def unregisterPositionOrder(self, position, order):
del self.__orderToPosition[order.getId()]
if not position.isOpen():
self.__activePositions.remove(position)
def unregisterPosition(self, position):
assert(not position.isOpen())
self.__activePositions.remove(position)
def unregisterPositionOrder(self, position, order):
del self.__orderToPosition[order.getId()]
if not position.isOpen():
self.__activePositions.remove(position)
def registerPositionOrder(self, position, order):
assert (position.isOpen()
) # Why register an order for a closed position ?
self.__activePositions.add(position)
assert (order.isActive()) # Why register an inactive order ?
self.__orderToPosition[order.getId()] = position
def registerPositionOrder(self, position, order):
assert position.isOpen() # Why register an order for a closed position ?
self.__activePositions.add(position)
assert order.isActive() # Why register an inactive order ?
self.__orderToPosition[order.getId()] = position
def __unregisterOrder(self, position, order):
del self.__orderToPosition[order]
if not position.isOpen():
self.__activePositions.remove(position)
def __registerOrder(self, position, order):
assert(position.isOpen()) # Why would be registering an order for a closed position ?
self.__activePositions.add(position)
assert(order.isAccepted())
self.__orderToPosition[order] = position