Problem Description and Given Info You must write a public abst ract class named BankAccount with fields and methods as defined below. UML CLass Diagram: BankAccount Structure of the Fields As described by the UML Class Diagram above, your BankAccount class must have the following fields: - a protected field named accountID of type String, initialized to "0000-0000-0000-0000" - a protected field named interestRate of type double, initialized to 0.0 - a protected field named balance of type int, initialized to 0 Structure of the Methods As described by the UML Class Diagram above, your BankAccount class must have the following methods: - a public method named credit that takes an int argument and returns a boolean - a public abstract method named debit that takes an int argument and returns a boolean - a public method named getBa lance that takes no arguments and returns an int - a public method named getAccountID that takes no arguments and returns an String - a public method named setAccountID that takes a String argument and returns nothing - a public method named getInterestRate that takes no arguments and returns a double - a public method named setInterestRate that takes a double argument and returns nothing - a public abstract method named applyinterest that takes no arguments and returns nothing - a public abstract method named accountInfo that takes no arguments and returns a String Behavior of the Methods - The credit method should add the argument amount to the ba lance - The debit method is abstract so there will be no behavior or method body - The getBalance method should return the balance - The getAccountID method should return the accountID - The setAccountID method should store the argument value in the accountID field - The getBalance method should return the balance - The getinterestRate method should return the interestRate - The setInterestRate method should store the argument amount in the interestRate field - The applyInterest method is abst ract so there will be no behavior or method body - The accountinfo method is abst ract so there will be no behavior or method body Additional Information - Since this is an abstract class, you will not be able to instantiate any object from it. - You are given a TestAccount class that inheritslextends the BankAccount class. you may use this to help with testing your BankAccount class. - You are also given a Main class with a main method where you can write code to test your BankAccount class. All Bank Accounts 1. All accounts have balance, credit and debit amounts, and fees stored and passed as a number of pennies (int). 2. All debit amounts will be subtracted from the balance, and all credit amounts will be added to the balance. 3. All bank accounts have a non-negative interest rate (0.02 would be a 2% interest rate). 4. The credit method will always return true. Downloadable files BankAccount.java , TestAccount.java , and Main.java Download Current file: Main.java Load default template.. File is marked as read only Current file: TestAccount.java Current file: BankAccount Current file: BankAccount.java Load default template... \} @0verride public boolean debit(int pennies) \{ this. currentBalance = pennies; if (currentBalance 0 ) \{ currentBalance += currentBalance * (interestRate / 100); \} \} @0verride public void applyInterest() \{ if (currentBalance >0 ) \{ currentBalance += currentBalance * (interestRate / 100); \} \} @0verride public void accountInfo() \{ System.out.println("Type of Account: " + getClass().getSimpleName()); System.out.println("Account ID: " + accountID); System.out.println("Current Balance: \( \$ " \)quot; + currentBalance); System.out.println("Interest Rate: " + interestRate + "\%"); System.out.println("0verdraft Fee: \( \$ "+ \)quot;+ overdraftFee); \} \}