can someone create an instance of the Shuffler actor and send it like a main class to test these
functions in SCALA, please? I already tried ChatGPT Don't use it, please
FOR THIS CODE:
import akka.actor._ case class Shuffle[T](deck: List[T], n: Int, isOutShuffle: Boolean) case class
Split(deck: List[String], faroShuffler: ActorRef, isOutShuffle: Boolean) case class
ShuffleType(isOutShuffle: Boolean) case class CollectCards(name: String, numCards: Int) case
class Card(card: String) case class ShuffledDeck[T](deck: List[T]) class Shuffler extends Actor {
var shufflesLeft = 0 var senderRef: ActorRef = _ def receive = { case Shuffle(deck: List[String],
n, isOutShuffle) => shufflesLeft = n senderRef = sender() val splitter =
context.actorOf(Props[Splitter]) splitter ! Split(deck, context.actorOf(Props[FaroShuffler]),
isOutShuffle) case ShuffledDeck(deck: List[String]) => shufflesLeft -= 1 if (shufflesLeft == 0) {
senderRef ! ShuffledDeck(deck) } } } class Splitter extends Actor { def receive = { case
Split(deck, faroShuffler, isOutShuffle) => val (left, right) = deck.splitAt(deck.length / 2)
faroShuffler ! ShuffleType(isOutShuffle) faroShuffler ! left faroShuffler ! right } } class
FaroShuffler extends Actor { var cardCollector: Option[ActorRef] = None var deck1:
List[String] = Nil var deck2: List[String] = Nil var isOutShuffle: Boolean = false def receive = {
case ShuffleType(out) => isOutShuffle = out case deck: List[String] => if (deck1.isEmpty)
deck1 = deck else deck2 = deck if (deck1.nonEmpty && deck2.nonEmpty) { val numCards =
deck1.length + deck2.length cardCollector = Some(context.actorOf(Props[CardCollector]))
cardCollector.foreach(_ ! CollectCards(self.path.name, numCards)) val (firstDeck, secondDeck)
= if (isOutShuffle) (deck2, deck1) else (deck1, deck2) val shuffledDeck = (for { i <- 0 until
firstDeck.length j = if (i < secondDeck.length) i * 2 + 1 else (i - secondDeck.length) * 2 card <-
List(firstDeck(i), secondDeck(j)) } yield card).toList cardCollector.foreach(_ !
ShuffledDeck(shuffledDeck)) deck1 = Nil deck2 = Nil } } } class CardCollector extends Actor {
var collectedCards: List[String] = Nil var senderRef: ActorRef = _ def receive = { case
CollectCards(name, numCards) => senderRef = sender() collectedCards = Nil
context.become(collectingCards(name, numCards)) } def collectingCards(name: String,
numCards: Int): Receive = { case Card(card) => collectedCards = card :: collectedCards if
(collectedCards.length == numCards) { senderRef ! ShuffledDeck(collectedCards.reverse)
context.unbecome() } } }.
Mixin Classes in Odoo 17 How to Extend Models Using Mixin Classes
can someone create an instance of the Shuffler actor and send it lik.pdf
1. can someone create an instance of the Shuffler actor and send it like a main class to test these
functions in SCALA, please? I already tried ChatGPT Don't use it, please
FOR THIS CODE:
import akka.actor._ case class Shuffle[T](deck: List[T], n: Int, isOutShuffle: Boolean) case class
Split(deck: List[String], faroShuffler: ActorRef, isOutShuffle: Boolean) case class
ShuffleType(isOutShuffle: Boolean) case class CollectCards(name: String, numCards: Int) case
class Card(card: String) case class ShuffledDeck[T](deck: List[T]) class Shuffler extends Actor {
var shufflesLeft = 0 var senderRef: ActorRef = _ def receive = { case Shuffle(deck: List[String],
n, isOutShuffle) => shufflesLeft = n senderRef = sender() val splitter =
context.actorOf(Props[Splitter]) splitter ! Split(deck, context.actorOf(Props[FaroShuffler]),
isOutShuffle) case ShuffledDeck(deck: List[String]) => shufflesLeft -= 1 if (shufflesLeft == 0) {
senderRef ! ShuffledDeck(deck) } } } class Splitter extends Actor { def receive = { case
Split(deck, faroShuffler, isOutShuffle) => val (left, right) = deck.splitAt(deck.length / 2)
faroShuffler ! ShuffleType(isOutShuffle) faroShuffler ! left faroShuffler ! right } } class
FaroShuffler extends Actor { var cardCollector: Option[ActorRef] = None var deck1:
List[String] = Nil var deck2: List[String] = Nil var isOutShuffle: Boolean = false def receive = {
case ShuffleType(out) => isOutShuffle = out case deck: List[String] => if (deck1.isEmpty)
deck1 = deck else deck2 = deck if (deck1.nonEmpty && deck2.nonEmpty) { val numCards =
deck1.length + deck2.length cardCollector = Some(context.actorOf(Props[CardCollector]))
cardCollector.foreach(_ ! CollectCards(self.path.name, numCards)) val (firstDeck, secondDeck)
= if (isOutShuffle) (deck2, deck1) else (deck1, deck2) val shuffledDeck = (for { i <- 0 until
firstDeck.length j = if (i < secondDeck.length) i * 2 + 1 else (i - secondDeck.length) * 2 card <-
List(firstDeck(i), secondDeck(j)) } yield card).toList cardCollector.foreach(_ !
ShuffledDeck(shuffledDeck)) deck1 = Nil deck2 = Nil } } } class CardCollector extends Actor {
var collectedCards: List[String] = Nil var senderRef: ActorRef = _ def receive = { case
CollectCards(name, numCards) => senderRef = sender() collectedCards = Nil
context.become(collectingCards(name, numCards)) } def collectingCards(name: String,
numCards: Int): Receive = { case Card(card) => collectedCards = card :: collectedCards if
(collectedCards.length == numCards) { senderRef ! ShuffledDeck(collectedCards.reverse)
context.unbecome() } } }
 case class
Split(deck: List[String], faroShuffler: ActorRef, isOutShuffle: Boolean) case class
ShuffleType(isOutShuffle: Boolean) case class CollectCards(name: String, numCards: Int) case
class Card(card: String) case class ShuffledDeck[T](deck: List[T]) class Shuffler extends Actor {
var shufflesLeft = 0 var senderRef: ActorRef = _ def receive = { case Shuffle(deck: List[String],
n, isOutShuffle) => shufflesLeft = n senderRef = sender() val splitter =
context.actorOf(Props[Splitter]) splitter ! Split(deck, context.actorOf(Props[FaroShuffler]),
isOutShuffle) case ShuffledDeck(deck: List[String]) => shufflesLeft -= 1 if (shufflesLeft == 0) {
senderRef ! ShuffledDeck(deck) } } } class Splitter extends Actor { def receive = { case
Split(deck, faroShuffler, isOutShuffle) => val (left, right) = deck.splitAt(deck.length / 2)
faroShuffler ! ShuffleType(isOutShuffle) faroShuffler ! left faroShuffler ! right } } class
FaroShuffler extends Actor { var cardCollector: Option[ActorRef] = None var deck1:
List[String] = Nil var deck2: List[String] = Nil var isOutShuffle: Boolean = false def receive = {
case ShuffleType(out) => isOutShuffle = out case deck: List[String] => if (deck1.isEmpty)
deck1 = deck else deck2 = deck if (deck1.nonEmpty && deck2.nonEmpty) { val numCards =
deck1.length + deck2.length cardCollector = Some(context.actorOf(Props[CardCollector]))
cardCollector.foreach(_ ! CollectCards(self.path.name, numCards)) val (firstDeck, secondDeck)
= if (isOutShuffle) (deck2, deck1) else (deck1, deck2) val shuffledDeck = (for { i <- 0 until
firstDeck.length j = if (i < secondDeck.length) i * 2 + 1 else (i - secondDeck.length) * 2 card <-
List(firstDeck(i), secondDeck(j)) } yield card).toList cardCollector.foreach(_ !
ShuffledDeck(shuffledDeck)) deck1 = Nil deck2 = Nil } } } class CardCollector extends Actor {
var collectedCards: List[String] = Nil var senderRef: ActorRef = _ def receive = { case
CollectCards(name, numCards) => senderRef = sender() collectedCards = Nil
context.become(collectingCards(name, numCards)) } def collectingCards(name: String,
numCards: Int): Receive = { case Card(card) => collectedCards = card :: collectedCards if
(collectedCards.length == numCards) { senderRef ! ShuffledDeck(collectedCards.reverse)
context.unbecome() } } }](https://image.slidesharecdn.com/cansomeonecreateaninstanceoftheshuffleractorandsenditlik-230401111812-9be89b01/85/can-someone-create-an-instance-of-the-Shuffler-actor-and-send-it-lik-pdf-1-320.jpg)
