Design a class named Fish which stores a String lake identification $($ex$.1111),$ a String fish species

$($ex$.$Pickerel$)$ and a double weight in pounds $($ex$.4\mathrm{.}56).$ Provide constructors, accessors, modifiers,

equals, and toString methods. Fish class should implement the Comparable interface, overriding the

compareTo method where comparison is performed on the String lake identification field.

$2.$ Write a SpeciesComparator class which implements the Comparator class, overriding the

compare method where comparison is performed on the String fish species field.

$3.$ Write a WeightComparator class which implements the Comparator class, overriding the

compare method where comparison is performed on the double fish weight field.

$4.$ Implement a generic bubble sort method which can be passed any reference type that implements the

Comparable interface and the number of elements in the array. Use the method heading shown below.

public static $>$ void bubbleSort$($T $[]$ data, int size$)$

$5.$ Implement a generic bubble sort method which can be passed any reference type, the number of

elements in the array, and a Comparator for that type. Use the method heading shown below.

public static void bubbleSort$($T $[]$ data, int size, Comparator c$)$

$6.$ Write a console application which opens file fishdata.txt and reads the data into an array. There is

one data set per line, separated by the comma. The number of data points is unknown so code should

work for any non$-$empty file. Be sure to resize the array as needed if it fills from your initial capacity.

Present a menu of sort choices. The user

selects the sort choice and the data appears

sorted by that field.

A sample run is shown, sorting on the

weight.