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Write a menu based program to maintain student records ( Using Binary Search Tree) . Your program should take the following inputs: 1. Student ID

Write a menu based program to maintain student records (Using Binary Search Tree).

Your program should take the following inputs:

1. Student ID (any value between 1000 to 1100) NO D UPLICATES

2. Student first name (max. 20 characters)

3. Student last name, (max. 20 characters)

4. Student scores (float/double), eg. 85.4

5. Zip code (may be a string) You have to create a structure Student with above information.

Then create a Binary Search Tree where each node in the BST contains a Student. Note1: Student ID (left child) < Student ID (parent) < Student ID (right)

Your program should be able to take records of a minimum of 5 students. After taking the records, you should provide 7 functionalities to the user.

1. Print records prints records of all students.

2. Add a new record - take a new record from the user for a new student. Create a node for the new student and add it to the BST (Student ID va lue must satisfy the BST property as provided in Note1).

3. Delete record(s) to delete a record, ask for the last name of the student from the user. If there are multiple students with same last name, you must delete all of their records ( you have to delete corresponding nodes and adjust the BST accordingly).

4. Search by Zip code prints records of all students with a given zip code.

5. Search by score range take two scores max, min; and then print records of all students who have scores betw een [max, min] (inclusive).

6. Find the median score compute the median score and print it. Also, print how many students are above this median score (do not forget to sort the values in the nodes to compute median) .

7. Exit the program terminate on a specific input from the user. Let that specific input be an integer of value 0.

You should print the record in the following format: Student ID: ID1 , First Name: firstname1, Last Name: lastname1, Score: score1, Zipcode: code1 Student ID: ID2 , First Name: firstname2, Last Name: lastname2, Score: score2, Zipcode: code2

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