def breakSixBarrier(self, player, dVal, chkID):
chkSelected = None
if player.checkersAtHome() == False:
if dVal == 6 or dVal == 12:
chkSelected = player.checkIfHasBarrier(None, dVal,
self.getNormalSquares(),
self.getStairSquares(player))
if chkSelected == None:
# wait until player select one checker
chk = self.__blockUntilSelect(player, dVal)
else:
chk = chkSelected
return chk.getID()
def breakFiveBarrier(self, processTurn, player, chkID, dVal):
breakBarrier = True
if processTurn == -1:
# recall for processing break barrier at
# initial position with dVal = 5, sending -1
# for advice
checkers = player.getCheckers()
for chk in checkers:
chkToMove = player.checkIfHasBarrier(chk, dVal,
self.getNormalSquares(),
self.getStairSquares(player))
if chk == chkToMove:
# this chk is not in a barrier
movement = player.checkIfChkCanMove(chk, dVal,
self.getNormalSquares(),
self.getStairSquares(player))
# this chk can move, it is not necessary break barrier
if movement <> False:
breakBarrier = False
logging.info("break barrier: %s", breakBarrier)
if breakBarrier == True:
processTurn = self.nextTurn(player, -1, chkID, False)
else:
chk = self.__blockUntilSelect(player, dVal, breakBarrier)
chkID = chk.getID()
logging.info("barrier in dVal: %s and chkID: %s", dVal, chkID)
processTurn = self.nextTurn(player, -1, chkID, True)
if processTurn <> False:
return processTurn
else:
return dVal