Copy the contents of the inorder successor of the node to be deleted and delete the inorder successor. The inorder successor can be found by finding the minimum element in the right subtree of the node.
Case 3: Node to be deleted is an internal node with one child. For this case, delete the node and move its child up to take its place. Skip to content.
Change Language. Related Articles. Table of Contents. Improve Article. Save Article. Like Article. It can be written as both iterative method and recursive method. Both approaches are shown here. Following method shows the recursive Java implementation for deleting a node in binary search tree.
If you have any doubt or any suggestions to make please drop a comment. Hi, in the full code for iterative approach, deletion of node with 2 children does not handle the 2nd case when successor is on the left subtree of the deleted node's right child.
I believe you left that part out. I had problem with deleting Node with 2 children and your guide helped me a lot. Thank you. Deleting a node in binary search tree Deleting a node consists of two operations- Search for the node that has to be deleted.
Delete the node once it is found. The node that has to be deleted is a leaf node has no children. The node that has to be deleted has one child. Write root. WriteLine "Inorder traversal of the given tree" ; tree. WriteLine "Inorder traversal of the modified tree" ; tree. Skip to content. Change Language. Related Articles. Table of Contents. Improve Article. Save Article. Like Article. Python3 program to implement optimized delete in BST.
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