public void TestingAlgorithm_Calculate_Card_Power_FourOfAKind_ShouldPass()
{
ICard aceOfSpades = new Card(12, 'S');
ICard aceOfClubs = new Card(12, 'C');
ICard aceOfDiamonds = new Card(12, 'D');
ICard aceOfHearths = new Card(12, 'H');
IHand hand = new Hand();
IList <ICard> fourOfAKind = new List <ICard>()
{
aceOfSpades, aceOfClubs, aceOfDiamonds, aceOfHearths
};
hand.CurrentCards = fourOfAKind;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(HandStrengthEnum.FourOfAKind, hand.Strength);
}
public void TestingAlgorithm_Calculate_Card_Power_FullHousePairFirst_ShouldPass()
{
ICard card1 = new Card(10, 'S');
ICard card2 = new Card(10, 'S');
ICard card3 = new Card(12, 'S');
ICard card4 = new Card(12, 'S');
ICard card5 = new Card(12, 'S');
IHand hand = new Hand();
IList <ICard> combination = new List <ICard>()
{
card1, card2, card3, card4, card5
};
hand.CurrentCards = combination;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(HandStrengthEnum.FullHouse, hand.Strength);
}
public void TestingAlgorithm_Calculate_Card_Power_RoyalFlush_ShouldPass()
{
ICard aceOfSpades = new Card(12, 'S');
ICard kingOfSpades = new Card(11, 'S');
ICard queenOfSpades = new Card(10, 'S');
ICard jokerOfSpades = new Card(9, 'S');
ICard tenOfSpades = new Card(8, 'S');
IHand hand = new Hand();
IList <ICard> royalFlush = new List <ICard>()
{
aceOfSpades, kingOfSpades, queenOfSpades, jokerOfSpades, tenOfSpades
};
hand.CurrentCards = royalFlush;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(HandStrengthEnum.RoyalFlush, hand.Strength);
}
public void TestingAlgorithm_Calculate_HighCardPower_2()
{
ICard card1 = new Card(4, 'H');
ICard card2 = new Card(7, 'S');
ICard card3 = new Card(6, 'S');
ICard card4 = new Card(2, 'S');
ICard card5 = new Card(3, 'S');
IHand hand = new Hand();
IList <ICard> combination = new List <ICard>()
{
card1, card2, card3, card4, card5
};
hand.CurrentCards = combination;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(card2.Rank, hand.HighCard.Rank);
}
public void TestingAlgorithm_Calculate_HighCard_RoyalFlush_ShouldPass()
{
ICard card1 = new Card(11, 'S');
ICard card2 = new Card(10, 'S');
ICard card3 = new Card(12, 'S');
ICard card4 = new Card(9, 'S');
ICard card5 = new Card(8, 'S');
IHand hand = new Hand();
IList <ICard> combination = new List <ICard>()
{
card1, card2, card3, card4, card5
};
hand.CurrentCards = combination;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(card3.Rank, hand.HighCard.Rank);
}
public void TestingAlgorithm_Calculate_Card_Power_StraightFlush_ShouldPass()
{
ICard card1 = new Card(11, 'S');
ICard card2 = new Card(10, 'S');
ICard card3 = new Card(9, 'S');
ICard card4 = new Card(8, 'S');
ICard card5 = new Card(7, 'S');
IHand hand = new Hand();
IList <ICard> combination = new List <ICard>()
{
card1, card2, card3, card4, card5
};
hand.CurrentCards = combination;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(HandStrengthEnum.StraightFlush, hand.Strength);
}
public void TestingAlgorithm_Calculate_Card_Power_FlushNotSequential_ShouldPass()
{
ICard card1 = new Card(12, 'S');
ICard card2 = new Card(9, 'S');
ICard card3 = new Card(5, 'H');
ICard card4 = new Card(10, 'H');
ICard card5 = new Card(5, 'S');
ICard card6 = new Card(9, 'S');
ICard card7 = new Card(2, 'S');
IHand hand = new Hand();
IList <ICard> combination = new List <ICard>()
{
card1, card2, card3, card4, card5, card6, card7
};
hand.CurrentCards = combination;
CardPowerCalculator.GetCurrentStrengthOfCards(hand);
Assert.AreEqual(HandStrengthEnum.Flush, hand.Strength);
}
/// <summary>
/// Bot makes calculations and decides how to play his turn based on several factors
/// </summary>
/// <param name="currentHighestBet">The current highest bet on the board.</param>
/// <param name="playersNotFolded">The number of players not folded.</param>
/// <param name="canCheck">if set to <c>true</c> the bot [can check]
/// (true only if no one has called or raised before him and the turn part is past the flop).</param>
/// <param name="currentPartOfTurn">The current part of the turn.</param>
/// <param name="randomBehavior">The random behavior that's one of the factors in the bots decision making.</param>
public void PlayTurn(ref int currentHighestBet, int playersNotFolded, bool canCheck, TurnParts currentPartOfTurn, Random randomBehavior)
{
CardPowerCalculator.GetCurrentStrengthOfCards(this.Hand);
int feelingLucky = randomBehavior.Next(0, 100);
int bluff = randomBehavior.Next(0, 10);
int turnPartFactor = (int)currentPartOfTurn * 40;
if (this.CheckShouldRaise(playersNotFolded, turnPartFactor, feelingLucky, bluff))
{
this.Raise(currentHighestBet * 2, ref currentHighestBet);
}
else if (this.CheckShouldCall(playersNotFolded, turnPartFactor, feelingLucky, bluff))
{
this.Call(currentHighestBet);
}
else if (canCheck)
{
this.Check();
}
else
{
this.Fold();
}
}