public void CheckForHandTest_CheckForPairFromHand_PairFromTableCards()
{
IRules rules = new Rules();
IPlayer player1 = new Human("player");
player1.PlayerCards[0] = new Card(50);
player1.PlayerCards[1] = new Card(7);
this.table.CardsOnTable[0] = new Card(11);
this.table.CardsOnTable[1] = new Card(29);
this.table.CardsOnTable[2] = new Card(51);
this.table.CardsOnTable[3] = new Card(22);
this.table.CardsOnTable[4] = new Card(42);
this.dataBase.Table = this.table;
rules.CheckForHand(player1);
Assert.AreEqual(TypeOfTheHand.Pair, player1.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(149, player1.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.Pair, rules.Win[0].HandFactor, "Rules.win.current not correct");
Assert.AreEqual(149, rules.Win[0].Power, "Rules.win.power not correct");
}
public void CheckForHandTest_CheckForHighCard()
{
IRules rules = new Rules();
IPlayer player = new Human("player");
player.PlayerCards[0] = new Card(2);
player.PlayerCards[1] = new Card(51);
this.table.CardsOnTable[0] = new Card(37);
this.table.CardsOnTable[1] = new Card(29);
this.table.CardsOnTable[2] = new Card(12);
this.table.CardsOnTable[3] = new Card(22);
this.table.CardsOnTable[4] = new Card(42);
this.dataBase.Table = this.table;
rules.CheckForHand(player);
Assert.AreEqual(TypeOfTheHand.HighCard, player.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(13, player.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.HighCard, rules.Win[0].HandFactor, "Rules.win.current not correct");
Assert.AreEqual(13, rules.Win[0].Power, "Rules.win.power not correct");
Assert.AreEqual(13, rules.Sorted.Power);
Assert.AreEqual(TypeOfTheHand.HighCard, rules.Sorted.HandFactor);
}
public void CheckForHandTest_CheckForStraightFlushOfDiamondsFromFourToEightWithAceOfDiamonds()
{
IRules rules = new Rules();
IPlayer player1 = new Human("player");
player1.PlayerCards[0] = new Card(1);
player1.PlayerCards[1] = new Card(17);
this.table.CardsOnTable[0] = new Card(46);
this.table.CardsOnTable[1] = new Card(13);
this.table.CardsOnTable[2] = new Card(21);
this.table.CardsOnTable[3] = new Card(29);
this.table.CardsOnTable[4] = new Card(25);
this.dataBase.Table = this.table;
rules.CheckForHand(player1);
Assert.AreEqual(TypeOfTheHand.StraightFlush, player1.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(807, player1.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.StraightFlush, rules.Sorted.HandFactor, "Rules.win.current not correct");
Assert.AreEqual(807, rules.Sorted.Power, "Rules.win.power not correct");
}
public void CheckForHandTest_CheckForStraightFlushOfClubsFromTwoToSixWithJackOfClubs()
{
IRules rules = new Rules();
IPlayer player1 = new Human("player");
player1.PlayerCards[0] = new Card(40);
player1.PlayerCards[1] = new Card(16);
this.table.CardsOnTable[0] = new Card(12);
this.table.CardsOnTable[1] = new Card(33);
this.table.CardsOnTable[2] = new Card(4);
this.table.CardsOnTable[3] = new Card(8);
this.table.CardsOnTable[4] = new Card(20);
this.dataBase.Table = this.table;
rules.CheckForHand(player1);
Assert.AreEqual(TypeOfTheHand.StraightFlush, player1.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(805, player1.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.StraightFlush, rules.Sorted.HandFactor, "Rules.win.current not correct");
Assert.AreEqual(805, rules.Sorted.Power, "Rules.win.power not correct");
}
public void CheckForHandTest_CheckForStraightFlushOfSpades_WithAceAndJackInPlayerHand()
{
IRules rules = new Rules();
IPlayer player1 = new Human("player");
player1.PlayerCards[0] = new Card(3);
player1.PlayerCards[1] = new Card(43);
this.table.CardsOnTable[0] = new Card(1);
this.table.CardsOnTable[1] = new Card(39);
this.table.CardsOnTable[2] = new Card(47);
this.table.CardsOnTable[3] = new Card(51);
this.table.CardsOnTable[4] = new Card(3);
this.dataBase.Table = this.table;
rules.CheckForHand(player1);
Assert.AreEqual(TypeOfTheHand.RoyalFlush, player1.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(913, player1.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.RoyalFlush, rules.Sorted.HandFactor, "Rules.win.current not correct");
Assert.AreEqual(913, rules.Sorted.Power, "Rules.win.power not correct");
}
public void CheckForHandTest_CheckForFourOfAKind_WithFourAce()
{
IRules rules = new Rules();
IPlayer player1 = new Human("player");
player1.PlayerCards[0] = new Card(0);
player1.PlayerCards[1] = new Card(24);
this.table.CardsOnTable[0] = new Card(1);
this.table.CardsOnTable[1] = new Card(40);
this.table.CardsOnTable[2] = new Card(2);
this.table.CardsOnTable[3] = new Card(30);
this.table.CardsOnTable[4] = new Card(3);
this.dataBase.Table = this.table;
rules.CheckForHand(player1);
Assert.AreEqual(TypeOfTheHand.FourOfAKind, player1.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(752, player1.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.FourOfAKind, rules.Sorted.HandFactor, "Rules.win.current not correct");
Assert.AreEqual(752, rules.Sorted.Power, "Rules.win.power not correct");
}
public void CheckForHandTest_CheckForThreeOfAKind_WithPairInHand()
{
IRules rules = new Rules();
IPlayer player1 = new Human("player");
player1.PlayerCards[0] = new Card(21);
player1.PlayerCards[1] = new Card(22);
this.table.CardsOnTable[0] = new Card(13);
this.table.CardsOnTable[1] = new Card(32);
this.table.CardsOnTable[2] = new Card(23);
this.table.CardsOnTable[3] = new Card(46);
this.table.CardsOnTable[4] = new Card(42);
this.dataBase.Table = this.table;
rules.CheckForHand(player1);
Assert.AreEqual(TypeOfTheHand.ThreeOfAKind, player1.HandFactor, "Player.HandFactor not correct");
Assert.AreEqual(315, player1.Power, "Player.Power not correct");
Assert.AreEqual(TypeOfTheHand.ThreeOfAKind, rules.Sorted.HandFactor, "Rules.win.current not correct");
Assert.AreEqual(315, rules.Sorted.Power, "Rules.win.power not correct");
}
