Create a simple interface that allows an object to be saved to some sort of storage medium.

Implement the following:

1. ISaveable (interface)

- It has two methods:

- write(), takes no arguments and returns a List containing objects of type String.

- read(), takes a List of type String and doesn't return anything.

2. Player (class)

- It has four fields. Two Strings called name and weapon. Two ints called hitPoints and strength.

- A constructor that accepts a String (name) and two ints (hitPoints and strength). It initialises name,

hitPoints and strength with the newly passed in values. It initialises weapon with the default weapon "Sword".

- And eleven methods:

- Getters and setters for all four fields.

- write(), same as interface. Return a List of the fields in the order they appear in toString().

- read(), same as interface. Store the values in the List, in the order they appear in toString(). Make

sure the List is not null and the size() is greater than 0 before storing the values.

- toString(), Players overriding toString() method. It takes no arguments and returns a String in the

following format:

Player{name='Tim', hitPoints=10, strength=15, weapon='Sword'}

3. Monster (class)

- It has three fields. One String called name and Two ints called hitPoints and strength.

- A constructor that accepts a String (name) and two ints (hitPoints and strength). It initialises name,

hitPoints and strength with the newly passed in values.

- And six methods:

- Only getters for the three fields.

- write(), same as interface. Return a List of the fields in the order they appear in toString().

- read(), same as interface. Store the values in the List, in the order they appear in toString().

Make sure the List is not null and the size() is greater than 0 before storing the values.

- toString(), Monsters overriding toString() method. It takes no arguments and returns a String in

the following format:

Monster{name='Werewolf', hitPoints=20, strength=40}