public void Test_AddPlayer_SeatNotEmpty_ThrowsException()
{
Table table = new Table(4);
table.AddPlayer(new Player(500, 0), 3);
Exception exception = Assert.Throws <Exception>(() => table.AddPlayer(new Player(500, 0), 3));
Assert.AreEqual(exception.Message, "Sorry, this seat has already a player");
}
public void Test_RemovePlayer_DoesNotExist_ThrowsException()
{
Table table = new Table(4);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
Exception exception = Assert.Throws <Exception>(() => table.RemovePlayer(new Player(500, 0)));
Assert.AreEqual(exception.Message, "This player is not sitting in the table");
}
public void Test_RemovePlayer_FromSeatNumber_IsOk(int seatNumber)
{
Table table = new Table(4);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
Assert.DoesNotThrow(() => table.RemovePlayer(seatNumber));
}
public void Test_RemovePlayer_FromNonExistingSeat_ThrowsException()
{
Table table = new Table(4);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
Exception exception = Assert.Throws <Exception>(() => table.RemovePlayer(8));
Assert.AreEqual(exception.Message, "Sorry, seat not found");
}
public void Test_RemovePlayer_FromEmptySeat_ThrowsException()
{
Table table = new Table(4);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
Exception exception = Assert.Throws <Exception>(() => table.RemovePlayer(3));
Assert.AreEqual(exception.Message, "This seat is empty");
}
public void Test_AddPlayer_TableAlreadyContainsPlayer_ThrowsException()
{
Table table = new Table(4);
var player = new Player(500, 0);
table.AddPlayer(player);
Exception exception = Assert.Throws <Exception>(() => table.AddPlayer(player));
Assert.AreEqual(exception.Message, "Sorry, selected player is already playing");
}
public void Test_IsAnyEmpty_HasSomeEmptySeats_ReturnsTrue()
{
Table table = new Table(5);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
bool expected = table.Seats.IsAnyEmpty();
Assert.AreEqual(expected, true);
}
public void Test_StartGame_BoardStateIsPreFlop_IsTrue()
{
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.StartGame();
Assert.AreEqual(table.Board.BoardState, BoardStateType.Preflop);
}
public void Test_SetDealer_EmptySeat_ThrowsException()
{
Player playerDealer = new Player(500, 0);
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0), 1);
table.AddPlayer(new Player(500, 0), 3);
table.AddPlayer(new Player(500, 0), 4);
var exception = Assert.Throws <Exception>(() => table.SetDealer(2));
Assert.AreEqual(exception.Message, "Sorry, selected seat is empty!");
}
public void Test_AddPlayer_HasNoEmptySeats_ThrowsException()
{
Table table = new Table(4);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
Exception exception = Assert.Throws <Exception>(() => table.AddPlayer(new Player(500, 0)));
Assert.AreEqual(exception.Message, "Sorry, no empty seat found");
}
public void Test_Turn_BoardStateIsTurn_IsTrue()
{
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.StartGame();
table.Flop();
table.Turn();
Assert.AreEqual(table.Board.BoardState, BoardStateType.Turn);
}
public void Test_SetDealer_SpecificPlayer_IsOk()
{
Player playerDealer = new Player(500, 0);
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0), 1);
table.AddPlayer(playerDealer, 3);
table.AddPlayer(new Player(500, 0), 4);
table.SetDealer(3);
Assert.IsTrue(playerDealer.IsDealer);
}
public void Test_StartGame_WithPlayers_HaveCards(int seatNumber)
{
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.StartGame();
bool expected = table.Players.ToList()[seatNumber].HasCards();
Assert.AreEqual(expected, true);
}
public void Test_SetDealer_SmallBlind_IsOk(int dealer, int smallBlind)
{
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0), 1);
table.AddPlayer(new Player(500, 0), 3);
table.AddPlayer(new Player(500, 0), 4);
table.SetDealer(dealer);
var expected = table.Seats[smallBlind].Player.IsSmallBlind;
Assert.IsTrue(expected);
}
public void Test_Turn_AfterStartGame_ThrowsException()
{
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.StartGame();
Exception exception = Assert.Throws <Exception>(() => table.Turn());
Assert.AreEqual(exception.Message, "The board has to go through Flop first!");
}
public void Test_River_WhenInFlop_ThrowsException()
{
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.AddPlayer(new Player(500, 0));
table.StartGame();
table.Flop();
Exception exception = Assert.Throws <Exception>(() => table.River());
Assert.AreEqual(exception.Message, "The board has to go through Turn first!");
}
public void Test_AddPlayer_SeatDoesNotExist_ThrowsException()
{
Table table = new Table(4);
Exception exception = Assert.Throws <Exception>(() => table.AddPlayer(new Player(500, 0), 12));
Assert.AreEqual(exception.Message, "Sorry, invalid seat number");
}
public void Test_SetDealer_BigBlind_IsOk(int dealer, int bigBlind)
{
Player playerBigBlind = new Player(500, 0);
Table table = new Table(4, 0);
table.AddPlayer(new Player(500, 0), 1);
table.AddPlayer(new Player(500, 0), 2);
table.AddPlayer(playerBigBlind, 3);
table.AddPlayer(new Player(500, 0), 4);
table.SetDealer(dealer);
var expected = table.Seats[bigBlind].Player.IsBigBlind;
Assert.IsTrue(expected);
}
public void Test_RemovePlayer_ByExistingPlayer_IsOk()
{
Table table = new Table(4);
Player player = new Player(500, 0);
table.AddPlayer(player);
Assert.DoesNotThrow(() => table.RemovePlayer(player));
}