Need help completing the following JAVA code. Need help where //*** is marked throughout the code. Thank you!

// // NOTE ABOUT INSTRUCTIONS: variable names and method names referenced in the instructions // are placed in quotes for emphasis only. When using variable names and methods in your // code, you will not place them in quotes. // // Please remove all INSTRUCTION COMMENTS // ALL code that you are instructed to write MUST BE COMMENTED // // The Starter File contains syntax errors and will have syntax errors until // all of the INSTRUCTIONS have been completed. // The number of syntax errors may fluctuate (increase and/or decrease) as // you write your code. This is okay. For example, if you are instructed // to call a method that you have not written yet, this will generate a // syntax error until the method code is completed written. // However, if the project has been completed correctly, there should be // no syntax errors when you are finished. // import java.util.Scanner; public class BlackJackTester { public static void main(String[] args) { //*** //*** INSTRUCTIONS FOR CODE FOR YOU TO WRITE //*** //*** //*** 1) Create a constant of datatype int, named "CARDS_IN_DECK", //*** having a value of 52. //*** 2) Create a constant of datatype int, named "FIRST_CARD_IN_HAND", //*** having a value of 0. //*** 3) Create a constant of datatype int, named "SECOND_CARD_IN_HAND", //*** having a value of 1. //*** 4) Create a constant of datatype String, named "CHOICE_HIT", //*** having a value of "H". //*** 5) Create a constant of datatype String, named "CHOICE_STAY", //*** having a value of "S". //*** 6) Create a constant of datatype int, named "NUMBER_OF_SHUFFLES", //*** having a value of 5. //*** 7) Declare a variable of datatype boolean named "playerHit". //*** 8) Declare a variable of datatype boolean named "validChoice". //*** 9) Declare a variable of datatype String named "choice". //*** 10) Declare a variable of datatype Scanner named "input", and //*** assign a new Scanner instance from the console to it. System.out.println(" Welcome to Black-Jack "); //*** 11) Create and assign values to three reference variables //*** per the following: //*** a) First reference variable: //*** A) Datatype is "BlackJack" and named "game1". //*** B) Using the one-arg constructor, create a new "BlackJack" //*** instance and assign to "game1". //*** C) Pass the named constant "CARDS_IN_DECK" as the one //*** argument to the constructor. //*** b) Second reference variable: //*** A) Datatype is "BlackJackPlayer" and named "player". //*** NOTE: "BlackJackPlayer" is an inner class so you will //*** have to reference it through the outer class. //*** B) Using the getter and the appropriate existing reference //*** variable, assign the contents of property //*** "player" (which is contained in class "BlackJack"), to //*** reference variable "player". //*** b) Third reference variable: //*** A) Datatype is "BlackJackPlayer" and named "dealer". //*** NOTE: "BlackJackPlayer" is an inner class so you will //*** have to reference it through the outer class. //*** B) Using the getter and the appropriate existing reference //*** variable, assign the contents of property //*** "dealer" (which is contained in class "BlackJack"), to //*** reference variable "dealer". //*** 12) Write a for-loop that iterates named constant //*** "NUMBER_OF_SHUFFLES" number of times and executing //*** the following line of code: //*** a) Invoke the "shuffleDeck" method on the appropriate existing //*** reference variable. //*** 13) Invoke the "dealCard" method on the appropriate existing //*** reference variable passing reference variable "player" as //*** the one argument. //*** 14) Invoke the "dealCard" method on the appropriate existing //*** reference variable passing reference variable "dealer" as //*** the one argument. System.out.println(" The " + dealer.getName() + "'s first card is: "); //*** 15) Invoke the "getCard" method on the reference variable //*** "dealer" passing the named constant "FIRST_CARD_IN_HAND" //*** as the one argument, and send the return value to the //*** console (i.e. println). System.out.println(" The " + dealer.getName() + "'s second card is face-down."); //*** 16) Repeat Step 13. //*** 17) Repeat Step 14. //*** 18) Invoke the "showCurrentHand" method passing the reference //*** variable "player" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at the //*** bottom of this class. //*** 19) Invoke the "showCurrentScore" method passing the reference //*** variable "player" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at the //*** bottom of this class. //*** 20) Write an if-statement using the following code as the //*** boolean condition: //*** a) Invoke the "checkBust" method on reference variable "player". //*** 21) Execute the following line of code if the boolean //*** condition evaluates to true: //*** a) Assign the value of "false" to the boolean variable //*** "playerHit". //*** 22) Execute the following line of code if the boolean //*** condition evaluates to false: //*** NOTE: This is the "else" statement associated with the //*** if-statement in Step 20. //*** a) Assign the value of "true" to the boolean variable //*** "playerHit". //*** 23) Write a while-loop using the boolean variable "playerHit" //*** as the boolean condition. //*** 24) Inside this while-loop will be the following code: //*** a) Write a do-while loop using the negation of the boolean //*** variable "validChoice" as the boolean condition. //*** b) Inside this do-while loop will be the following code: //*** A) Prompt the user with the following line of code: //*** 1) System.out.print(" Would you like to Hit(H) or Stay(S): "); //*** B) Invoke the "nextLine" on the variable "input" and assign the //*** return value to variable "choice". //*** C) Write an if-statement to test if variable "choice" is //*** not equal to the named constant "CHOICE_HIT or the named //*** constant "CHOICE_STAY". //*** HINT: You will need to make the comparison //*** case-insensitive (i.e. case does not matter). //*** NOTE: This is a test for invalid data. If the boolean //*** condition in Step C evaluates to true, then the //*** user input data is invalid. You will need to use //*** a compound (two) boolean expression joined with //*** a logical operator. //*** D) Execute the following line of code if the boolean //*** condition in Step C evaluates to true: //*** 1) Assign the value of "false" to the boolean variable //*** "validChoice". //*** E) Execute the following line of code if the boolean //*** condition in Step C evaluates to false: //*** NOTE: This is the "else" statement associated with the //*** if-statement in Step C. //*** 1) Assign the value of "true" to the boolean variable //*** "validChoice". //*** c) Write an if-statement to test if variable "choice" is equal //*** to the named constant "CHOICE_HIT". //*** HINT: You will need to make the comparison //*** case-insensitive (i.e. case should not matter). //*** d) Execute the following block of code if the boolean //*** condition in Step c evaluates to true: //*** A) Invoke the "dealCardWithHit" method on the appropriate //*** existing reference variable passing reference variable //*** "player" as the one argument. //*** B) Invoke the "showCurrentHand" method passing the reference //*** variable "player" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at //*** the bottom of this class. //*** C) Invoke the "showCurrentScore" method passing the reference //*** variable "player" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at //*** the bottom of this class. //*** D) Write an if-statement using the following code as the //*** boolean condition: //*** 1) Invoke the "checkBust" method on reference variable "player". //*** E) Execute the following line of code if the boolean //*** condition evaluates to true: //*** 1) Assign the value of "false" to the boolean variable //*** "playerHit". //*** F) Execute the following line of code if the boolean //*** condition evaluates to false: //*** NOTE: This is the "else" statement associated with the //*** if-statement in Step D. //*** 1) Assign the value of "true" to the boolean variable //*** "playerHit". //*** e) Execute the following line of code if the boolean condition //*** evaluates to false: //*** NOTE: This is the "else" statement associated with the //*** if-statement in Step c above concerning testing //*** variable "choice" against the named constant //*** "CHOICE_HIT". //*** A) Assign the value of "false" to the boolean variable //*** "playerHit". //*** 25) Write an if-statement using the following code as the //*** boolean condition: //*** a) The negation of the invocation of the "isBust" method on //*** the reference variable "player". //*** 26) Execute the following block of code if the boolean condition //*** evaluates to true: //*** a) System.out.println(" The " + dealer.getName() + "'s second card is: "); //*** b) Invoke the "getCard" method on the reference variable //*** "dealer" passing the named constant "SECOND_CARD_IN_HAND" //*** as the one argument, and send the return value to the //*** console (i.e. println). //*** c) Invoke the "showCurrentScore" method passing the reference //*** variable "dealer" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at //*** the bottom of this class. //*** d) Write a while-loop using the following code as the //*** boolean condition: //*** A) Retrieve the current score for the dealer by invoking //*** the getter for property "currentScore" on reference //*** variable "dealer". Is this value less-than-or-equal-to //*** the value of the named constant "DEALER_HIT_STAY_THRESHOLD? //*** NOTE: The named constant "DEALER_HIT_STAY_THRESHOLD is //*** in class "BlackJack" so you will need to use the //*** appropriate existing reference variable on this //*** named constant. //*** B) Execute the following line of code if the boolean //*** condition evaluates to true: //*** 1) Invoke the "dealCardWithHit" method on the appropriate //*** existing reference variable passing reference variable //*** "dealer" as the one argument. //*** 27) Invoke the "checkBust" method on reference variable "dealer". //*** 28) Display the number of hits by the dealer using the following //*** line of code: //*** a) System.out.print(" After 'Hitting' " + dealer.getNumberHits() + " time(s),"); //*** 29) Invoke the "showCurrentHand" method passing the reference //*** variable "dealer" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at the //*** bottom of this class. //*** 30) Invoke the "showCurrentScore" method passing the reference //*** variable "dealer" as the one argument. //*** NOTE: You will not use a reference variable for invocation //*** because this method will be contained in this class. //*** You have not defined this method yet. You will at the //*** bottom of this class. //*** 31) Invoke the "determineOutcome" method on the appropriate existing //*** reference variable passing reference variable "player" as the //*** first argument and reference variable "dealer" as the second //*** argument. if (game1.getWinner() == BlackJack.Winner.DEALER) System.out.println(" Unfortunately " + player.getName() + ", the " + dealer.getName() + " won this hand."); else if (game1.getWinner() == BlackJack.Winner.PLAYER) System.out.println(" " + player.getName() + ", you have won this hand!"); else System.out.println(" " + player.getName() + ", you and the " + dealer.getName() + " have tied on this hand."); System.out.println(" " + player.getName() + ", you 'Hit' " + player.getNumberHits() + " time(s)."); System.out.println(" Thank you for playing! "); } //*** 32) Outside of the "main" method but inside class "BlackJackTester", create //*** the two methods as follows: //*** a) First method: //*** A) A static method named "showCurrentHand" that takes one //*** argument and returns no value. //*** B) The one argument is of datatype "BlackJackPlayer" and named "p". //*** NOTE: "BlackJackPlayer" is an inner class so you will //*** have to reference it through the outer class. //*** C) The method body consists of two lines of code as follows: //*** 1) System.out.println(" " + p.getName() + "'s current hand is:"); //*** 2) Invoke the "displayFormattedHand" method on reference variable "p". //*** b) Second method: //*** A) A static method named "showCurrentScore" that takes one //*** argument and returns no value. //*** B) The one argument is of datatype "BlackJackPlayer" and named "p". //*** NOTE: "BlackJackPlayer" is an inner class so you will //*** have to reference it through the outer class. //*** C) The method body consists of two lines of code as follows: //*** 1) System.out.print(" " + p.getName() + "'s current score is: "); //*** 2) Retrieve the current score by invoking the getter for //*** property "currentScore" on reference variable "p", and //*** send the return value to the console (i.e. println). //*** }