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This code implements a bank database- storing the names, details and bank information of 10,000 customers. This is done using (A) a linked list, and (B) a binary search tree. The user is then given the opportunity to run the program, which provides them with information on the total bank balance, and the opportunity to search for a customer in t…

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BankDatabase

This code implements a bank database- storing the names, details and bank information of 10,000 customers. This is done using:

  (A) a linked list, and 
  (B) a binary search tree

The user is then given the opportunity to run the program, which:

  - provides them with information on the total bank balance
  - gives the user the ability to search for a customer in the bank through their Customer ID number 

The aim of this exercise is to:

  - demonstrate both implementation methods, and 
  - to determine which method is most efficient when it comes to traversing both the linked list and the binary search tree.

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This code implements a bank database- storing the names, details and bank information of 10,000 customers. This is done using (A) a linked list, and (B) a binary search tree. The user is then given the opportunity to run the program, which provides them with information on the total bank balance, and the opportunity to search for a customer in t…

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