protected virtual void ProcessPlayersForRound(Streets street, int fromPlayer, int toPlayer)
{
if (fromPlayer <= toPlayer)
{
for (int playerIndex = fromPlayer; playerIndex <= toPlayer; playerIndex++)
{
// Check if non empty bettinground for that player exists in the current round
IAquiredPokerPlayer aquiredPlayer = _aquiredHand[playerIndex];
if (aquiredPlayer.Count > (int)street && aquiredPlayer[street].Actions.Count > ActionCount)
{
ProcessRound(street, aquiredPlayer[street], _convertedHand[playerIndex]);
}
}
}
else
{
// Headsup Postflop
for (int playerIndex = fromPlayer; playerIndex >= toPlayer; playerIndex--)
{
// Check if non empty bettinground for that player exists in the current round
IAquiredPokerPlayer aquiredPlayer = _aquiredHand[playerIndex];
if (aquiredPlayer.Count > (int)street && aquiredPlayer[street].Actions.Count > ActionCount)
{
ProcessRound(street, aquiredPlayer[street], _convertedHand[playerIndex]);
}
}
}
}
int AddPlayersToHandAndGetSmallBlindPosition(string smallBlindPlayerName)
{
int smallBlindPosition = 0;
int relativeSeatNumber = 0;
foreach (KeyValuePair <int, PlayerSeatsParser.PlayerData> playerSeat in PlayerSeatsParser.PlayerSeats)
{
IAquiredPokerPlayer aquiredPlayer = _aquiredPlayerMake.New
.InitializeWith(playerSeat.Value.Name, playerSeat.Value.Stack);
aquiredPlayer.RelativeSeatNumber = relativeSeatNumber;
aquiredPlayer.SeatNumber = playerSeat.Key;
if (aquiredPlayer.Name == smallBlindPlayerName)
{
smallBlindPosition = aquiredPlayer.RelativeSeatNumber;
}
AquiredPokerHand.AddPlayer(aquiredPlayer);
relativeSeatNumber++;
}
return(smallBlindPosition);
}
void ParseRiver(IAquiredPokerPlayer aquiredPlayer)
{
IAquiredPokerRound aquiredRound = GetPlayerActionsFor(StreetsParser.River, aquiredPlayer.Name);
if (aquiredRound.Actions.Count > 0)
{
aquiredPlayer.AddRound(aquiredRound);
}
}
static IAquiredPokerPlayer CreatePostingPlayer(string someName, double postedAmount)
{
IAquiredPokerPlayer aquiredPlayer = CreateAquiredPlayer(someName);
var round = new AquiredPokerRound();
round.Add(new AquiredPokerAction(ActionTypes.P, postedAmount));
aquiredPlayer.AddRound(round);
return(aquiredPlayer);
}
static IAquiredPokerPlayer CreateNonPostingActivePlayer(string someName, ActionTypes action, double ratio)
{
IAquiredPokerPlayer aquiredPlayer = CreateAquiredPlayer(someName);
var round = new AquiredPokerRound();
round.Add(new AquiredPokerAction(action, ratio));
aquiredPlayer.AddRound(round);
return(aquiredPlayer);
}
public void RemovePostingActionsAndCalculatePotAfterPosting_OneInactivePostingPlayer_RemovesPlayerFromHand()
{
const double postedAmount = 1.0;
IAquiredPokerPlayer postingPlayer = CreatePostingPlayer("someName", postedAmount);
_aquiredHand.AddPlayer(postingPlayer);
_converter.CallRemovePostingActionsAndCalculatePotAfterPosting(ref _aquiredHand);
bool playerWasRemoved = !_aquiredHand.Players.Contains(postingPlayer);
Assert.That(playerWasRemoved);
}
RemovePostingActionsAndCalculatePotAfterPosting_OneActivePostingPlayer_RemovesPostingActionFromPlayer()
{
const double postedAmount = 1.0;
IAquiredPokerPlayer postingPlayer = CreatePostingPlayer("someName", postedAmount);
postingPlayer[Streets.PreFlop].Add(new AquiredPokerAction(ActionTypes.F, 1.0));
_aquiredHand.AddPlayer(postingPlayer);
_converter.CallRemovePostingActionsAndCalculatePotAfterPosting(ref _aquiredHand);
bool firstActionIsNotPostingAction = !postingPlayer[Streets.PreFlop][0].What.Equals(ActionTypes.P);
Assert.That(firstActionIsNotPostingAction);
}
public int CompareTo(IAquiredPokerPlayer other)
{
if (Position < other.Position)
{
return(-1);
}
if (Position > other.Position)
{
return(1);
}
return(0);
}
void ParseTurnAndRiver(IAquiredPokerPlayer aquiredPlayer)
{
IAquiredPokerRound aquiredRound = GetPlayerActionsFor(StreetsParser.Turn, aquiredPlayer.Name);
if (aquiredRound.Actions.Count > 0)
{
aquiredPlayer.AddRound(aquiredRound);
}
// The only reason to parse River if no Turn actions were found, is to find eventual Winning Actions
if (StreetsParser.HasRiver)
{
ParseRiver(aquiredPlayer);
}
}
/// <summary>
/// Method to add a player to the hand
/// This version is used by the Parser and when importing a hand from Poker Office
/// </summary>
/// <param name="aquiredPlayer">Poker Player</param>
public IAquiredPokerHand AddPlayer(IAquiredPokerPlayer aquiredPlayer)
{
_players.Add(aquiredPlayer);
return(this);
}
/// <summary>
/// Remove a Poker Player
/// Needed when converting hand
/// </summary>
/// <param name="thePlayer">Player to remove</param>
/// <returns>true if player could be removed</returns>
public bool RemovePlayer(IAquiredPokerPlayer thePlayer)
{
return(_players.Remove(thePlayer));
}
