Your task is to write a tester for a class Bug that models a bug climbing up a pole. Each time the climb method is called, the bug climbs by a given number of centimeters. Whenever it reaches the top of the pole $($at $100cm),$ it slides back to the bottom. Your tester should verify that the bug slides back to the bottom. Use all lines.

How to use this tool

Unused

System. out.println$($bugsy$.$getPosition$())$;

bugsy. climb $(40)$;

System.out.println$("$Expected: $40")$;

System.out.println$($b$$gsy$.$getPosition$())$;

System. out.println$($bugsy$.$getPosition$())$;

bugsy.climb$(50)$;

System.out.println$("$Expected: $90")$;

bugsy. climb$(20)$;

Bug bugsy $=$ new Bug$()$;

BugTester.java hat$(grad)$

Load default template...

public class BugTester

$\{$

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

$\{$

System. out.println$("$Expected: $0")$;

$\}$

$\}$

$\}$

System.out.printin$("$Expected: $0")$;

$\}$

Your task is to write a tester for a class Bug that models a bug climbing up a pole. Each time the climb method is called, the bug that the bug slides back to the bottom. Use all lines.

System. out.print ln$($bugsy$.$getPosition$())$;

bugsy.climb$(40)$; System.out.println$("$Expected: $40")$; System. out.println$($b$$gsy$.$getPosition$())$; System. out.println$($bugsy$.$getPosition$())$;

bugsy.climb$(50)$;

bugsy. climb$(20)$;

Bug bugsy $=$ new Bug$()$;