public gameEngineReturnMessage Poll(string accessToken)
{
pollResponse returnMessage = new pollResponse();
game associatedGame = FindGameByPlayer(accessToken);
if (associatedGame == null)
{
return(null);
}
returnMessage.gameName = associatedGame.GetId();
returnMessage.status = associatedGame.GetStatus();
List <string> names = associatedGame.GetPlayersNames();
foreach (var n in names)
{
int? rerollCount = associatedGame.GetPlayerByName(n).GetRerollCount();
pokerDiceHand handClaim = associatedGame.GetPlayerByName(n).GetHandClaim();
bool handClaimMade = handClaim != null;
int livesLeft = associatedGame.GetPlayerByName(n).GetLivesRemaining();
returnMessage.playerStatusLines.Add(new playerStatusLine(n, livesLeft, handClaimMade, handClaim, rerollCount));
}
returnMessage.awaitingActionFromPlayerName = associatedGame.GetPlayerNameWithActionAwaited();
//Decide whether or not to reveal actual hand to the calling player
if (associatedGame.GetPlayerById(accessToken).GetName() == associatedGame.GetPlayerNameCurrentlyHoldingTheHand())
{
returnMessage.SetHandToView(associatedGame.GetActualHand());
}
return(returnMessage);
}
private pokerDiceHand GetPreviousPlayerHandClaim()
{
int previousPlayerIndex = GetIndexOfPlayerPreviousTo(playerToActIndex);
player previousPlayer = playersList[previousPlayerIndex];
pokerDiceHand pdh = previousPlayer.GetHandClaim();
return(pdh);
}
private bool StalemateDetected() //Use only within accept hand function
{
pokerDiceHand AAAAA = new pokerDiceHand("AAAAA");
if (AAAAA == GetPreviousPlayerHandClaim())
{
return(true);
}
return(false);
}
public bool Equals(pokerDiceHand obj)
{
if (ReferenceEquals(obj, null))
{
return(false);
}
if (obj.faces == faces)
{
return(true);
}
return(false);
}
public pokerDiceHand GetNewHand()
{
string fiveFacesString = "";
for (int i = 0; i < 5; i++)
{
fiveFacesString += mDieRoller.Roll(showAsString.y);
}
pokerDiceHand pdh = new pokerDiceHand(fiveFacesString);
return(pdh);
}
public bool DeclareHand(string playerId, pokerDiceHand hand)
{
player p = null;
if ((!ConfirmPlayerIsWithActionAwaited(playerId, ref p)) ||
(this.status != gameStatus.awaitingPlayerToClaimHandRank))
{
return(false);
}
p.SetHandClaim(hand);
MoveTurnToNextPlayer();
status = gameStatus.awaitingPlayerDecisionAcceptOrCallLiar;
return(true);
}
public override bool Equals(object obj)
{
if (obj == null)
{
return(false);
}
pokerDiceHand p = obj as pokerDiceHand;
if ((System.Object)p == null)
{
return(false);
}
return(faces == p.faces);
}
public playerStatusLine
(string name,
int livesRemaining,
bool handClaimMade = false,
pokerDiceHand handClaim = null,
int?rerolledDiceCount = null)
{
mName = name;
mClaim = null;
if (handClaimMade)
{
mClaim = handClaim;
}
rerollDiceCount = rerolledDiceCount;
mLivesRemaining = livesRemaining;
}
private static bool gt(pokerDiceHand lhs, pokerDiceHand rhs)
{
if (lhs.handKind != rhs.handKind)
{
return(lhs.handKind < rhs.handKind);
}
if (lhs.primaryFace != rhs.primaryFace)
{
return(lhs.primaryFace > rhs.primaryFace);
}
if (lhs.secondaryFace != rhs.secondaryFace)
{
return(lhs.secondaryFace > rhs.secondaryFace);
}
return(lhs.hashcode > rhs.hashcode);
}
public bool ReRoll(string playerId, string facesToReRoll)
{
player p = null;
if ((!ConfirmPlayerIsWithActionAwaited(playerId, ref p)) ||
(this.status != gameStatus.awaitingPlayerToChooseDiceToReRollOrNone))
{
return(false);
}
status = gameStatus.awaitingPlayerToClaimHandRank;
p.SetRerollCount(facesToReRoll.Length);
pokerDiceHand newHand = reroller.Reroll(currentActualHand, facesToReRoll);
currentActualHand = newHand;
return(true);
}
public pokerDiceHand Reroll(pokerDiceHand oldHand, string facesToReRoll)
{
string oldFaces = oldHand.getFacesOrderedByRank();
bool remainderFoundOkay = false;
string retainedFaces = Remainder(oldFaces, facesToReRoll, ref remainderFoundOkay);
if (!remainderFoundOkay)
{
return(new pokerDiceHand("xxxxx"));
}
string newFaces = retainedFaces;
string newRoll;
for (int i = 0; i < facesToReRoll.Length; i++)
{
newRoll = mDieRoller.Roll(showAsString.y);
newFaces += newRoll;
}
pokerDiceHand pdh = new pokerDiceHand(newFaces);
return(pdh);
}
public permutationsCalculator()
{
const int diceCount = 5;
diceFaceTicker[] tickerArray = new diceFaceTicker[diceCount];
for (int i = 0; i < diceCount; i++)
{
tickerArray[i] = new diceFaceTicker();
}
for (int j = diceCount - 1; j >= 1; j--)
{
tickerArray[j - 1].AddNeighbour(tickerArray[j]);
}
do
{
pokerDiceHand pdh = new pokerDiceHand(tickerArray[0].GetString());
string diceFacesOrderedByRank = pdh.getFacesOrderedByRank();
if (duplicatesCountTable.ContainsKey(diceFacesOrderedByRank))
{
int oldCount = duplicatesCountTable[diceFacesOrderedByRank];
duplicatesCountTable[diceFacesOrderedByRank] = oldCount + 1;
}
else
{
duplicatesCountTable.Add(diceFacesOrderedByRank, 1);
}
tickerArray[0].Tick();
}while (tickerArray[diceCount - 1].hasOverflowed() == false);
int debugNumberEntriesInDuplicatesCountTable = duplicatesCountTable.Count;
this.permutationTable = "|";
foreach (var pair in duplicatesCountTable)
{
this.permutationTable += pair.ToString() + "|";
}
}
public gameEngineReturnMessage DeclareHand(string accessToken, pokerDiceHand hand)
{
game associatedGame = FindGameByPlayer(accessToken);
boolResponse returnMsg = new boolResponse();
if (associatedGame == null)
{
returnMsg.okay = false;
return(returnMsg);
}
bool declareAccepted = associatedGame.DeclareHand(accessToken, hand);
if (declareAccepted)
{
returnMsg.okay = true;
}
else
{
returnMsg.okay = false;
}
return(returnMsg);
}
public void SetHandClaim(pokerDiceHand hand)
{
claim = hand;
}
public void SetHandToView(pokerDiceHand h)
{
hand = h;
handIsViewableSet = true;
}