Scala SortedSet类代码示例

//设置package包名称以及导入依赖的类
package org.perftester.results

import ammonite.ops.{Path, read}
import org.perftester.TestConfig

import scala.collection.SortedSet

object ResultReader {
  private val totalOrSingle = Set(ResultType.SINGLE.toString,ResultType.TOTAL.toString)
  def readResults(testConfig: TestConfig, file : Path, iterations:Int): RunResult = {
    val lines = read.lines! file
    val asValues = lines.map(_.split(',').toList)
    val dataLines = asValues.filter( value =>
      value(0) == "data" && totalOrSingle(value(4)) )
    val rows = dataLines.map { row =>
      PhaseResults(
        // data,
        row(1).toInt, // iteration id
        row(2).toInt, // phaseId
        row(3), // phaseName
        ResultType.withName(row(4)), // type
        row(5).toInt, // id
        row(6), // comment
        row(7).toDouble, // wallClockTimeMs,
        row(8).toDouble, // idleTimeMs,
        row(9).toDouble, // cpuTimeMs,
        row(10).toDouble, // userTimeMS
        row(11).toDouble, // allocatedMB
        row(12).toDouble, // retainedMB
        row(13).toDouble// gcTimeMs

      )
    }
    val alIterations = SortedSet((1 to iterations).toList :_*)
    val phases = rows.groupBy(_.phaseName).keySet
    RunResult(testConfig,rows, alIterations, phases)
  }


} 

//设置package包名称以及导入依赖的类
package specific.sysml.parser

import de.dfki.cps.specific.ocl.parser.OclTokens

import scala.collection.SortedSet
import scala.util.parsing.combinator.token.Tokens
import scala.util.parsing.input.Positional


object SysMLTokens {
  type Token = OclTokens.Token
  type Delimiter = OclTokens.Delimiter

  case class SysmlComment(chars: String) extends Token with Positional

  sealed trait Indentation extends Token { val n: Int; val chars = "" }

  object Indentation {
    case object None extends Indentation { val n = 0 }
    case class Tabs(n: Int) extends Indentation {
      override def toString = s"$n tabs"
    }
    case class Spaces(n: Int) extends Indentation {
      override def toString = s"$n spaces"
    }
  }

  sealed trait IndentationToken extends Token { val chars = "" }
  case object SEPARATOR extends IndentationToken {
    override def toString = "end of line"
  }
  case object INDENT extends IndentationToken {
    override def toString = "start of indented block"
  }
  case object DEDENT extends IndentationToken {
    override def toString = "end of indented block"
  }
  case class UNMATCHED_DEDENT(indentation: Indentation) extends IndentationToken {
    override def toString = s"unmatched dedentation (no previous line was indented with $indentation)"
  }
  case class INCONSISTENT_INDENTATION(before: Indentation, now: Indentation) extends IndentationToken {
    override def toString = s"inconsistent indentation (started with $before and continued with $now)"
  }
  case class MIXED_INDENTATION(start: Indentation) extends IndentationToken {
    override def toString = start match {
      case Indentation.Spaces(n) => s"mixed indentation characters in one line (tab afer $n spaces)"
      case Indentation.Tabs(n) => s"mixed indentation characters in one line (space afer $n tabs)"
      case Indentation.None => sys.error("invalid indentation state")
    }
  }

  val delimiters = OclTokens.delimiters ++ SortedSet[Delimiter](
    ELIPSIS, HASH, LEFT_ARROW, TILDE
  ) (Ordering.by[Delimiter,(Int,String)](k => (k.chars.length, k.chars)).reverse)

  case object ELIPSIS extends Delimiter("..")
  case object HASH extends Delimiter("#")
  case object LEFT_ARROW extends Delimiter("<-")
  case object TILDE extends Delimiter("~")
} 

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

import com.growse.bridgetree.Player.Player
import com.growse.bridgetree.Suit.Suit
import com.typesafe.scalalogging.LazyLogging

import scala.collection.parallel.mutable.ParMap
import scala.collection.{SortedSet, mutable}

class BridgePlayer(cards: mutable.LinkedHashSet[Card], trumpSuit: Suit = null) extends LazyLogging {
  if (cards == null) {
    throw new IllegalArgumentException("Deck should not be null")
  }

  val cardsPerHand = cards.size / Player.values.size

  val rootTrieNode: BridgeTrieNode = new BridgeTrieNode()

  
  def PlayCard(hands: mutable.Map[Player, SortedSet[Card]], playerToPlay: Player, recursionLevel: Int, parentTrieNode: BridgeTrieNode): Unit = {
    val actualPlayerToPlay = parentTrieNode.getNextPlayer
    // Work out if were starting a new trick and if so, who won the last one.
    if (parentTrieNode.getLastTrick.isDefined && parentTrieNode.getThisUnfinishedTrick.isEmpty) {
      logger.debug(s"Looks like Player $actualPlayerToPlay won the last trick: ${parentTrieNode.getLastTrick.get}")
    }
    if (hands(actualPlayerToPlay).nonEmpty) {
      hands(actualPlayerToPlay).foreach(card => {
        logger.debug(s"Seeing if player $actualPlayerToPlay can play $card ($recursionLevel)")
        if (
          parentTrieNode.cardNumberPlayed % 4 == 0 // We're the first to play this trick
            || !hands(actualPlayerToPlay).exists(card => card.suit == parentTrieNode.getThisUnfinishedTrick.get.head.card.get.suit) // We can't follow suit
            || parentTrieNode.getThisUnfinishedTrick.get.head.card.get.suit == card.suit // We can follow suit, and this card follows suit
        ) {
          //Play the card
          logger.debug(s"Player $actualPlayerToPlay plays $card")
          val newHands = hands.clone()
          newHands(actualPlayerToPlay) = hands(actualPlayerToPlay).-(card)
          val trieNode = new BridgeTrieNode(trumpSuit, Some(card), Some(parentTrieNode), Some(actualPlayerToPlay))

          parentTrieNode.children.+=(trieNode)

          PlayCard(newHands, Player.NextPlayer(actualPlayerToPlay), recursionLevel + 1, trieNode)
        } else {
          logger.debug(s"Player $actualPlayerToPlay cannot play $card")
        }
      })
    } else {
      assert(parentTrieNode.getPlayOrder.size == cardsPerHand * Player.values.size)
      logger.debug(s"Final PlaySeq: ${parentTrieNode.toString}. NS won ${parentTrieNode.getNSTricksWon}")
    }
  }
} 

//设置package包名称以及导入依赖的类
package com.gilazaria.subsearch.core.subdomainscanner

import akka.actor.ActorRef
import com.gilazaria.subsearch.model.Record

import scala.collection.SortedSet
import scala.util.Try

trait Message

object DispatcherMessage extends Message {
  case object ResumeScanning
  case object PauseScanning
  case object NotifyOnCompletion
  case object AvailableForScan

  case class PriorityScanSubdomain(subdomain: String)
  case class CompletedScan(subdomain: String, resolver: String)
  case class FailedScan(subdomain: String, resolver: String)
}

object ScannerMessage extends Message {
  case object ScanAvailable

  case class Scan(subdomain: String, resolver: String, attempt: Int)
  case class ScanComplete(records: Try[SortedSet[Record]], subdomain: String, resolver: String)
  case class ScanFailed(cause: Throwable, subdomain: String, resolver: String, attempt: Int)
}

object ListenerMessage extends Message {
  case object PausingScanning
  case object ResumedScanning
  case object NotEnoughResolvers

  case class FoundSubdomain(subdomain: String, records: SortedSet[Record])
  case class LastScan(subdomain: String, requestsSoFar: Int, totalRequests: Int)
  case class TaskCompleted(master: Option[ActorRef])
  case class TaskFailed(master: Option[ActorRef])
  case class ScanTimeout(subdomain: String, resolver: String, attempt: Int)
  case class BlacklistedResolver(resolver: String)
} 

//设置package包名称以及导入依赖的类
package com.gilazaria.subsearch.core

import com.gilazaria.subsearch.output.Logger
import com.gilazaria.subsearch.connection.{DNSLookupImpl, DNSLookup}
import com.gilazaria.subsearch.model.{Record, RecordType}

import scala.concurrent.{ExecutionContext, Future}
import scala.collection.SortedSet

class AuthoritativeScanner private[core] (private val logger: Logger, private val lookup: DNSLookup)(implicit ec: ExecutionContext) {
  def performLookupOnHostname(hostname: String, resolver: String): Future[Set[String]] = {
    logger.logAuthoritativeScanStarted()

    dataFromQuery(hostname, resolver, RecordType.NS)
      .flatMap(nameservers => ipsForNameServers(nameservers, resolver))
      .map(printAuthoritativeNameServers)
  }

  private[core] def ipsForNameServers(nameServers: Set[String], resolver: String): Future[Set[String]] = {
    Future
      .sequence(nameServers.map(ns => dataFromQuery(ns, resolver, RecordType.A)))
      .map(_.flatten)
  }

  private[core] def dataFromQuery(hostname: String, resolver: String, recordType: RecordType): Future[Set[String]] = {
    Future {
      lookup
        .performQueryOfType(hostname, resolver, recordType)
        .getOrElse(SortedSet.empty[Record])
        .map(_.data)
        .toSet
    }
  }

  private[core] def printAuthoritativeNameServers(nameServers: Set[String]) = {
    nameServers.foreach(logger.logAuthoritativeNameServer)
    logger.logAuthoritativeScanCompleted()
    nameServers
  }
}

object AuthoritativeScanner {
  def create(logger: Logger)(implicit ec: ExecutionContext): AuthoritativeScanner =
    new AuthoritativeScanner(logger, DNSLookupImpl.create())
}