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Q1) Implement a double linked-list to store cars data. Write a double linked-list class including search, delete, append (to the head and tail), and remove (from the head and tail). Q2) Implement a LIFO stack of car data using a linked-list. Q3) Implement a min-heap of cars data that can extract the car with the lowest price. Write a min-heap class including heapify, build heap, extract, and insertion. Q4) Implement a binary search tree of car data. Write a BST class including search, insertion, and deletion.

Q1) Implement a double linked-list to store cars data. Write a double linked-list class including search, delete, append (to the head and tail), and remove (from the head and tail). Q2) Implement a LIFO stack of car data using a linked-list. Q3) Implement a min-heap of cars data that can extract the car with the lowest price. Write a min-heap class including heapify, build heap, extract, and insertion. Q4) Implement a binary search tree of car data. Write a BST class including search, insertion, and deletion.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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For the following questions, you will implement the data structure to store information used by a local car dealer. Each car has some information and stored in a text files called cars: Write a main program for all questions to let the user enter, delete, search for information, and print current cars stored in the data structure. Cars.txt formatted so car records separated by a blank line. Each record contains (in order, each in a single line): ID, Make (manufacturer), Model, Year, Mileage, Price. For each question below, write a driver main method to test your implementation. Use ID as a key to search or delete in your methods. Q1) Implement a double linked-list to store cars data. Write a double linked-list class including search, delete, append (to the head and tail), and remove (from the head and tail). Q2) Implement a LIFO stack of car data using a linked-list. Q3) Implement a min-heap of cars data that can extract the car with the lowest price. Write a min-heap class including heapify, build heap, extract, and insertion. Q4) Implement a binary search tree of car data. Write a BST class including search, insertion, and deletion.
Transcribed Image Text:For the following questions, you will implement the data structure to store information used by a local car dealer. Each car has some information and stored in a text files called cars: Write a main program for all questions to let the user enter, delete, search for information, and print current cars stored in the data structure. Cars.txt formatted so car records separated by a blank line. Each record contains (in order, each in a single line): ID, Make (manufacturer), Model, Year, Mileage, Price. For each question below, write a driver main method to test your implementation. Use ID as a key to search or delete in your methods. Q1) Implement a double linked-list to store cars data. Write a double linked-list class including search, delete, append (to the head and tail), and remove (from the head and tail). Q2) Implement a LIFO stack of car data using a linked-list. Q3) Implement a min-heap of cars data that can extract the car with the lowest price. Write a min-heap class including heapify, build heap, extract, and insertion. Q4) Implement a binary search tree of car data. Write a BST class including search, insertion, and deletion.
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