Class BST Class void clearTree () Clears tree private StudentClassNode copyConstHelper (StudentClassNode copiedRef) Copy constructor helper, recursively adds nodes to duplicate tree void insert (StudentClassNode inData) Insert method for BST private void insertHelper (StudentClassNode localRoot, StudentClassNode inData) Insert helper method for BST insert action boolean isEmpty () Test for empty tree java lang String outputInOrder () Provides inOrder traversal for user as a string private void outputInOrderHelper (StudentClassNode localRoot) Provides inOrder traversal action helper java lang String outputPostOrder () Provides postOrder traversal for use as a string private void outputPostOrderHelper (StudentClassNode localRoot) Provides postOrder traversal action helper java lang String outputPreOrder () Provides preOrder traversal for user as a string private void outputPreOrderHelper (StudentClassNode localRoot) Provides preOrder traversal action helper private StudentClassNode removeFromMin (StudentClassNode minParent, StudentClassNode minChild) Searches tree from given node to minimum value node below it, stores data value found, and then unlinks the node StudentClassNode removeNode (StudentClassNode inData) Removes data node from tree using given key private StudentClassNode removeNodeHelper (StudentClassNode localRoot, StudentClassNode outData) Remove helper for BST remove action StudentClassNode search (StudentClassNode searchData) Searches for data in BST given StudentClassNode with necessary key private StudentClassNode searchHelper (StudentClassNode localRoot, StudentClassNode searchData) Helper method for BST search action Class StudentClassNode in JAVA char gender member data gender double gpa member data gpa StudentClassNode leftChildRef member data left child reference java lang String name member data name StudentClassNode rightChildRef member data right child reference int studentID member data student ID ASSIGNMENT SPECIFICATIONS Students must develop the code required to implement a BST class (provided below) Students must use their own linked tree nodes but not any other Java data types, and students may not use any Java utilities such as length() or size() no class methods or data other than created in the assigned class may be used Any utilities required for operations must be written by the student Students will also document all classes and methods using the Javadoc commenting process comments are not required to be exactly the same as found in the supporting document (below) but they should be semantically equivalent Students will upload only the BST Class java file to this assignment any other uploaded files will result in a reduction of the project grade, and in some cases, may cause a complete loss of credit (e g , uploading class, or other unusable files)

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Question: Class BST_Class void clearTree () Clears tree private StudentClassNode copyConstHelper (StudentClassNode copiedRef) Copy constructor helper, recursively adds nodes to duplicate tree void insert (StudentClassNode inData)

Class BST_Class

void	clearTree() Clears tree
private StudentClassNode	copyConstHelper(StudentClassNode copiedRef) Copy constructor helper, recursively adds nodes to duplicate tree
void	insert(StudentClassNode inData) Insert method for BST
private void	insertHelper(StudentClassNode localRoot, StudentClassNode inData) Insert helper method for BST insert action
boolean	isEmpty() Test for empty tree
java.lang.String	outputInOrder() Provides inOrder traversal for user as a string
private void	outputInOrderHelper(StudentClassNode localRoot) Provides inOrder traversal action helper
java.lang.String	outputPostOrder() Provides postOrder traversal for use as a string
private void	outputPostOrderHelper(StudentClassNode localRoot) Provides postOrder traversal action helper
java.lang.String	outputPreOrder() Provides preOrder traversal for user as a string
private void	outputPreOrderHelper(StudentClassNode localRoot) Provides preOrder traversal action helper
private StudentClassNode	removeFromMin(StudentClassNode minParent, StudentClassNode minChild) Searches tree from given node to minimum value node below it, stores data value found, and then unlinks the node
StudentClassNode	removeNode(StudentClassNode inData) Removes data node from tree using given key
private StudentClassNode	removeNodeHelper(StudentClassNode localRoot, StudentClassNode outData) Remove helper for BST remove action
StudentClassNode	search(StudentClassNode searchData) Searches for data in BST given StudentClassNode with necessary key
private StudentClassNode	searchHelper(StudentClassNode localRoot, StudentClassNode searchData) Helper method for BST search action

Class StudentClassNode in JAVA

char	gender member data - gender
double	gpa member data - gpa
StudentClassNode	leftChildRef member data - left child reference
java.lang.String	name member data - name
StudentClassNode	rightChildRef member data - right child reference
int	studentID member data - student ID ASSIGNMENT SPECIFICATIONS - Students must develop the code required to implement a BST class (provided below) * - Students must use their own linked tree nodes but not any other Java data types, and students may not use any Java utilities such as length() or size(); no class methods or data other than created in the assigned class may be used. Any utilities required for operations must be written by the student * - Students will also document all classes and methods using the Javadoc commenting process; comments are not required to be exactly the same as found in the supporting document (below) but they should be semantically equivalent * - Students will upload only the BST_Class.java file to this assignment; any other uploaded files will result in a reduction of the project grade, and in some cases, may cause a complete loss of credit (e.g., uploading .class, or other unusable files)

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