LinearizabilityTester

Value Members

1. final def !=(arg0: AnyRef): Boolean

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2. final def !=(arg0: Any): Boolean

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3. final def ##(): Int

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4. final def ==(arg0: AnyRef): Boolean

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5. final def ==(arg0: Any): Boolean

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6. def BFSJIT[S, C](seqObj: S, concObj: C, p: Int, worker: (Int, GenericThreadLog[S, C]) ⇒ Unit, iters: Int, tsLog: Boolean = true, maxSize: Long = 1): LinearizabilityTester[S, C, GenericLog[S, C]]

   Produce a linearizability tester based on breadth-first JIT Graph Search and a shared log.

   Produce a linearizability tester based on breadth-first JIT Graph Search and a shared log.

   S

   the type of the sequential specification datatype.

   C

   the type of concurrent datatypes.

   seqObj

   the sequential specification datatype.

   concObj

   the concurrent object.

   p

   the number of threads.

   worker

   a function that produces a worker.

   iters

   the number of iters performed by each worker.

   tsLog

   should a timestamp-based log be used?

7. def JITGraph[S, C](seqObj: S, concObj: C, p: Int, worker: (Int, GenericThreadLog[S, C]) ⇒ Unit, iters: Int, tsLog: Boolean = true, maxSize: Long = 1): LinearizabilityTester[S, C, GenericLog[S, C]]

   Produce a linearizability tester based on JIT Graph Search and a shared log.

   Produce a linearizability tester based on JIT Graph Search and a shared log.

   S

   the type of the sequential specification datatype.

   C

   the type of concurrent datatypes.

   seqObj

   the sequential specification datatype.

   concObj

   the concurrent object.

   p

   the number of threads.

   worker

   a function that produces a worker.

   iters

   the number of iters performed by each worker.

   tsLog

   should a timestamp-based log be used?

8. def JITTree[S <: Undoable, C](seqObj: S, concObj: C, p: Int, worker: (Int, GenericThreadLog[S, C]) ⇒ Unit, iters: Int, tsLog: Boolean = true, maxSize: Long = 1): LinearizabilityTester[S, C, GenericLog[S, C]]

   Produce a linearizability tester based on JIT Tree Search and a shared log.

   Produce a linearizability tester based on JIT Tree Search and a shared log.

   S

   the type of the sequential specification datatype.

   C

   the type of concurrent datatypes.

   seqObj

   the sequential specification datatype.

   concObj

   the concurrent object.

   p

   the number of threads.

   worker

   a function that produces a worker.

   iters

   the number of iters performed by each worker.

   tsLog

   should a timestamp-based log be used?

9. def WGGraph[S, C](seqObj: S, concObj: C, p: Int, worker: (Int, GenericThreadLog[S, C]) ⇒ Unit, iters: Int, tsLog: Boolean = true, maxSize: Long = 1): LinearizabilityTester[S, C, GenericLog[S, C]]

   Produce a linearizability tester based on the Wing & Gong Graph Search Algorithm and a shared log.

   Produce a linearizability tester based on the Wing & Gong Graph Search Algorithm and a shared log.

   S

   the type of the sequential specification datatype.

   C

   the type of concurrent datatypes.

   seqObj

   the sequential specification datatype.

   concObj

   the concurrent object.

   p

   the number of threads.

   worker

   a function that produces a worker.

   iters

   the number of iters performed by each worker.

   tsLog

   should a timestamp-based log be used?

10. def WGTree[S <: Undoable, C](seqObj: S, concObj: C, p: Int, worker: (Int, GenericThreadLog[S, C]) ⇒ Unit, iters: Int, tsLog: Boolean = true, maxSize: Long = 1): LinearizabilityTester[S, C, GenericLog[S, C]]

    Produce a linearizability tester based on the Wing & Gong Tree Search Algorithm and a shared log.

    Produce a linearizability tester based on the Wing & Gong Tree Search Algorithm and a shared log.

    S

    the type of the sequential specification datatype.

    C

    the type of concurrent datatypes.

    seqObj

    the sequential specification datatype.

    concObj

    the concurrent object.

    p

    the number of threads.

    worker

    a function that produces a worker.

    iters

    the number of iters performed by each worker.

    tsLog

    should a timestamp-based log be used?

11. final def asInstanceOf[T0]: T0

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12. def clone(): AnyRef

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13. final def eq(arg0: AnyRef): Boolean

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14. def equals(arg0: Any): Boolean

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15. def finalize(): Unit

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16. final def getClass(): Class[_]

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17. def hashCode(): Int

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18. final def isInstanceOf[T0]: Boolean

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19. final def ne(arg0: AnyRef): Boolean

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20. final def notify(): Unit

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21. final def notifyAll(): Unit

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22. final def synchronized[T0](arg0: ⇒ T0): T0

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23. def toString(): String

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24. final def wait(): Unit

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25. final def wait(arg0: Long, arg1: Int): Unit

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26. final def wait(arg0: Long): Unit

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