private static int Fast(ConsoleCardPrinter consoleCardPrinter)
{
int numberOfHands = 0;
bool isStillRunning = true;
While(new ParallelOptions {
MaxDegreeOfParallelism = 5
}, () => { return(isStillRunning); }, state =>
{
var deck = new Deck(new GuidShuffler(), new ANormalDeck());
deck.Shuffle();
var hand = deck.TakeOneHand();
if (CheckIfHandHoldFourAces(hand))
{
var cards = hand.Cards();
consoleCardPrinter.Print(cards);
isStillRunning = false;
}
deck.Reset();
numberOfHands++;
});
return(numberOfHands);
}
private static int Slow(ConsoleCardPrinter consoleCardPrinter)
{
bool isStillRunning = true;
int numberOfHands = 0;
var deck = new Deck(new GuidShuffler(), new ANormalDeck());
do
{
deck.Shuffle();
var hand = deck.TakeOneHand();
if (CheckIfHandHoldFourAces(hand))
{
var cards = hand.Cards();
consoleCardPrinter.Print(cards);
isStillRunning = false;
}
deck.Reset();
numberOfHands++;
} while (isStillRunning);
return(numberOfHands);
}
private static int Fast(ConsoleCardPrinter consoleCardPrinter)
{
int numberOfHands = 0;
bool isStillRunning = true;
While(new ParallelOptions {MaxDegreeOfParallelism = 5}, () => { return isStillRunning; }, state =>
{
var deck = new Deck(new GuidShuffler(), new ANormalDeck());
deck.Shuffle();
var hand = deck.TakeOneHand();
if (CheckIfHandHoldFourAces(hand))
{
var cards = hand.Cards();
consoleCardPrinter.Print(cards);
isStillRunning = false;
}
deck.Reset();
numberOfHands++;
});
return numberOfHands;
}
private static int Slow(ConsoleCardPrinter consoleCardPrinter)
{
bool isStillRunning = true;
int numberOfHands = 0;
var deck = new Deck(new GuidShuffler(), new ANormalDeck());
do
{
deck.Shuffle();
var hand = deck.TakeOneHand();
if (CheckIfHandHoldFourAces(hand))
{
var cards = hand.Cards();
consoleCardPrinter.Print(cards);
isStillRunning = false;
}
deck.Reset();
numberOfHands++;
} while (isStillRunning);
return numberOfHands;
}
