//设置package包名称以及导入依赖的类
package com.scala.examples.datagurn.lesson08

import com.scala.examples.datagurn.lesson07.Teacher
import java.util.concurrent.Callable
import java.util.concurrent.ExecutorService
import java.util.concurrent.Executors
import scala.concurrent.impl.Future
import java.util.concurrent.FutureTask
import scala.concurrent.impl.Future
import com.scala.examples.datagurn.lesson07.Teacher

object Server {
  
  // ????????????
  val executorService: ExecutorService = Executors.newFixedThreadPool(10);
  
  val teachers: List[Teacher] = List(
    new Teacher("t1", 20),
    new Teacher("t2", 30),
    new Teacher("t1", 25),
    new Teacher("t1", 21)
  );
  
  def concurrentFilterByName(name: String): FutureTask[List[Teacher]] = {
    val futures = new FutureTask[List[Teacher]](new Callable[List[Teacher]]() {
      def call(): List[Teacher] = {
        return filterByName(name);
      }
    })
    executorService.execute(futures);
    return futures;  // ?? Future
  }
  
  def filterByName(name: String) : List[Teacher] = {
    teachers.synchronized {
      for {
        item <- teachers
        if item.name == name
      } yield item
    }
  }
  
  def main(args: Array[String]): Unit = {
    val teachers : List[Teacher] = concurrentFilterByName("t1").get
    println(teachers)
    executorService.shutdown();
  }
  
  
} 

//设置package包名称以及导入依赖的类
package ie.zalando.pipeline.backbone.concurrent

import java.util.concurrent.{ Callable, Future, ExecutorService }

import scala.util.Try
import scala.util.control.NonFatal

import org.slf4j.LoggerFactory

import cats.data.Xor
import ie.zalando.pipeline.backbone.Backbone
import ie.zalando.pipeline.backbone.Phases.{ LocalReleasePhase, TransformationPipelineFailure }

class ExecutorServiceBackboneCoordinator[DA](backbone: Backbone[DA], executor: ExecutorService) {
  import ExecutorServiceBackboneCoordinator._

  val localInitPhases = backbone.initializeTopLevelContexts

  private class BackboneCallable(datum: DA) extends Callable[Xor[TransformationPipelineFailure, DA]] {
    override def call(): Xor[TransformationPipelineFailure, DA] = {
      val (dataPhases, releasePhases) = backbone.initializeInLocalContext(-1, localInitPhases).unzip
      try {
        backbone.transformDatum(backbone.createStateMonad(dataPhases), datum)
      } finally {
        releasePhases.foreach((phase: LocalReleasePhase) => {
          Try({ phase.releaseLocalResources() }).recover { case NonFatal(ex) => log.warn(s"Release phase $phase failed:", ex) }
        })
      }
    }
  }

  def process(datum: DA): Future[Xor[TransformationPipelineFailure, DA]] = {
    executor.submit(new BackboneCallable(datum))
  }

}

object ExecutorServiceBackboneCoordinator {
  val log = LoggerFactory.getLogger(classOf[ExecutorServiceBackboneCoordinator[_]])
} 

//设置package包名称以及导入依赖的类
package org.zalando.benchmarks

import java.util.concurrent.{Callable, Executors}

import akka.actor.ActorSystem

import scala.concurrent.Await
import scala.concurrent.duration._

class Blocking(system: ActorSystem) {
  import ComputationFollowedByAsyncPublishing._

  def benchmark(coreFactor: Int): Unit = {
    // let's do this Ye Olde Schoole Way
    val exec = Executors newFixedThreadPool numWorkers(coreFactor)

    try {
      val futures = 1 to numTasks map Job map { job =>
        exec.submit(new Callable[PublishResult] {
          // explicitly turn async publishing operation into a blocking operation
          override def call(): PublishResult = Await.result(Publisher publish (Computer compute job, system), 1 hour)
        })
      }
      printResult(futures map (_.get))

    } finally {
      // never forget
      exec.shutdown()
    }
  }
} 

//设置package包名称以及导入依赖的类
package io.amient.affinity.testutil.storage

import java.nio.ByteBuffer
import java.util.concurrent.{Callable, Executors, Future}

import com.typesafe.config.Config
import io.amient.affinity.core.storage.kafka.KafkaStorage
import org.apache.kafka.clients.producer.{ProducerRecord, RecordMetadata}


class FailingKafkaStorage(config: Config, partition: Int) extends KafkaStorage(config, partition) {

  val executor = Executors.newFixedThreadPool(1)

  override def write(key: ByteBuffer, value: ByteBuffer): Future[RecordMetadata] = {

    val javaFuture: Future[RecordMetadata] = kafkaProducer.send(new ProducerRecord(topic, partition, key, value))
    return executor.submit(new Callable[RecordMetadata]() {
      override def call(): RecordMetadata = {
        if (System.currentTimeMillis() % 10 == 0) {
          throw new RuntimeException("Simulated Exception in FailingKafkaStorage")
        } else {
          javaFuture.get
        }
      }
    })
  }

} 

//设置package包名称以及导入依赖的类
package one.lockstep.util.concurrent

import java.util
import java.util.concurrent.{Callable, ScheduledExecutorService, ScheduledFuture}

import one.lockstep.util.japi._

import scala.concurrent.duration._

class DelegatingScheduledExecutorService(service: ScheduledExecutorService)
  extends ScheduledExecutorService {
  def prepareSchedule(delay: Long, unit: TimeUnit): Unit = ()
  override def scheduleAtFixedRate(command: Runnable, initialDelay: Long, period: Long, unit: TimeUnit): ScheduledFuture[_] = {
    prepareSchedule(List(initialDelay, period).max, unit)
    service.scheduleAtFixedRate(command, initialDelay, period, unit)
  }
  override def schedule(command: Runnable, delay: Long, unit: TimeUnit): ScheduledFuture[_] = {
    prepareSchedule(delay, unit)
    service.schedule(command, delay, unit)
  }
  override def schedule[V](callable: Callable[V], delay: Long, unit: TimeUnit): ScheduledFuture[V] = {
    prepareSchedule(delay, unit)
    service.schedule(callable, delay, unit)
  }
  override def scheduleWithFixedDelay(command: Runnable, initialDelay: Long, delay: Long, unit: TimeUnit): ScheduledFuture[_] = {
    prepareSchedule(List(initialDelay, delay).max, unit)
    service.scheduleWithFixedDelay(command, initialDelay, delay, unit)
  }
  override def shutdown(): Unit = service.shutdown()
  override def isTerminated: Boolean = service.isTerminated
  override def awaitTermination(timeout: Long, unit: TimeUnit): Boolean =
    service.awaitTermination(timeout, unit)
  override def shutdownNow(): util.List[Runnable] = service.shutdownNow()
  override def invokeAll[T](tasks: util.Collection[_ <: Callable[T]]): util.List[JFuture[T]] =
    service.invokeAll(tasks)
  override def invokeAll[T](tasks: util.Collection[_ <: Callable[T]], timeout: Long, unit: TimeUnit): util.List[JFuture[T]] =
    service.invokeAll(tasks, timeout, unit)
  override def invokeAny[T](tasks: util.Collection[_ <: Callable[T]]): T = service.invokeAny(tasks)
  override def invokeAny[T](tasks: util.Collection[_ <: Callable[T]], timeout: Long, unit: TimeUnit): T =
    service.invokeAny(tasks, timeout, unit)
  override def isShutdown: Boolean = service.isShutdown
  override def submit[T](task: Callable[T]): JFuture[T] = service.submit(task)
  override def submit[T](task: Runnable, result: T): JFuture[T] = service.submit(task, result)
  override def submit(task: Runnable): JFuture[_] = service.submit(task)
  override def execute(command: Runnable): Unit = service.execute(command)
} 

//设置package包名称以及导入依赖的类
package one.lockstep.util.concurrent

import java.util.concurrent.{AbstractExecutorService, Callable, RunnableFuture}
import scala.concurrent.duration._
import one.lockstep.util.japi._


object ImmediateExecutorService extends AbstractExecutorService {
  override def shutdown(): Unit = ()
  override def isTerminated: Boolean = false
  override def awaitTermination(timeout: Long, unit: TimeUnit): Boolean = true
  override def shutdownNow(): JList[Runnable] = JCollections.emptyList()
  override def isShutdown: Boolean = false
  override def execute(command: Runnable): Unit = command.run()
  override def newTaskFor[T](callable: Callable[T]): RunnableFuture[T] = new RunnableFuture[T] {
    var result: Option[T] = None
    override def run(): Unit = { result = Some(callable.call()) }
    override def isCancelled: Boolean = false
    override def get(): T = result.get
    override def get(timeout: Long, unit: TimeUnit): T = result.get
    override def cancel(mayInterruptIfRunning: Boolean): Boolean = ???
    override def isDone: Boolean = result.isDefined
  }

  override def newTaskFor[T](runnable: Runnable, value: T): RunnableFuture[T] = new RunnableFuture[T] {
    var result: Option[T] = None
    override def run(): Unit = { runnable.run(); result = Some(value) }
    override def isCancelled: Boolean = false
    override def get(): T = result.get
    override def get(timeout: Long, unit: TimeUnit): T = result.get
    override def cancel(mayInterruptIfRunning: Boolean): Boolean = ???
    override def isDone: Boolean = result.isDefined
  }
} 

//设置package包名称以及导入依赖的类
package yuck.flatzinc.runner

import java.util.concurrent.Callable

import scala.collection._

import yuck.core._
import yuck.flatzinc.ast._
import yuck.flatzinc.compiler.FlatZincCompilerResult


final class FlatZincResultFormatter(result: Result) extends Callable[Seq[String]] {

    private val compilerResult = result.maybeUserData.get.asInstanceOf[FlatZincCompilerResult]

    override def call = {
        var sortedMap = new immutable.TreeMap[String, String]() // id -> value
        for (decl <- compilerResult.ast.varDecls) {
            for (annotation <- decl.annotations) {
                annotation match {
                    case Annotation(Term("output_var", Nil)) =>
                        val x = compilerResult.vars(decl.id)
                        sortedMap = sortedMap + (decl.id -> value(x, decl).toString)
                    case Annotation(Term("output_array", List(ArrayConst(dimensions)))) =>
                        val ArrayType(Some(IntRange(1, n)), _) = decl.varType
                        val a =
                            "array%dd(%s, [%s])".format(
                                dimensions.size,
                                (for (IntSetConst(IntRange(lb, ub)) <- dimensions) yield
                                    "%d..%d".format(lb, ub)).mkString(", "),
                                (for (idx <- 1 to n) yield
                                    value(compilerResult.arrays(decl.id)(idx - 1), decl).toString).mkString(", "))
                        sortedMap = sortedMap + (decl.id -> a)
                    case _ =>
                }
            }
        }
        val lines = mutable.ArrayBuffer[String]()
        for ((id, value) <- sortedMap) lines += "%s = %s;".format(id, value)
        if (result.isSolution) {
            lines += FLATZINC_SOLUTION_SEPARATOR
            if (result.objective.isInstanceOf[HierarchicalObjective] && result.isGoodEnough) {
                lines += FLATZINC_BEST_SOLUTION_FOUND_INDICATOR
            }
        } else {
            lines += FLATZINC_NO_SOLUTION_FOUND_INDICATOR
        }
        lines.toSeq
    }

    private def value(x: AnyVariable, decl: VarDecl): AnyValue = decl.varType match {
        case BoolType | ArrayType(_, BoolType) =>
            if (result.bestProposal.value(IntegerValue.Traits.staticCast(x)) == Zero) True else False
        case _ => result.bestProposal.anyValue(x)
    }

} 

//设置package包名称以及导入依赖的类
package yuck.annealing

import java.util.concurrent.Callable

import scala.collection._
import scala.math._

import yuck.core._


final class StandardAnnealingScheduleFactory
    (numberOfSearchVariables: Int, randomGenerator: RandomGenerator)
    extends Callable[AnnealingSchedule]
{

    private val numberOfMovesPerVariableAndRound =
        (numberOfSearchVariables * 256.0 / (log(numberOfSearchVariables) * log(2))).toInt
    private val finalTemperature = 0.0001
    private val maximumUphillAcceptanceRatio = 0.15
    private val minimumUphillAcceptanceRatio = 0.0001
    private val heatingRate = 1.2
    private val coolingRate = 0.95

    private def createAnnealingSchedule(divisor: Int): AnnealingSchedule = {
        new AnnealingScheduleLoop(
            new AnnealingScheduleSequence(
                Vector(
                    new AdaptiveCoolingSchedule(
                        finalTemperature, minimumUphillAcceptanceRatio, coolingRate,
                        numberOfMovesPerVariableAndRound / divisor, 4 / divisor),
                    new GeometricHeatingSchedule(
                        maximumUphillAcceptanceRatio, heatingRate,
                        numberOfMovesPerVariableAndRound / divisor))),
           4 / divisor)
    }

    override def call = {
        val fastSchedule = createAnnealingSchedule(2)
        val slowSchedule = createAnnealingSchedule(1)
        val schedule = randomGenerator.nextInt(3) match {
            case 0 => fastSchedule
            case 1 => slowSchedule
            case 2 => new AnnealingScheduleSequence(Vector(fastSchedule, slowSchedule))
        }
        def startTemperatures: Stream[Double] = Stream.cons(randomGenerator.nextProbability / 10, startTemperatures)
        val startTemperature = startTemperatures.dropWhile(_ <= finalTemperature).head
        schedule.start(startTemperature, 0)
        schedule
    }

} 

//设置package包名称以及导入依赖的类
package yuck.util.testing

import scala.collection.JavaConversions

import java.util.concurrent.Callable
import yuck.util.logging.LazyLogger


class ProcessRunner(logger: LazyLogger, commandLine: Seq[String]) extends Callable[(List[String], List[String])] {

    override def call = {
        val processBuilder = new java.lang.ProcessBuilder(JavaConversions.seqAsJavaList(commandLine))
        logger.log(JavaConversions.asScalaBuffer(processBuilder.command).toIterator.mkString(" "))
        val process = processBuilder.start
        val stdout = scala.io.Source.fromInputStream(process.getInputStream)
        val stderr = scala.io.Source.fromInputStream(process.getErrorStream)
        val outputLines = stdout.mkString.lines.toList
        val (errorLines, warningLines) = stderr.mkString.lines.toList.partition(_.toLowerCase.contains("error"))
        outputLines.foreach(logger.log(_))
        warningLines.foreach(logger.log(_))
        errorLines.foreach(logger.log(_))
        (outputLines, errorLines)
    }

} 

//设置package包名称以及导入依赖的类
package io.github.maxkorolev.task

import java.util.concurrent.Callable

import scala.concurrent.duration.FiniteDuration

trait Task extends Callable[Any] with Serializable {
  val time: Long
  val timeout: FiniteDuration

  def withTime(t: Long): Task = new Task {
    val time: Long = t
    val timeout: FiniteDuration = timeout

    override def call(): AnyRef = call _
  }

  override def equals(any: Any): Boolean = {
    any match {
      case t: Task => time == t.time && timeout == t.timeout
      case _ => false
    }
  }

  override def hashCode: Int = {
    val prime = 31
    var result = 1
    result = prime * result + time.toInt
    result = prime * result + timeout.hashCode()
    result
  }

  override def toString: String = s"Task(time: $time, timeout: ${timeout.toString})"
} 

//设置package包名称以及导入依赖的类
package com.wavesplatform

import java.net.{InetSocketAddress, SocketAddress, URI}
import java.util.concurrent.Callable

import com.wavesplatform.state2.ByteStr
import io.netty.channel.group.{ChannelGroup, ChannelMatchers}
import io.netty.channel.local.LocalAddress
import io.netty.channel.socket.SocketChannel
import io.netty.channel.{Channel, ChannelHandlerContext}
import io.netty.util.NetUtil.toSocketAddressString
import io.netty.util.concurrent.{EventExecutorGroup, ScheduledFuture}
import scorex.block.Block
import scorex.utils.ScorexLogging

import scala.concurrent.duration._

package object network extends ScorexLogging {
  def inetSocketAddress(addr: String, defaultPort: Int): InetSocketAddress = {
    val uri = new URI(s"node://$addr")
    if (uri.getPort < 0) new InetSocketAddress(addr, defaultPort)
    else new InetSocketAddress(uri.getHost, uri.getPort)
  }

  implicit class EventExecutorGroupExt(val e: EventExecutorGroup) extends AnyVal {
    def scheduleWithFixedDelay(initialDelay: FiniteDuration, delay: FiniteDuration)(f: => Unit): ScheduledFuture[_] =
      e.scheduleWithFixedDelay((() => f): Runnable, initialDelay.toNanos, delay.toNanos, NANOSECONDS)

    def schedule[A](delay: FiniteDuration)(f: => A): ScheduledFuture[A] =
      e.schedule((() => f): Callable[A], delay.length, delay.unit)
  }

  private def formatAddress(sa: SocketAddress) = sa match {
    case null => ""
    case l: LocalAddress => s" ${l.toString}"
    case isa: InetSocketAddress => s" ${toSocketAddressString(isa)}"
  }

  def id(ctx: ChannelHandlerContext): String = id(ctx.channel())

  def id(chan: Channel, prefix: String = ""): String = s"[$prefix${chan.id().asShortText()}${formatAddress(chan.remoteAddress())}]"

  def formatBlocks(blocks: Seq[Block]): String = formatSignatures(blocks.view.map(_.uniqueId))

  def formatSignatures(signatures: Seq[ByteStr]): String = if (signatures.isEmpty) ""
    else if (signatures.size == 1) s"[${signatures.head}]"
    else s"[${signatures.head}..${signatures.last}]"

  implicit class ChannelHandlerContextExt(val ctx: ChannelHandlerContext) extends AnyVal {
    def remoteAddress: InetSocketAddress = ctx.channel().asInstanceOf[SocketChannel].remoteAddress()
  }

  implicit class ChannelGroupExt(val allChannels: ChannelGroup) extends AnyVal {
    def broadcast(message: AnyRef, except: Option[Channel] = None): Unit = {
      log.trace(s"Broadcasting $message to ${allChannels.size()} channels${except.fold("")(c => s" (except ${id(c)})")}")
      allChannels.writeAndFlush(message, except.fold(ChannelMatchers.all())(ChannelMatchers.isNot))
    }
  }
} 

//设置package包名称以及导入依赖的类
package com.bwsw.sj.engine.input.connection.tcp.server

import java.util.concurrent.{Callable, ArrayBlockingQueue}

import com.bwsw.sj.engine.core.input.InputStreamingExecutor
import io.netty.bootstrap.ServerBootstrap
import io.netty.buffer.ByteBuf
import io.netty.channel._
import io.netty.channel.nio.NioEventLoopGroup
import io.netty.channel.socket.nio.NioServerSocketChannel
import io.netty.handler.logging.{LogLevel, LoggingHandler}
import org.slf4j.LoggerFactory

import scala.collection.concurrent



class InputStreamingServer(host: String,
                           port: Int,
                           executor: InputStreamingExecutor,
                           channelContextQueue: ArrayBlockingQueue[ChannelHandlerContext],
                           bufferForEachContext: concurrent.Map[ChannelHandlerContext, ByteBuf]) extends Callable[Unit] {

  private val logger = LoggerFactory.getLogger(this.getClass)

  override def call() = {
    logger.info(s"Launch input streaming server on: '$host:$port'\n")
    val bossGroup: EventLoopGroup = new NioEventLoopGroup()
    val workerGroup = new NioEventLoopGroup()
    try {
      val bootstrapServer = new ServerBootstrap()
      bootstrapServer.group(bossGroup, workerGroup)
        .channel(classOf[NioServerSocketChannel])
        .handler(new LoggingHandler(LogLevel.INFO))
        .childHandler(new InputStreamingChannelInitializer(executor,  channelContextQueue, bufferForEachContext))

      bootstrapServer.bind(host, port).sync().channel().closeFuture().sync()
    } finally {
      workerGroup.shutdownGracefully()
      bossGroup.shutdownGracefully()
    }
  }
} 

//设置package包名称以及导入依赖的类
package com.avsystem.scex
package compiler

import java.util.concurrent.Callable
import java.{lang => jl, util => ju}

import org.scalatest.FunSuite


class ArbitraryCompilationTest extends FunSuite {
  val compiler = new DefaultScexCompiler(new ScexSettings)

  test("arbitrary source code compilation test") {
    val code =
      """
        |package com.avsystem.scex
        |package test
        |
        |class Stuff extends java.util.concurrent.Callable[String] {
        |  def call = "stuff"
        |}
        |
      """.stripMargin

    val clazz = compiler.compileClass(code, "com.avsystem.scex.test.Stuff")
    val callable = clazz.newInstance.asInstanceOf[Callable[String]]

    assert("stuff" === callable.call())
  }
} 

//设置package包名称以及导入依赖的类
package com.twitter.jvm

import java.util.concurrent.{AbstractExecutorService, Callable, ScheduledExecutorService, ScheduledFuture, TimeUnit}

import scala.collection.mutable

// A mostly empty implementation so that we can successfully
// mock it.
class MockScheduledExecutorService extends AbstractExecutorService with ScheduledExecutorService {
  val schedules = mutable.Buffer[(Runnable, Long, Long, TimeUnit)]()

  def schedule[V](c: Callable[V], delay: Long, unit: TimeUnit) = throw new Exception
  def schedule(command: Runnable, delay: Long, unit: TimeUnit) = throw new Exception
  def scheduleWithFixedDelay(command: Runnable, initialDelay: Long, delay: Long, unit: TimeUnit) =
    throw new Exception
  def execute(command: Runnable) = throw new Exception
  def awaitTermination(timeout: Long, unit: TimeUnit) = throw new Exception
  def isTerminated() = throw new Exception
  def isShutdown() = throw new Exception
  def shutdownNow() = throw new Exception
  def shutdown() = throw new Exception

  def scheduleAtFixedRate(r: Runnable, initialDelay: Long, period: Long, unit: TimeUnit): ScheduledFuture[_] = {
    schedules += ((r, initialDelay, period, unit))
    null
  }
} 

//设置package包名称以及导入依赖的类
package org.zella.web

import java.util.concurrent.Callable

import com.gargoylesoftware.htmlunit.WebClient
import com.gargoylesoftware.htmlunit.html.{HtmlAnchor, HtmlPage, HtmlSubmitInput}
import io.reactivex.Observable



class TempFileWebCrawler(webClient: WebClient) extends ITempFileWebCrawler {

  override def clickButton(page: HtmlPage): HtmlPage = {

    page
      .getByXPath("//*[@id=\"cntMainCenterText\"]/form/table/tbody/tr/td/input[2]")
      .get(0)
      .asInstanceOf[HtmlSubmitInput]
      .click()
      .asInstanceOf[HtmlPage]

  }

  override def clickDownloadLink(page: HtmlPage): String = {

    page
      .getByXPath("//*[@id=\"cntMainCenterText\"]/center/b/a")
      .get(0)
      .asInstanceOf[HtmlAnchor]
      .getHrefAttribute
  }

  override def clickButtonAsync(page: HtmlPage): Observable[HtmlPage] = {
    Observable.fromCallable(new Callable[HtmlPage] {
      override def call() = clickButton(page)
    })
  }

  override def clickDownloadLinkAsync(page: HtmlPage): Observable[String] = {
    Observable.fromCallable(new Callable[String] {
      override def call() = clickDownloadLink(page)
    })
  }
} 

//设置package包名称以及导入依赖的类
package org.zella.web

import java.util
import java.util.concurrent.Callable

import com.gargoylesoftware.htmlunit.WebClient
import com.gargoylesoftware.htmlunit.html.{HtmlAnchor, HtmlDivision, HtmlPage}
import io.reactivex.Observable

import scala.collection.JavaConverters._



class Mp3SpbWebCrawler(webClient: WebClient) extends IMp3SpbWebCrawler {


  override def albumInfo(albumUrl: String): AlbumInfo = {
    val albumPage = webClient.getPage(albumUrl).asInstanceOf[HtmlPage]
    val nameDiv = albumPage.querySelector("#cntCenter > div.cntAlbumMusician > div.albCover > div")
      .asInstanceOf[HtmlDivision]

    val (name, year) = nameDiv.asText().split("\n") match {
      case Array(n, y) => (n.trim, y.trim)
    }

    val artist = albumPage.querySelector("#cntCenter > h1:nth-child(1) > a")
      .asInstanceOf[HtmlAnchor]
      .getAttribute("title")
      .replace(" mp3", "")

    val songs = albumPage.querySelector("#cntCenter > div.cntAlbumMusician > div.albSong")
      .asInstanceOf[HtmlDivision]
      .getChildElements
      .asScala
      .filter(_.isInstanceOf[HtmlDivision])
      .map(htmlDiv => {
        val anchors = htmlDiv.getChildElements.asScala
          .filter(_.isInstanceOf[HtmlAnchor])
          .toList
        val base = albumPage.getBaseURL.getProtocol + "://" + albumPage.getBaseURL.getHost
        val downloadLink = base + anchors(0).asInstanceOf[HtmlAnchor].getHrefAttribute
        val name = anchors(0).asInstanceOf[HtmlAnchor].getTextContent
        val playLink = base + anchors(2).asInstanceOf[HtmlAnchor].getHrefAttribute
        SongInfo(name, downloadLink, playLink)
      })

    val songsMap = new util.HashMap[Integer, SongInfo]()
    for ((song, i) <- songs.zipWithIndex) {
      songsMap.put(i + 1, song)
    }

    AlbumInfo(artist, year, name, songsMap)
  }

  override def albumInfoAsync(albumUrl: String): Observable[AlbumInfo] = {
    Observable.fromCallable(new Callable[AlbumInfo] {
      override def call() = albumInfo(albumUrl)
    })
  }
} 

//设置package包名称以及导入依赖的类
package deaktator.advtut.futures.instances

import java.util.concurrent.Callable

import com.google.common.util.concurrent.{AsyncFunction, Futures, ListeningExecutorService, ListenableFuture}
import deaktator.advtut.futures.cats.Monad
import com.google.common.base.{Function => GFunction}
import deaktator.advtut.futures.instances.ListenableFutureInstances._


  override def point[A](asyncExecutedValue: => A): ListenableFuture[A] = {
    exSvc.submit(new Callable[A]{
      override def call(): A = asyncExecutedValue
    })
  }

  override def flatMap[A, B](ma: ListenableFuture[A])(f: A => ListenableFuture[B]): ListenableFuture[B] =
    Futures.transform(ma, GAsyncFn(f))

  override def map[A, B](fa: ListenableFuture[A])(f: A => B): ListenableFuture[B] =
    Futures.transform(fa, GFn(f))            // flatMap(fa)(a => point(f(a)))

  override def ap[A, B](x: ListenableFuture[A])(f: ListenableFuture[A => B]): ListenableFuture[B] =
    flatMap(f)(g => map(x)(y => g(y)))       // map2(x, f)((y, g) => g(y))

  override def map2[A, B, C](x: ListenableFuture[A], y: ListenableFuture[B])(f: (A, B) => C): ListenableFuture[C] =
    flatMap(y)(b => map(x)(a => f(a, b)))    // ap(y)(map(x)(f.curried))
}

object ListenableFutureInstances {
  object Implicits {
    implicit def listenableFutureInstances(implicit exSvc: ListeningExecutorService): ListenableFutureInstances =
      ListenableFutureInstances(exSvc)
  }

  case class GFn[A, B](f: A => B) extends GFunction[A, B] {
    def apply(a: A): B = f(a)
  }

  case class GAsyncFn[A, B](f: A => ListenableFuture[B]) extends AsyncFunction[A, B] {
    def apply(a: A): ListenableFuture[B] = f(a)
  }
} 

//设置package包名称以及导入依赖的类
package com.wavesplatform

import java.net.{InetSocketAddress, SocketAddress, URI}
import java.util.concurrent.Callable

import io.netty.channel.group.{ChannelGroup, ChannelMatchers}
import io.netty.channel.local.LocalAddress
import io.netty.channel.socket.SocketChannel
import io.netty.channel.{Channel, ChannelHandlerContext}
import io.netty.util.NetUtil.toSocketAddressString
import io.netty.util.concurrent.{EventExecutorGroup, ScheduledFuture}
import scorex.utils.ScorexLogging

import scala.concurrent.duration._

package object network extends ScorexLogging {
  def inetSocketAddress(addr: String, defaultPort: Int): InetSocketAddress = {
    val uri = new URI(s"node://$addr")
    if (uri.getPort < 0) new InetSocketAddress(addr, defaultPort)
    else new InetSocketAddress(uri.getHost, uri.getPort)
  }

  implicit class EventExecutorGroupExt(val e: EventExecutorGroup) extends AnyVal {
    def scheduleWithFixedDelay(initialDelay: FiniteDuration, delay: FiniteDuration)(f: => Unit): ScheduledFuture[_] =
      e.scheduleWithFixedDelay((() => f): Runnable, initialDelay.toNanos, delay.toNanos, NANOSECONDS)

    def schedule[A](delay: FiniteDuration)(f: => A): ScheduledFuture[A] =
      e.schedule((() => f): Callable[A], delay.length, delay.unit)
  }

  private def formatAddress(sa: SocketAddress) = sa match {
    case null => ""
    case l: LocalAddress => s" ${l.toString}"
    case isa: InetSocketAddress => s" ${toSocketAddressString(isa)}"
  }

  def id(ctx: ChannelHandlerContext): String = id(ctx.channel())

  def id(chan: Channel): String = s"[${chan.id().asShortText()}${formatAddress(chan.remoteAddress())}]"

  implicit class ChannelHandlerContextExt(val ctx: ChannelHandlerContext) extends AnyVal {
    def remoteAddress: InetSocketAddress = ctx.channel().asInstanceOf[SocketChannel].remoteAddress()
  }

  implicit class ChannelExt(val channel: Channel) extends AnyVal {
    def declaredAddress: Option[InetSocketAddress] = Option(channel.attr(AttributeKeys.DeclaredAddress).get())
  }

  implicit class ChannelGroupExt(val allChannels: ChannelGroup) extends AnyVal {
    def broadcast(message: AnyRef, except: Option[Channel] = None): Unit = {
      log.trace(s"Broadcasting $message to ${allChannels.size()} channels${except.fold("")(c => s" (except ${id(c)})")}")
      allChannels.writeAndFlush(message, except.fold(ChannelMatchers.all())(ChannelMatchers.isNot))
    }
  }

} 

//设置package包名称以及导入依赖的类
package com.github.pheymann.mockit.util

import java.net.ServerSocket
import java.util.concurrent.Callable

import com.github.pheymann.mockit.core.core._
import com.github.pheymann.mockit.logging.Logger
import com.github.pheymann.mockit.util.TestUtil._

class DummyServer(
                    val resultNumber:   Int,
                    val expected:       Array[Byte]
                 )  extends Callable[Boolean]
                    with    Logger {

    val server = new ServerSocket(DEFAULT_PORT)

    override def call: Boolean = {
        var failure = false

        > (start)
        for (i <- 0 until resultNumber) {
            val result = new Array[Byte](expected.length)

            val client = server.accept
            val inStream = client.getInputStream

            inStream.read(result, 0, result.length)

            val check = checkArrayEquals(expected, result)

            if (!check) {
                error ("received data not as expected")
                failure = true
            }
            client.close()
        }
        > (stop)

        server.close()
        failure
    }

}