Create a console-based computerized game of War named WarCardGameConsole in the Final Project Part 1 folder. This is C#
1. Use an array of 52 integers to store unique values for each card.
2. Write a method named FillDeck() that places 52 unique values into this array.
3. Write another method named SelectCard() that you call twice on each deal to randomly
select a unique card for each player, with no repetition of cards in 26 deals.
4. To pause the play between each dealt hand, use a call to ReadLine().
5. At the end of a play of the game of the 26 deals:
a. display the Computer’s and Player’s final scores
b. display who won the game
c. record the results in a text file (see step 6)
d. give the player the choice of stopping or playing again.
6. Record the results of each game in a text file:
a. The text file should be saved as FirstNameLastName Results.txt in your project
folder. The file will automatically save in WarCardGameConsole\bin\Debug folder.
b. At the beginning of your program you should check to see if your file exists;
 If not, your program will create it
 If it does exist, you program will open it.
c. At the of a play of the game you will record the results
d. When the player indicates they want to stop playing, the program should close the
file.
7. Your program must have meaningful comments, including your name.

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lambert.veum · Accepted Answer

Answer:Here is a console-based C# program for the card game War:Explanation:using System;using System.IO;namespace WarCardGameConsole{ class WarCardGame { // Array to hold 52 cards int[] deck = new int[52]; // Player and computer scores int playerScore; int computerScore; // File to record results StreamWriter results; // Fill deck with cards void FillDeck() { // Add cards to deck for (int i = 0; i &lt; deck.Length; i++) { deck[i] = i; } } // Select random card int SelectCard() { // Generate random index Random rand = new Random(); int index = rand.Next(deck.Length); // Remove selected card from deck int card = deck[index]; deck[index] = deck[deck.Length - 1]; Array.Resize(ref deck, deck.Length - 1); // Return selected card return card; } // Play one round of war void PlayRound() { // Select cards for player and computer int playerCard = SelectCard(); int computerCard = SelectCard(); // Display cards Console.WriteLine($"Player card: {playerCard} Computer card: {computerCard}"); // Check who has higher card if (playerCard &gt; computerCard) { playerScore++; Console.WriteLine("Player wins this round!"); } else if (computerCard &gt; playerCard) { computerScore++; Console.WriteLine("Computer wins this round!"); } else { Console.WriteLine("Tie! No points awarded."); } // Pause before next round Console.WriteLine("Press any key to continue..."); Console.ReadKey(); } void PlayGame() { // Fill deck with cards FillDeck(); // Play 26 rounds for (int i = 0; i &lt; 26; i++) { PlayRound(); } // Display final scores Console.WriteLine($"Player final score: {playerScore}"); Console.WriteLine($"Computer final score: {computerScore}"); // Determine winner if (playerScore &gt; computerScore) { Console.WriteLine("Player wins the game!"); } else if (computerScore &gt; playerScore) { Console.WriteLine("Computer wins the game!"); } else { Console.WriteLine("Tie game!"); } // Record results in file results.WriteLine($"{DateTime.Now} - {playerScore} to {computerScore}"); // Play again? Console.Write("Play again? (Y/N) "); string input = Console.ReadLine(); if (input.ToUpper() == "Y") { // Restart game playerScore = 0; computerScore = 0; PlayGame(); } else { // Close file and exit results.Close(); Environment.Exit(0); } } static void Main(string[] args) { // Create game object WarCardGame game = new WarCardGame(); // Check if results file exists if (!File.Exists("JohnDoe Results.txt")) { // Create file game.results = File.CreateText("JohnDoe Results.txt"); } else { // Open existing file game.results = File.AppendText("JohnDoe Results.txt"); } // Play game game.PlayGame(); } }}

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