com.twitter.cassovary.util

ExecutorUtils

object ExecutorUtils

Utility class for unbounded and bounded parallel execution

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  8. def createBoundedExecutorService(name: String, maxWorkQueueDepth: Int, minThreads: Int, maxThreads: Int, maxIdleTime: Duration)(rejectedExecutionHandler: ⇒ Unit): ExecutorService

    Creates an java.util.concurrent.ExecutorService with bounded work queue and fixed lower and upper bounds on the thread pool size used to service the work queue.

    Creates an java.util.concurrent.ExecutorService with bounded work queue and fixed lower and upper bounds on the thread pool size used to service the work queue. The returned executor service will export stats monitoring queue depth, active thread count and rejections due to queue full conditions.

  9. def createBoundedExecutorService(name: String, config: (String) ⇒ Int)(rejectedExecutionHandler: ⇒ Unit): ExecutorService

    Creates an java.util.concurrent.ExecutorService with bounded work queue and fixed lower and upper bounds on the thread pool size used to service the work queue.

    Creates an java.util.concurrent.ExecutorService with bounded work queue and fixed lower and upper bounds on the thread pool size used to service the work queue. The returned executor service will export stats monitoring queue depth, active thread count and rejections due to queue full conditions.

    The supplied config map requires the following configuration keys:

    • max_work_queue_depth
    • min_num_worker_threads
    • max_num_worker_threads
    • max_worker_idle_time_millis
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  19. def parallelForEach[T, A](executorService: ExecutorService, inputs: Seq[T], work: (T) ⇒ A): Unit

    Farm out separate threads using an ExecutorService to perform work on inputs.

    Farm out separate threads using an ExecutorService to perform work on inputs. Unlike ExecutorUtils.parallelWork, no values are returned. If an exception occurs in a worker thread, it is rethrown on the calling thread.

    executorService

    the ExecutorService to use for parallelization

    inputs

    a sequence of inputs to work on

    work

    the work to apply to the inputs

  20. def parallelWork[T, A](executorService: ExecutorService, inputs: Seq[T], work: (T) ⇒ A): List[Future[A]]

    Farm out separate threads using an ExecutorService to perform work on inputs

    Farm out separate threads using an ExecutorService to perform work on inputs

    executorService

    the ExecutorService to use for parallelization

    inputs

    a sequence of inputs to work on

    work

    the work to apply to the inputs

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