1: // Removes the node containing the largest entry in a given tree. 2: // rootNode is the root node of the tree. 3: // Returns the root node of the revised tree. 4: private BinaryNode<T> removeLargest(BinaryNode<T> rootNode) 5: { 6: if (rootNode.hasRightChild()) 7: { 8: BinaryNode<T> rightChild = rootNode.getRightChild(); 9: rightChild = removeLargest(rightChild); 10: rootNode.setRightChild(rightChild); 11: } 12: else 13: rootNode = rootNode.getLeftChild(); 14: 15: return rootNode; 16: } // end removeLargest 17: // Version 4.0