 , get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isNaN Double . isInfinite Double . isNaN Double . isInfinite UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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the default implementation returns ul li get support lower bound for p = 0 , li li get support upper bound for p = 1
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AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> AbstractRealDistribution . <unk> Double . isNaN Double . isInfinite Double . isNaN UnivariateFunction . <init> AbstractRealDistribution . cumulativeProbability AbstractRealDistribution . <unk> AbstractRealDistribution . cumulativeProbability
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generate a random value from the beta distribution beta distribution
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AbstractRealDistribution . sample RandomDataGenerator . <unk> AbstractRealDistribution . sample
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generate a random value from the org
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AbstractRealDistribution . sample RandomDataGenerator . <unk> AbstractRealDistribution . sample
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generate a random value from the t distribution t distribution
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AbstractRealDistribution . sample RandomDataGenerator . <unk> AbstractRealDistribution . sample
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algorithm Description : uses the algorithm sa <unk> from p
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AbstractRealDistribution . sample RandomDataGenerator . <unk>
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generate a random value from the <unk> distribution <unk> distribution
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AbstractRealDistribution . sample RandomDataGenerator . <unk>
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generate a random value from the f distribution f distribution
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AbstractRealDistribution . sample RandomDataGenerator . <unk>
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generate a random value from the t distribution t distribution
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AbstractRealDistribution . sample RandomDataGenerator . <unk>
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generate a random value from the <unk> squared distribution <unk> square distribution
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AbstractRealDistribution . sample RandomDataGenerator . getRandomGenerator AbstractRealDistribution . sample
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algorithm Description : uses the algorithm sa <unk> from p
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AbstractRealDistribution . sample RandomDataGenerator . getRandomGenerator
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generate a random value from the <unk> distribution <unk> distribution
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AbstractRealDistribution . sample RandomDataGenerator . getRandomGenerator
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generate a random value from the f distribution f distribution
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AbstractRealDistribution . sample RandomDataGenerator . getRandomGenerator
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generate a random value from the org
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AbstractRealDistribution . sample RandomDataGenerator . getRandomGenerator
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set the entries in row number row as a row matrix
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AbstractRealMatrix . getColumnDimension AbstractRealMatrix . getRowDimension AbstractRealMatrix . getColumnDimension Math . min System . arraycopy
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return the result of <unk> this by m
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AbstractRealMatrix . getColumnDimension OpenMapRealMatrix . <init> OpenIntToDoubleHashMap . iterator Iterator . advance Iterator . value Iterator . key OpenMapRealMatrix . <unk> OpenIntToDoubleHashMap . containsKey OpenMapRealMatrix . <unk> OpenIntToDoubleHashMap . get OpenIntToDoubleHashMap . remove OpenIntToDoubleHashMap . put
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return the result of <unk> this by m
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AbstractRealMatrix . getColumnDimension OpenMapRealMatrix . <init> OpenIntToDoubleHashMap . iterator Iterator . advance Iterator . value Iterator . key OpenMapRealMatrix . <unk> OpenIntToDoubleHashMap . get OpenIntToDoubleHashMap . remove OpenIntToDoubleHashMap . put
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return the result of <unk> this by m
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AbstractRealMatrix . getColumnDimension OpenMapRealMatrix . <init> OpenIntToDoubleHashMap . iterator Iterator . hasNext Iterator . advance Iterator . value Iterator . key OpenMapRealMatrix . <unk> OpenIntToDoubleHashMap . get OpenIntToDoubleHashMap . remove OpenIntToDoubleHashMap . put
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get a string representation for this matrix
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AbstractRealMatrix . getRowDimension AbstractRealMatrix . getColumnDimension StringBuffer . <init> AbstractRealMatrix . getClass String . lastIndexOf String . substring StringBuffer . append AbstractRealMatrix . getEntry StringBuffer . append StringBuffer . toString
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create a new entry object for the reference map
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AbstractReferenceMap . <unk> AbstractReferenceMap . setKey AbstractReferenceMap . <unk> ReferenceEntry . setValue
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return a region representation of this buffer
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AbstractRegion . <init> Vector . <init> Vector . <unk> Map . containsKey
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update the last accessed time and last modified times to reflects those in the subregions
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AbstractRegion . <unk> AbstractRegion . <unk> AbstractRegion . <unk> Math . max AbstractRegion . <unk> AbstractRegion . <unk>
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get the number of blocks in the region
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AbstractRegion . <unk> AbstractRegion . <unk> Vector . getX Vector . getY Vector . getZ
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get x size
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AbstractRegion . <unk> AbstractRegion . <unk> Vector . getX
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get y size
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AbstractRegion . <unk> AbstractRegion . <unk> Vector . getY
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get z size
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AbstractRegion . <unk> AbstractRegion . <unk> Vector . getZ
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check if the region entry should be read from hdfs
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AbstractRegion . <unk> AbstractRegion . <unk>
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cache statistics
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AbstractRegion . <unk> AbstractRegion . getFullPath
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to also deal with predicted reading frames
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AbstractRegion . <unk> AbstractRegion . getLength
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use for instantiation of a profile associated with a region and not describing region filters in a different process
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AbstractRegion . <unk> AtomicInteger . <init> List . size AbstractRegion . <unk>
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remove indexes for a destroyed bucket region from the list of bucket indexes in the <unk> index
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AbstractRegion . <unk> Iterator . hasNext Iterator . next Index . cast Index . getName
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check if this region contains another region
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AbstractRegion . <unk> Region . <unk> Region . getEnd Region . getStart AbstractRegion . getStart
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scan for variants in the range of the <unk> site sequence
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AbstractRegion . <unk> String . substring Math . abs Vector < String > . <init> Math . max Integer . toString HashMap < String , String > . get Vector < String > . add
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