public List <SidePot> CalculateMainAndSidePots()
{
List <SidePot> finalPots = new List <SidePot>();
int sidePotCounter = 0;
while (getZeroPotsAmount() < 4)
{
int smallestDeck = getMinPotAmountGreaterThanZero();
List <ApplicationUser> contestedBy = new List <ApplicationUser>();
SidePot sidePot = new SidePot();
// In that case, 5 is the max players occupied.
for (int i = 0; i < 5; i++)
{
if (getPotByIndex(i) >= smallestDeck)
{
// Saves the original pot of the user
if (sidePot.OriginalPotAmount == 0)
{
sidePot.OriginalPotAmount = getPotByIndex(i);
}
setPotByIndex(i, getPotByIndex(i) - smallestDeck);
contestedBy.Add(getUserByIndex(i));
}
}
string potName = sidePotCounter == 0 ? "Main Pot" : "Side Pot " + sidePotCounter;
sidePot.Name = potName;
sidePot.PotAmount = smallestDeck * contestedBy.Count();
sidePot.ContestedBy = contestedBy;
finalPots.Add(sidePot);
sidePotCounter++;
}
// Edge case where there's still money in the room's sum pot, in that case we need to return the money to the user owned it.
if (getZeroPotsAmount() == 4)
{
for (int i = 0; i < 5; i++)
{
if (getPotByIndex(i) > 0)
{
ApplicationUser user = getUserByIndex(i);
user.Chips += getPotByIndex(i);
setPotByIndex(i, 0);
break;
}
}
}
return(finalPots);
}
/// <summary>
/// Plays the next game round.
/// </summary>
/// <returns>
/// True - if can play another round, False - to end the game
/// </returns>
private bool PlayNextRound()
{
// In debug mode, check that the total amount of money remaind.
Invariant.CheckMoneySum(this);
// Get a new game for the current round.
game = GetNewGame();
// Create a new side pot
pot = new SidePot(players);
// Increase hand count
RaiseHandCount();
// Initialize the game for the current amount of players.
game.BeginGame(players.Count);
// Map the playing players and the round order, blind open & blind raise
mapPlayersAndBlindOpen();
// finish the blind raise round
handleFirstRaise();
// Call derived class to continue the game round
OnPlayNextRound();
// find the winner(s) and distribute the earnings
handleEndGame(game.EndGame());
// since derived classes and helpers may remove players, verify there are any...
if (players.Count == 0)
{
return(false);
}
// In debug mode, check that the total amount of money remaind.
Invariant.CheckMoneySum(this);
// move the dealer chip one place
++dealer;
dealer = dealer % players.Count;
// Check if there are more players
if (players.Count > 1)
{
// Use derive class to determine if another round should be played
return(WaitForAnotherRound());
}
else // there are no more players.
{
// Notify the game is over and stop the game
WaitGameOver(players[0]);
return(false);
}
}
