//process next MovesQueue item
private void step()
{
if (adjacencyPairQueue.Count > 0)
{
AdjacencyPair p = adjacencyPairQueue.Dequeue();
p.enqueueRecursively(MovesQueue);
}
if (MovesQueue.Count > 0)
{
Type t = typeof(Conversation);//necessary for invoke for some reason
MovesQueueItem p = MovesQueue.Dequeue();
//loop makes array of types from the paramaters
//(necessary for the getmethod function in order to differentiate between overloaded methods)
Type[] paramaterTypes = new Type[p.paramaters.Length];
for (int i = 0; i < p.paramaters.Length; i++)
{
//if an exception is ever thrown here it might be becuse the name or paramaters of a production rule was wrong
paramaterTypes[i] = p.paramaters[i].GetType();
}
//search for correct method
MethodInfo methodInfo = t.GetMethod(p.methodToCall, paramaterTypes);
/*INVOKE THE METHOD*/
try
{
/*The following if statement determines whether the method produces output or not
* methods producing output need to enqueue string return values onto the output buffer
* this is determined by the fact that only middlelayer functions take a PairParamaters as paramater
*/
//this if statement used to be a hack to determine if it was a terminal symbol (which had output) or a rule (which would just be processed)
//if (paramaterTypes[0] == typeof(PairParamaters))
// methodInfo.Invoke(this/*utteranceGenerator*/, p.paramaters);
//else
outputQueue.Enqueue(new Turn(((PairParamaters)p.paramaters[0]).initiatingSpeaker, (string)methodInfo.Invoke(this /*utteranceGenerator*/, p.paramaters)));
}
catch (Exception e)
{
outputQueue.Enqueue(new Turn("Exception thrown in reflection invoke of " + p.methodToCall));
if (e.InnerException != null)
{
string err = e.InnerException.Message; //get the inner exception
throw; //rethrow the exception
}
}
}
}
public Dictionary <RobotAvatar, double> PlayTurn(MovesQueue actionQueue, Dictionary <int, List <ActionHistory> > globalHistory)
{
Dictionary <RobotAvatar, double> ScoreDictionary = new Dictionary <RobotAvatar, double>();
_movesToScore = new List <Move>();
List <Move> MoveListToVisualization = new List <Move>();
#region INVOKE MOVES
while (actionQueue.Count != 0)
{
var currentMove = actionQueue.Dequeue();
Move move;
if (currentMove.MadeMove != MoveType.DisconnectedPlayer)
{
MethodInfo method = currentMove.GetType().GetMethod(currentMove.MadeMove.ToString() + "Action"); // INVOKE ALL ACTIONS IN QUEUE
move = (Move)method.Invoke(currentMove, null);
if (move.MadeMove == MoveType.Burn)
{
globalHistory[move.CurrentRound].Find(hist => hist.RobotLogin.Equals(move.Robot.Login)).MadeMove = MoveType.Burn;
EventLog.WriteMessageToLog(strLogPath, "Client: " + move.Robot.Login + " is burning");
}
if (move.MadeMove == MoveType.WrongAction)
{
globalHistory[move.CurrentRound].Find(hist => hist.RobotLogin.Equals(move.Robot.Login)).MadeMove = MoveType.WrongAction;
EventLog.WriteMessageToLog(strLogPath, "Client: " + move.Robot.Login + " made wrong action");
}
if (globalHistory[move.CurrentRound].Exists(hist => hist.MadeMove.Equals(move.MadeMove)))
{
globalHistory[move.CurrentRound].Find(hist => hist.MadeMove.Equals(move.MadeMove)).Consequence = move.Consequence; // add move conseqence to global history for each move
}
EventLog.WriteMessageToLog(strLogPath, "Client: " + move.Robot.Login + " " + move.MadeMove.ToString() + " with consequence " + move.Consequence.ToString());
MoveListToVisualization.Add(move);
_movesToScore.Add(move);
}
else if (!_movesToScore.Exists(m => m.Robot.Equals(currentMove.Robot)))
{
ScoreDictionary.Add(currentMove.Robot, -10.0);
//_movesToScore.Add(currentMove);
currentMove.MyPay = -10.0;
MoveListToVisualization.Add(currentMove);
}
//if (PlayerActionEvent != null)
//PlayerActionEvent(move,null);
}
#endregion
#region SCORE MODULE
if (_scoreModule != null)
{
Dictionary <RobotAvatar, double> ScoreDictionaryScoreModule = new Dictionary <RobotAvatar, double>();
try
{
ScoreDictionaryScoreModule = _scoreModule.GetScore(_currentMap, _movesToScore, globalHistory); // score moves
}
catch (Exception e)
{
}
foreach (var score in ScoreDictionaryScoreModule)
{
ScoreDictionary.Add(score.Key, score.Value);
}
foreach (var move in _movesToScore.FindAll(m => m.MadeMove == MoveType.DisconnectedPlayer))
{
move.MyPay = ScoreDictionary[move.Robot];
}
foreach (var score in ScoreDictionary)
{
var robot = globalHistory.Values.ToList().Last().Find(a => a.RobotLogin.Equals(score.Key.Login));
if (robot != null)
{
robot.MyCurrentPay = score.Value;
robot.MyTotalPay += score.Value;
}
}
double totalPay = 0; // count total score
foreach (var points in ScoreDictionary.Values)
{
totalPay += points;
}
foreach (var history in globalHistory.Values.ToList().Last())
{
history.TotalPay = totalPay;
}
try
{
foreach (var client in _avatarDictionary) // send Message to client
{
var move = _movesToScore.Find(m => m.Robot.Equals(client.Value));
if (move.MadeMove != MoveType.Disconnect)
{
move.MyPay = ScoreDictionary[move.Robot];
var mapForRobot = _currentMap.getSmallerPartForRobot(move.Robot.RobotPosition).SerializeMap();
var roundNumber = move.CurrentRound;
var response = new GamePlayServerResponse(roundNumber, move.Robot.RobotPosition, move.MyPay,
totalPay, move.Robot.HasBigItem, move.Robot.SmallItem, move.Consequence, move.Response);
try { client.Key.reciveGamePlayData(mapForRobot, response); }
catch (Exception e) { EventLog.WriteErrorToLog(strLogPath, e); }
EventLog.WriteMessageToLog(strLogPath, "Client: " + client.Value.Login + " receive " + move.MyPay.ToString() + " points for move " + move.MadeMove.ToString());
}
}
}
catch (Exception e)
{
EventLog.WriteErrorToLog(strLogPath, e);
}
}
#endregion
else
{
#region WITHOUT SCORE MODULE
foreach (var client in _avatarDictionary) // send Message to client
{
var move = _movesToScore.Find(m => m.Robot.Equals(client.Value));
if (move.MadeMove != MoveType.Disconnect)
{
move.MyPay = 0;
var mapForRobot = _currentMap.getSmallerPartForRobot(client.Value.RobotPosition).SerializeMap();
var roundNumber = _movesToScore.Find(m => m.Robot.Equals(client.Value)).CurrentRound;
var response = new GamePlayServerResponse(roundNumber, client.Value.RobotPosition, 0,
0, client.Value.HasBigItem, client.Value.SmallItem, _movesToScore.Find(m => m.Client.Equals(client.Key)).Consequence, _movesToScore.Find(m => m.Client.Equals(client.Key)).Response);
client.Key.reciveGamePlayData(mapForRobot, response);
EventLog.WriteMessageToLog(strLogPath, "Client: " + client.Value.Login + " - sending gameplay data");
}
}
}
if (PlayerActionEvent != null)
{
PlayerActionEvent(MoveListToVisualization, null);
}
return(ScoreDictionary);
#endregion
}
