Problem $2($Sorting Laptops$)$:

In a file Laptop.java, create a Laptop class and make the class implement the Comparable interface. The member variables should include the following laptop configuration details $$ cpu, ram, hdd$,$ graphics card $($boolean $1=$yes$/0=$no$),$ screen size, weight, battery life $($hours$),$ and price. The constructor for the class should allow the initialization of all the member variables. The constructor for a Laptop instance should also calculate a $$score$$ variable out of $10,$ which will be calculated as follows:

laptopScore $=(2*$ cpu$/$cpuMax$)+(2*$ ram$/$ramMax$)+(1*$ hdd$/$hddMax$)+($graphics$)+(1*$ screen$/$screenMax$)+(1*$ weight$/$weightMax$)+(1*$ battery$/$batteryMax$)+(1*$ price$/$priceMax$)$

Here, use the following max values:

cpuMax $=3\mathrm{.}0,$ ramMax $=32,$ hddMax $=2048,$ screenMax $=17\mathrm{.}0,$ weightMax $=6,$ batteryMax $=9,$ priceMax $=2000$

You will also create a toString method, which will print out the configuration of a laptop $($similar to the octagon problem above$)$ including the laptop score. The overridden compareTo method in the Laptop class should compare the configurations of the laptops based on the laptop score.

In a separate file LaptopFactory.java, create a method randomLaptopCreator to create a list of $5$ laptops with randomly generated configurations for each of the specification variables. Specify the range for the random values for each specification item based on a $($reasonably assumed$)$ min value and the max value. Next, you will use the Arrays.sort method to sort the list of randomly generated laptops, and print them out $($using the toString method$)$ in ascending order.

NOTE: All attributes must be private. If the attributes are accessed from outside the class, you have implement setters$($modifiers$)$ and getters$($accessors$).$

LaptopFactory.java

import java.util.Random;

$//$import any other classes here

public class LaptopFactory $\{$

private static final Random rand $=$ new Random$()$;

public static Laptop randomLaptop$()\{$

$//$complete this method following the specifications

return new Laptop$($cpu$,$ ram, hdd$,$ graphicsCard, screenSize, weight, batteryLife, price$)$;

$\}$

public static void main$($String$[]$ args$)\{$

Laptop$[]$ laptops $=$ new Laptop$[5]$;

for $($int i $=0$; i $<$ laptops.length; i$++)\{$

$//$create random laptop and assign to laptops array in a sequence

$\}$

$//$Sort here with Arrays.sort

for

$($Laptop laptop : laptops$)\{$

$//$print all laptos

$\}$

$\}$

$\}$