private RokadeEnum possibleRokade(IPositionAbstraction position)
{
var prop = position.GetType().GetProperty("Implementor", System.Reflection.BindingFlags.Instance | System.Reflection.BindingFlags.NonPublic);
var getImplementor = prop.GetGetMethod(true);
IPositionImpl implementor = (IPositionImpl)getImplementor.Invoke(position, null);
return(implementor.PossibleRokade());
}
public static IPositionImpl Create(Fen fen, IPositionAbstraction abstraction)
{
ulong[] maps = new ulong[14];
int i = 0;
fen.ForEachPosition()
.Where(c => !'/'.Equals(c))
.Select(c => new { index = i += int.TryParse(c.ToString(), out int result) ? result : 1, piece = c })
private PositionImpl(PositionImpl position, IPositionAbstraction abstraction)
{
Abstraction = abstraction;
for (int i = 0; i < position.Maps.Length; i++)
{
this.Maps[i] = position.Maps[i];
}
}
private static void ChangeWhoToMove(IPositionAbstraction position)
{
var prop = position.GetType().GetProperty("IsWhiteToMove");
var getIsWhiteToMove = prop.GetGetMethod();
bool isWhiteToMove = (bool)getIsWhiteToMove.Invoke(position, null);
var setIsWhiteToMove = prop.GetSetMethod(true);
setIsWhiteToMove.Invoke(position, new object[] { !isWhiteToMove });
}
private bool isOpponentStaleMate(IPositionAbstraction position)
{
ChangeWhoToMove(position);
return(position.IsStaleMate);
}
private bool isOpponentIncheck(IPositionAbstraction position)
{
ChangeWhoToMove(position);
return(position.IsInCheck);
}
public PositionImpl(IPositionAbstraction abstraction, ulong[] maps)
{
Abstraction = abstraction;
Maps = maps;
}
public Unit AssertIterateForMoves(IPositionAbstraction position, (PieceEnum Piece, SquareEnum Square, PieceEnum Promoted, SquareEnum MoveSquare)[] Expected)
