public void hand_with_the_same_cards_Tie()
{
List <Card> aceHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.King
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
}
};
Assert.AreEqual(null, Poker.CalculateWinningHand(aceHighHand, aceHighHand));
}
public void hand_with_two_pair_wins_by_high_card()
{
var fivesAndTwosAceHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
}
};
var fivesAndTwosQueenHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Queen
},
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
}
};
var actualWinningHand = Poker.CalculateWinningHand(fivesAndTwosQueenHighHand, fivesAndTwosAceHighHand);
var expectedWinningHand = fivesAndTwosAceHighHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_two_pair_wins_against_a_pair()
{
var fivesAndTwosHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
}
};
var pairOfJacksHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Nine
}
};
var actualWinningHand = Poker.CalculateWinningHand(pairOfJacksHand, fivesAndTwosHand);
var expectedWinningHand = fivesAndTwosHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_the_same_high_card_but_high_kicker_Wins()
{
List <Card> aceHighHandQueenKicker = new List <Card>()
{
new Card()
{
Rank = Rank.Queen
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Ace
}
};
List <Card> aceHighHandKingKicker = new List <Card>()
{
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.King
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
}
};
List <Card> actualWinningHand = Poker.CalculateWinningHand(aceHighHandKingKicker, aceHighHandQueenKicker);
List <Card> expectedWinningHand = aceHighHandKingKicker;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_highest_card_wins()
{
List <Card> aceHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.King
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
}
};
List <Card> kingHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.King
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
}
};
List <Card> actualWinningHand = Poker.CalculateWinningHand(kingHighHand, aceHighHand);
List <Card> expectedWinningHand = aceHighHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_a_higher_pair_wins_against_lower_pair()
{
List <Card> PairOfAcesHand = new List <Card>()
{
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.King
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
}
};
List <Card> PairOfTwosHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
}
};
List <Card> actualWinningHand = Poker.CalculateWinningHand(PairOfTwosHand, PairOfAcesHand);
List <Card> expectedWinningHand = PairOfAcesHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_same_pair_but_higher_kicker_wins()
{
List <Card> PairOfAcesKingHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.King
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
}
};
List <Card> PairOfAcesJackHighHand = new List <Card>()
{
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Nine
},
new Card()
{
Rank = Rank.Five
}
};
List <Card> actualWinningHand = Poker.CalculateWinningHand(PairOfAcesJackHighHand, PairOfAcesKingHighHand);
List <Card> expectedWinningHand = PairOfAcesKingHighHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_better_trips_wins_against_lower_trips()
{
var tripFivesHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
}
};
var tripTwosHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Jack
},
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Nine
}
};
var actualWinningHand = Poker.CalculateWinningHand(tripTwosHand, tripFivesHand);
var expectedWinningHand = tripFivesHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
public void hand_with_trips_but_better_kicker_wins()
{
var tripFivesAceKickerHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Ace
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
}
};
var tripFivesNineKickerHand = new List <Card>()
{
new Card()
{
Rank = Rank.Two
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Five
},
new Card()
{
Rank = Rank.Nine
}
};
var actualWinningHand = Poker.CalculateWinningHand(tripFivesNineKickerHand, tripFivesAceKickerHand);
var expectedWinningHand = tripFivesAceKickerHand;
Assert.AreEqual(expectedWinningHand, actualWinningHand);
}
