@Override
public void paintBoard() {
int[] arrSelPositions;
int lastMove = _jni.getMyMove();
if (lastMove != 0) {
arrSelPositions = new int[3];
arrSelPositions[0] = m_iFrom;
arrSelPositions[1] = Move.getTo(lastMove);
arrSelPositions[2] = Move.getFrom(lastMove);
} else {
arrSelPositions = new int[1];
arrSelPositions[0] = m_iFrom;
}
_view.paintBoard(_jni, arrSelPositions, null);
}
@Override
protected boolean requestMove(int from, int to) {
if (_arrPGN.size() <= _jni.getNumBoard() - 1) {
setMessage("(position allready solved)");
return super.requestMove(from, to);
}
int move = _arrPGN.get(_jni.getNumBoard() - 1)._move;
int theMove = Move.makeMove(from, to);
if (Move.equalPositions(move, theMove)) {
jumptoMove(_jni.getNumBoard());
updateState();
setMessage("Correct!");
_imgStatus.setImageResource(R.drawable.indicator_ok);
/*
if(_arrPGN.size() == m_game.getBoard().getNumBoard()-1)
play();
else {
jumptoMove(m_game.getBoard().getNumBoard());
updateState();
}*/
return true;
} else {
// check for illegal move
setMessage(
"Move "
+ Move.toDbgString(theMove)
+ (checkIsLegalMove(from, to) ? " is not the expected move" : " is an invalid move"));
_imgStatus.setImageResource(R.drawable.indicator_error);
m_iFrom = -1;
}
updateState();
return true;
}