Question
Java Based Programming. The CarInventory Class 1) Opens text file cars.txt (the text file is provided containing initial info). 2) Makes an ArrayList of type
Java Based Programming.
The CarInventory Class
1) Opens text file cars.txt (the text file is provided containing initial info). 2) Makes an ArrayList of type Car 3) Adds elements to the list using all info in the text file (each element includes info of a car in the text file) 4) Shows a menu of 4 options to the user: 1- Enter 1 to display the list 2- Enter 2 to add a new item to the list 3- Enter 3 to delete an item from the list 4- Enter 4 to sort the list 5- Enter 5 to exit If user enters 1, program shows the entire list to the user. Info of each element in a separate line. If user enters 2, it asks for info of a new car (make, year, and price) and adds it to the end of list. If user enters 3, it asks for a number and deletes the element from the list located in that location (1 to delete first element, 2 to delete second element, etc.). If user enters 4, it shows following message: Enter m to sort based on make-year-price, or y to sort based on year-make-price, or p to sort based on price-make-year: Then, it will sort the list based on user input. (For example, if m is entered list will be sorted based on make, and if there are elements with same make, they will be sorted based on year, and if there are elements with same year they will be sorted based on price. You need to define 3 different Comparator classes) If user enters 5, it replaces the current cars.txt file with a new one including all info in the list and then terminates the program execution.
Notes: After finishing each task (menu items 1 to 4), program shows the menu again to the user and waits for the input. Program should manage possible exceptions and provide user with proper messages. The code should be provided with appropriate comments. The output of the program should be clear, nice and neat The displayed list must be aligned correctly as shown in the cars.txt file.
Cars.txt
Toyota 2012 23500
Honda 2010 18850
BMW 2005 9300
Volvo 2015 27250
Toyota 2003 5100
BMW 2005 11450
Honda 2015 19800
Ford 2012 18850
Audi 2017 32500
GMC 2016 28900
Toyota 2012 14750
Ford 2014 17400
//Code for Class Car is done
public class Car { // Class fields private String make; private int year; private int price; // Constructor method: public Car(String make, int year, int price) { this.make = make; this.year = year; this.price = price; } // Mutator methods public void setMake(String make) { this.make = make; } public void setYear(int year) { this.year = year; } public void setPrice(int price) { this.price = price; } // Accessor methods public String getMake() { return make; } public int getYear() { return year; } public int getPrice() { return price; } }//END CLASS Car
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