$2.$ Consider the code snippet below. This code represents a basic banking application where a user has a checking account. The user can deposit and withdraw money from the account. The system should not allow the user to withdraw more money than they have in the account. If a user tries to do so$,$ the system should throw an InsufficientFundsException.Fill in the missing codes to make the program work as described above. $[2*5=10$ Marks$]$ The expected output is:Current Balance: $$500$Depositing $$200...$New Balance: $$700$Withdrawing $$100...$New Balance: $$600$java.lang.Exception: Insufficient Funds! Your balance is only $$600.$at BankAccount.withdraw$($BankAccount$.$java:$23)$at Main.main$($Main$.$java:$18)$ Java Code:$//$ Custom Exception classclass InsufficientFundsException extends Exception $\{$ public InsufficientFundsException$($String message$)\{$ super$($message$)$; $\}\}$ class BankAccount $\{$ private double balance; public BankAccount$($double balance$)\{$ this.balance $=$ balance; $\}$ public void deposit$($double amount$)\{$ balance $+=/*\_\_\_$MISSING CODE $($A$)\_\_\_*/$; System.out.println$("$Depositing $$"+$ amount $+"...")$; System.out.println$("$New Balance: $$"+$ balance$)$; $\}$ public void withdraw$($double amount$)$ throws InsufficientFundsException $\{$ if $($amount $>/*\_\_\_$MISSING CODE $($B$)\_\_\_*/)\{$ throw new $/*\_\_\_$MISSING CODE $($C$)\_\_\_*/$; $\}$ balance $-=$ amount; System.out.println$("$Withdrawing $$"+$ amount $+"...")$; System.out.println$("$New Balance: $$"+$ balance$)$; $\}$ public double getBalance$()\{$ return $/*\_\_\_$MISSING CODE $($D$)\_\_\_*/$; $\}\}$ public class Main $\{$ public static void main$($String$[]$ args$)\{$ BankAccount account $=$ new $/*\_\_\_$MISSING CODE $($E$)\_\_\_*/$; System.out.println$("$Current Balance: $$"+$ account.getBalance$())$; account.deposit$(200)$; try $\{$ account.withdraw$(100)$; account.withdraw$(700)$; $//$ This will cause an exception $\}$ catch $($InsufficientFundsException e$)\{$ e$.$printStackTrace$()$; $\}\}\}$