static void Main(string[] args)
{
List <Player> players = new List <Player>();
List <Match> matches = new List <Match>();
List <Round> rounds = new List <Round>();
Random rand = new Random();
Random randomNumber = new Random(rand.Next()); // create a random number object
// create the Computer that everyone plays against.
//call methos CreatePlayer() with player name.
// Player p1 = new Player()
// {
// Fname = "Max",
// Lname = "Headroom"
// };
// players.Add(p1);
RpsGameRepositoryLayer gameContext = new RpsGameRepositoryLayer();
Player p1 = gameContext.CreatePlayer("Max", "HeadRoom"); // create the
Console.WriteLine("This is The Official Batch Rock-Paper-Scissors Game");
// program loop starts here.
int logInOrQuitInt;
do
{//Menu to log in or quit. start loop for logged in player. exits when he logs out
do
{
Console.WriteLine("Enter 1 to log in and 2 to quit the program.");
string logInOrQuit = Console.ReadLine();
bool logInOrQuitBool = int.TryParse(logInOrQuit, out logInOrQuitInt);
if (logInOrQuitBool == false)
{
Console.WriteLine("I SAID... Enter 1 to play again, Enter 2 to Log out. Get it right!");
}
} while (logInOrQuitInt != 1 && logInOrQuitInt != 2);
if (logInOrQuitInt == 2)
{
break;
}
//log in or create a new player. unique fName and lName means create a new player, other wise, grab the existing player
string[] userNamesArray;
do
{
Console.WriteLine("\n\tPlease enter your first and last name.\n\tIf you enter unique first and last name I will create a new player.\n");
string userNames = Console.ReadLine();
userNamesArray = userNames.Split(' ');
} while (userNamesArray[0] == "");
Player p2 = players.Where(x => x.Fname == userNamesArray[0] && x.Lname == userNamesArray[1]).FirstOrDefault();
if (p2 == null) // if this is a new player
{
if (userNamesArray.Length == 1) //if the user unputted just one name
{
p2 = new Player();
p2.Fname = userNamesArray[0];
}
if (userNamesArray.Length > 1) //if the user unputted 2 names
{
p2 = new Player();
p2.Fname = userNamesArray[0];
p2.Lname = userNamesArray[1];
}
players.Add(p2);
}
int response1Parsed;
do //game loop starts here.
{
Match match = new Match();
match.Player1 = p1;
match.Player2 = p2;
Console.WriteLine("\n\tStarting the game...\n");
do // start loop to last till one player wins 2 games.
{
Round round = new Round();
Choice userChoice; // declare these two variables to be used int he do/while loop
bool userResponseParsed;
do
{
Console.WriteLine($"Welcome, {p2.Fname}. Please choose Rock, Paper, or Scissors by typing 0, 1, or 2 and hitting enter.");
Console.WriteLine("\t0. Rock \n\t1. Paper \n\t2. Scissors");
string userResponse = Console.ReadLine(); // read the users unput
userResponseParsed = Choice.TryParse(userResponse, out userChoice); // parse the users input to am int
if (userResponseParsed == false || ((int)userChoice > 2 || (int)userChoice < 0)) // give a message if the users unput was invalid
{
Console.WriteLine("Your response is invalid.");
}
} while (userResponseParsed == false || (int)userChoice > 2 || (int)userChoice < 0); // state conditions for if we will repeat the loop
Choice computerChoice = (Choice)randomNumber.Next(2); // get a randon number 1, 2, or 3.
round.Player1Choice = computerChoice;
round.Player2Choice = userChoice;
Console.WriteLine($"The computer choice is => {round.Player1Choice}.");
// compare the numebrs to see who won.
if (userChoice == computerChoice) // is the playes tied
{
Console.WriteLine("This game was a tie");
//rounds.WinningPlayer is default null
rounds.Add(round);
match.Rounds.Add(round);
match.RoundWinner(); // send in the player who won. empty args means a tie round
}
else if (((int)userChoice == 1 && (int)computerChoice == 0) || // if the user won
((int)userChoice == 2 && (int)computerChoice == 1) ||
((int)userChoice == 0 && (int)computerChoice == 2))
{
Console.WriteLine("Congrats. You (the user) WON!."); // if the computer won.
round.WinningPlayer = p2;
rounds.Add(round);
match.Rounds.Add(round);
match.RoundWinner(p2);
}
else
{
Console.WriteLine("We're sorry. The computer won.");
round.WinningPlayer = p1;
rounds.Add(round);
match.Rounds.Add(round);
match.RoundWinner(p1);
}
} while (match.MatchWinner() == null);// end the game when once a player wins 2 rounds
Console.WriteLine("\n\tPrinting out the Game information");
foreach (Round round1 in match.Rounds)
{
Console.WriteLine($"\nROUND - \nThe GUID is {round1.RoundId}.\n P1 Choice is {round1.Player1Choice}\n P2 Choice is {round1.Player2Choice}\nThe winning player is {round1.WinningPlayer.Fname}");
}
do
{
Console.WriteLine("Do you want to play again? Enter 1 to play again, Enter 2 to Log out.");
string response1 = Console.ReadLine();
bool r1pBool = int.TryParse(response1, out response1Parsed);
if (r1pBool == false)
{
Console.WriteLine("I SAID... Enter 1 to play again, Enter 2 to Log out. Get it right!");
}
} while (response1Parsed != 1 && response1Parsed != 2); // play again or quit.
} while (response1Parsed == 1); // end of the game loop.
} while (logInOrQuitInt != 2); // log out
}
static void Main(string[] args)
{
// List<Player> players = new List<Player>();
// List<Match> matches = new List<Match>();
// List<Round> rounds = new List<Round>();
// Random rand = new Random();
// Random randomNumber = new Random(rand.Next()); // create a random number object
// create the Computer that everyone plays against.
//call methos CreatePlayer() with player name.
// Player p1 = new Player()
// {
// Fname = "Max",
// Lname = "Headroom"
// };
// players.Add(p1);
Player p1 = gameContext.CreatePlayer("Max", "HeadRoom"); // create the computer
Console.WriteLine("This is The Official Batch Rock-Paper-Scissors Game");
// program loop starts here.
int logInOrQuitInt;
do
{
//Menu to log in or quit. start loop for logged in player. exits when he logs out
logInOrQuitInt = MainMenu();
if (logInOrQuitInt == 2)
{
break;
}
//log in or create a new player. unique fName and lName means create a new player, other wise, grab the existing player
string[] userNamesArray = GetUserNames();
Player p2;
if (userNamesArray.Length == 1) //if the user unputted just one name
{
p2 = gameContext.CreatePlayer(fName: userNamesArray[0]);
}
else if (userNamesArray.Length > 1) //if the user unputted 2 names
{
p2 = gameContext.CreatePlayer(userNamesArray[0], userNamesArray[1]);
}
else
{
throw new ArgumentNullException("User input for name was invalid.");
} // if the userNamesArray is empty.
int response1Parsed;
do //game loop starts here.
{
Match match = gameContext.CreateMatch(p1, p2);
Console.WriteLine("\n\tStarting the Match...\n");
do // start loop to last till one player wins 2 games.
{
Choice userChoice = UserChoiceMenu(match);
Choice computerChoice = gameContext.GetRandomChoice(); // get a randon number 1, 2, or 3.
Round round = gameContext.PlayRound(match, computerChoice, userChoice);
Console.WriteLine($"The computer choice is => {round.Player1Choice}.");
TellUserWhoWonTheRound(round);
} while (match.MatchWinner().Fname == "null");// end the game when once a player wins 2 rounds
gameContext.UpdateWinLossRecords(match);
gameContext.AddCompletedMatch(match);
Console.WriteLine("\n\tPrinting out the Game information");
do
{
Console.WriteLine("Do you want to play again? Enter 1 to play again, Enter 2 to Log out.");
string response1 = Console.ReadLine();
bool r1pBool = int.TryParse(response1, out response1Parsed);
if (r1pBool == false)
{
Console.WriteLine("I SAID... Enter 1 to play again, Enter 2 to Log out. Get it right!");
}
} while (response1Parsed != 1 && response1Parsed != 2); // play again or quit.
} while (response1Parsed == 1); // end of the game loop.
} while (logInOrQuitInt != 2); // log out
// get all inputted info and pront it to the console.
List <Player> players = gameContext.GetPlayers();
List <Round> rounds = gameContext.GetRounds();
List <Match> matches = gameContext.GetMatches();
PrintPlayersData(players);
PrintRoundsData(rounds);
PrintGamesData(matches);
}// END Main end
static void gameSelect(int selectedGame, Player p1, Player p2, List <Player> players, bool loggedIn, Match match, Round round)
{
do
{
// main menu
Console.WriteLine($"\nWelcome, {p2.FName}.\n");
Console.WriteLine("1) 1 Round");
Console.WriteLine("2) Best of 3");
Console.WriteLine("3) Best of 5");
Console.WriteLine("4) Logout");
Console.WriteLine("5. Exit");
Console.Write("Please choose a game mode: ");
try // error catching on selectedGame
{
selectedGame = Convert.ToInt32(Console.ReadLine());
}
catch (Exception)
{
selectedGame = 6;
}
switch (selectedGame)
{
case 1:
{
int playerChoiceInt = 0;
Console.WriteLine("Single Round\n");
Console.WriteLine($"Welcome, {p2.FName}.");
Console.WriteLine("1) Rock");
Console.WriteLine("2) Paper");
Console.WriteLine("3) Scissors");
Console.WriteLine("4) Exit / Previous Menu");
Console.Write("Please make a selection: ");
try // error catching
{
playerChoiceInt = Convert.ToInt32(Console.ReadLine());
}
catch (Exception)
{
Console.WriteLine("Invalid Entry.");
selectedGame = 5;
}
round = oneRound(p1, p2, playerChoiceInt);
if (round.WinningPlayer == p2)
{
match.RoundWinner(p2);
Console.WriteLine("\n" + round.Player2Choice.ToString() + " beats " + round.Player1Choice.ToString()
+ ". You win!\n");
}
else if (round.WinningPlayer == p1)
{
match.RoundWinner(p1);
Console.WriteLine("\n" + round.Player1Choice.ToString() + " beats " + round.Player2Choice.ToString()
+ ". You lose.\n");
}
else if (round.WinningPlayer == null)
{
match.RoundWinner(null);
Console.WriteLine("\nBoth players chose " + round.Player2Choice.ToString() + ". Game is a tie.\n");
}
break;
}
case 2:
{
/* Choice playerChoice = new Choice();
* int pWins = 0;
* int cWins = 0;
* while (pWins < 2 && cWins < 2 && (int)playerChoice != 4)
* {
* // Best of 3 menu
* Console.WriteLine("\nBest of 3 - Current score: P " + pWins + " | C " + cWins);
* drawGameMenu();
* try
* {
* playerChoice = (Choice)Convert.ToInt32(Console.ReadLine());
* }
* catch (Exception){
* selectedGame = 5;
* }
* // run oneRound then adjust new scores
* int roundResult = oneRound((int)playerChoice);
* if ((int)roundResult == 1)
* {
* pWins++;
* }
* else if ((int)roundResult == 2)
* {
* cWins++;
* }
* }
* // score checking
* if (pWins > cWins && inInt != 4)
* {
* Console.WriteLine("\nYou win Best of 3!\n");
* }
* else if (cWins > pWins || inInt == 4)
* {
* Console.WriteLine("\nYou lose Best of 3.\n");
* } */
break;
}
case 3:
{
/* int inInt = 0;
* int pWins = 0;
* int cWins = 0;
* while (pWins < 3 && cWins < 3 && inInt != 4)
* {
* // Best of 5 menu
* Console.WriteLine("\nBest of 5 - Current score: P " + pWins + " | C " + cWins);
* drawGameMenu();
* try // error catching on selectedGame
* {
* inInt = Convert.ToInt32(Console.ReadLine());
* }
* catch (Exception){
* selectedGame = 5;
* }
* if (inInt == 4)
* break;
* // run oneRound then adjust new scores
* int newRound = oneRound((int)playerChoice);
* if (newRound == 1)
* {
* pWins++;
* }
* else if (newRound == 2)
* {
* cWins++;
* }
* }
* // score checking
* if (pWins > cWins && inInt != 4)
* {
* Console.WriteLine("\nYou win Best of 5!\n");
* }
* else if (cWins > pWins || inInt == 4)
* {
* Console.WriteLine("\nYou lose Best of 5.\n");
* } */
break;
}
case 4:
loggedIn = false;
userLogin(selectedGame, p1, p2, players, loggedIn, match, round);
break;
case 5:
Environment.Exit(0);
break;
default:
{
// catches any invalid selectedGame
Console.WriteLine("Invalid Game Selection. Please enter a valid choice.\n");
break;
}
}
} while (selectedGame != 5 && loggedIn);
}
static void userLogin(int selectedGame, Player p1, Player p2, List <Player> players, bool loggedIn, Match match, Round round)
{
foreach (Player p in players)
{
Console.WriteLine($"{p.FName} {p.LName} {p.PlayerId}");
}
string userName = "";
string[] userNameArray;
int m1 = 0;
Console.WriteLine("1) Enter Player Name (Unique name will create new Player)");
Console.WriteLine("2) Exit");
Console.Write("Please make a selection:");
//log in or create a new player - unique information will create new player
try // error catching on selectedGame
{
m1 = Convert.ToInt32(Console.ReadLine());
}
catch (Exception)
{
Console.WriteLine("Invalid Entry.");
m1 = 3;
}
switch (m1)
{
case 1:
{
Player pTemp = new Player();
do
{
Console.Write("Please enter First and Last Name separated by ' ': ");
userName = Console.ReadLine();
userNameArray = userName.Split(' ');
} while (userName == "" || userName == null);
if (userNameArray.Length == 1)
{
pTemp.FName = userNameArray[0];
}
else if (userNameArray.Length > 1)
{
pTemp.FName = userNameArray[0];
pTemp.LName = userNameArray[1];
}
Console.WriteLine($"{pTemp.FName} {pTemp.LName} {pTemp.PlayerId}");
foreach (Player p in players)
{
Console.WriteLine($"{p.FName} {p.LName} {p.PlayerId}");
}
p2 = userVerify(players, pTemp);
if (p2.PlayerId == pTemp.PlayerId)
{
players.Add(p2);
Console.WriteLine("New player successfully added. Enjoy.");
loggedIn = true;
}
else
{
Console.WriteLine("User logged in. Welcome back.");
loggedIn = true;
}
gameSelect(selectedGame, p1, p2, players, loggedIn, match, round);
break;
}
case 2:
Environment.Exit(0);
break;
default:
break;
}
}
// method to run one round of RPS
static Round oneRound(Player p1, Player p2, int playerChoiceInt)
{
Round currentRound = new Round();
var rand = new Random((int)DateTime.Now.Millisecond);
Choice playerChoice = (Choice)playerChoiceInt;
Choice compChoice = (Choice)rand.Next(1, 4);
currentRound.Player2Choice = playerChoice;
currentRound.Player1Choice = compChoice;
switch ((int)playerChoice)
{
case 1:
{
if ((int)compChoice == 1)
{
currentRound.WinningPlayer = null;
}
else if ((int)compChoice == 2)
{
currentRound.WinningPlayer = p1;
}
else if ((int)compChoice == 3)
{
currentRound.WinningPlayer = p2;
}
return(currentRound);
}
case 2:
{
if ((int)compChoice == 1)
{
currentRound.WinningPlayer = p2;
}
else if ((int)compChoice == 2)
{
currentRound.WinningPlayer = null;
}
else if ((int)compChoice == 3)
{
currentRound.WinningPlayer = p1;
}
return(currentRound);
}
case 3:
{
if ((int)compChoice == 1)
{
currentRound.WinningPlayer = p1;
}
else if ((int)compChoice == 2)
{
currentRound.WinningPlayer = p2;
}
else if ((int)compChoice == 3)
{
currentRound.WinningPlayer = null;
}
return(currentRound);
}
default:
return(currentRound = new Round());
}
}
static void Main(string[] args)
{
Console.WriteLine("This is The Official Batch Rock-Paper-Sissors Game");
//Console.WriteLine("Please choose Rock, Paper, or Scissors by typing 1, 2, or 3 Aand hiiting enter.");
//Console.WriteLine("\t1. Rock \n\t2. Paper \n\t3. Scissors");
//Console.WriteLine("2. Paper");
//Console.WriteLine("3. Scissors");
//string userResponse = Console.ReadLine();
//var userResponse = Console.ReadLine(); //var will make it the proper type 'string'
//Console.WriteLine(userResponse);
//int userResponseInt = int.Parse(userResponse); //Will have an exception if noyt an int
//try {int userResponseInt = int.Parse(userResponse);}
//catch (FotmatException ex) {//throw new FormatException("There was a problem with parsing the user input", ex);}
/*
* int number;
* bool userResponseParsed = int.TryParse(userResponse, out number);
* if(userResponseParsed == false) {
* // Error
* }
*/
// CLASS EXAMPLE
/*
* int userChoice;
* bool userResponseParsed;
* do
* {
* Console.WriteLine("Please choose Rock, Paper, or Scissors by typing 1, 2, or 3 Aand hiiting enter.");
* Console.WriteLine("\t1. Rock \n\t2. Paper \n\t3. Scissors");
* var userResponse = Console.ReadLine(); //var will make it the proper type 'string'
*
* userResponseParsed = int.TryParse(userResponse, out userChoice); // parse the users input to an int
*
* if(userResponseParsed == false || userChoice > 3 || userChoice < 1) // give a message if the users input was invalid
* {
* Console.WriteLine("Your response is invalid.");
* }
* } while (userResponseParsed == false || userChoice > 3 || userChoice < 1); // state conditions for if we will repeat the loop
*
* Console.WriteLine("Starting the game...");
*
* Random randomNumber = new Random(10); // create a random number object
* int computerChoice = randomNumber.Next(1, 4); // get a random number 1, 2, or 3.
*
* Console.WriteLine(computerChoice);
* // Compare Two Choices
* if(userChoice == computerChoice)
* {
* Console.WriteLine("The game was a tie");
* }
* else if((userChoice == 2 && computerChoice == 1) ||
* (userChoice == 3 && computerChoice == 2) ||
* (userChoice == 1 && computerChoice == 3)
* ) {
* Console.WriteLine("Congratulations you (the user) WON!");
* }
* else
* {
* Console.WriteLine("We're sorry.The computer won.");
* }
*/
// GROUP 2 Ryan Archer, Anthony Mungle, Lucas Stang & Chris Sophiea
// Version 1
/*
* string userInput;
* int userSelection;
* bool userSelectionParsed;
* int botSelection;
* while (true)
* {
* Console.WriteLine("Please choose Rock, Paper, or Scissors by typing 1, 2, or 3 and hitting enter.");
* Console.WriteLine("\t1) Rock \n\t2) Paper \n\t3) Scissors");
* Console.Write("\nYour choice: ");
* userInput = Console.ReadLine();
* userSelectionParsed = int.TryParse(userInput, out userSelection);
* if (!userSelectionParsed || userSelection < 1 || userSelection > 3)
* {
* Console.WriteLine("Input is invalid. Enter a number 1-3.");
* }
* else
* {
* break;
* }
* }
* Random rnd = new Random();
* botSelection = rnd.Next(1, 4);
* switch (userSelection)
* {
* case 1:
* switch (botSelection)
* {
* case 1: Console.WriteLine("Tie. You chose rock. Bot chose rock."); break;
* case 2: Console.WriteLine("Lose. You chose rock. Bot chose paper."); break;
* default: Console.WriteLine("Win. You chose rock. Bot chose scissors."); break;
* }
* break;
* case 2:
* switch (botSelection)
* {
* case 1: Console.WriteLine("Win. You chose paper. Bot chose rock."); break;
* case 2: Console.WriteLine("Tie. You chose paper. Bot chose paper."); break;
* default: Console.WriteLine("Lose. You chose paper. Bot chose scissors."); break;
* }
* break;
* default:
* switch (botSelection)
* {
* case 1: Console.WriteLine("Lose. You chose scissors. Bot chose rock."); break;
* case 2: Console.WriteLine("Win. You chose scissors. Bot chose paper."); break;
* default: Console.WriteLine("Tie. You chose scissors. Bot chose scissors."); break;
* }
* break;
* }
* }
*/
/*
* public enum Choice{
* Rock,
* Paper,
* Scissors
* }
*/
// Version 2
/*
* Console.WriteLine("This is The Group 2 Awesome Rock-Paper-Sissors Game!\n");
* while(true) {
* int userSelection;
* bool userResponseParsed;
* int botSelection;
* Console.WriteLine("Please choose Rock, Paper, or Scissors by typing 1, 2, or 3 Aand hiiting enter.");
* Console.WriteLine("\t1. Rock \n\t2. Paper \n\t3. Scissors");
* var userResponse = Console.ReadLine(); //var will make it the proper type 'string'
* userResponseParsed = int.TryParse(userResponse, out userSelection); // parse the users input to an int
*
* if(userResponseParsed == false || userSelection > 3 || userSelection < 1) // give a message if the users input was invalid
* {
* Console.WriteLine("Your response is invalid.");
* continue;
* }
*
* Console.WriteLine("Starting the game...");
*
* Random rnd = new Random();
* botSelection = rnd.Next(1, 4);
* switch (userSelection)
* {
* case 1:
* switch (botSelection)
* {
* case 1: Console.WriteLine("Tie. You chose rock. Bot chose rock."); break;
* case 2: Console.WriteLine("Lose. You chose rock. Bot chose paper."); break;
* default: Console.WriteLine("Win. You chose rock. Bot chose scissors."); break;
* }
* break;
* case 2:
* switch (botSelection)
* {
* case 1: Console.WriteLine("Win. You chose paper. Bot chose rock."); break;
* case 2: Console.WriteLine("Tie. You chose paper. Bot chose paper."); break;
* default: Console.WriteLine("Lose. You chose paper. Bot chose scissors."); break;
* }
* break;
* default:
* switch (botSelection)
* {
* case 1: Console.WriteLine("Lose. You chose scissors. Bot chose rock."); break;
* case 2: Console.WriteLine("Win. You chose scissors. Bot chose paper."); break;
* default: Console.WriteLine("Tie. You chose scissors. Bot chose scissors."); break;
* }
* break;
* }
*
* Console.WriteLine("\nWould you like to play again?\n\tType y for Yes\n\tType n for No\n");
* string playAgain = Console.ReadLine(); // User input and add into playAgain
* if(playAgain.ToLower() == "y" || playAgain.ToLower() == "yes") {
* continue;
* } else {
* Console.WriteLine("\nGood bye.");
* break;
* }
* }
*/
List <Player> players = new List <Player>();
List <Match> matches = new List <Match>();
List <Round> rounds = new List <Round>();
/*
* Player p1 = new Player();
* p1.PlayerId = -1;
* Console.WriteLine(p1.PlayerId);
* Match myMatch = new Match();
* myMatch.RoundWinner();
*/
// create the Computer that everyone plays against.
Player p1 = new Player()
{
Fname = "Max",
Lname = "Headroom"
};
players.Add(p1);
//loging or create a new player. unique fName and lName means create a new player, other wise, grab the existing player
string[] userNamesArray;
do
{
Console.WriteLine("Please enter your firstname.\n If you enter a unique first and last name I will create a new player.");
string userNames = Console.ReadLine();
userNamesArray = userNames.Split(' ');
} while(userNamesArray[0] == null);
Player p2 = new Player();
// create player 2's name based on if they have first and last name or not
if (userNamesArray.Length > 1)
{
p2.Fname = userNamesArray[0];
p2.Lname = userNamesArray[1];
}
else
{
p2.Fname = userNamesArray[0];
}
/*
* foreach(var name in userNamesArray){
* Console.WriteLine(name);
* }
*/
players.Add(p2);
Match match = new Match();
match.Player1 = p1;
match.Player2 = p2;
Round round = new Round();
// user will choose Rock, Paper, Scissors
Choice userChoice;
bool userResponseParsed;
do
{
Console.WriteLine($"Welcome, {p2.Fname}. Please choose Rock, Paper, or Scissors by typing 0, 1, or 2 Aand hiiting enter.");
Console.WriteLine("\t0. Rock \n\t1. Paper \n\t2. Scissors");
var userResponse = Console.ReadLine(); //var will make it the proper type 'string'
userResponseParsed = Choice.TryParse(userResponse, out userChoice); // parse the users input to an int
if (userResponseParsed == false || (int)userChoice > 2 || (int)userChoice < 0) // give a message if the users input was invalid
{
Console.WriteLine("Your response is invalid.");
}
} while (userResponseParsed == false || (int)userChoice > 2 || (int)userChoice < 0); // state conditions for if we will repeat the loop
Console.WriteLine("Starting the game...");
Random randomNumber = new Random(10); // create a random number object
Choice computerChoice = (Choice)randomNumber.Next(0, 3); // get a random number 0, 1, or 2.
round.Player1Choice = computerChoice;
round.Player2Choice = userChoice;
Console.WriteLine($"The computer chose is => {computerChoice}.");
// Compare Two Choices
if (userChoice == computerChoice)
{
Console.WriteLine("The game was a tie");
// round winning player is null by default
match.RoundWinner();
}
else if (((int)userChoice == 1 && (int)computerChoice == 0) ||
((int)userChoice == 2 && (int)computerChoice == 1) ||
((int)userChoice == 0 && (int)computerChoice == 2)
)
{
Console.WriteLine("Congratulations you (the user) WON!");
round.WinningPlayer = p2;
match.RoundWinner(p2);
}
else
{
Console.WriteLine("We're sorry.The computer won.");
round.WinningPlayer = p1;
match.RoundWinner(p1);
}
rounds.Add(round);
match.Rounds.Add(round);
foreach (Round round1 in rounds)
{
Console.WriteLine($"\nROUND - \nThe GUID is {round.RoundId.ToString()}.\nP1 Choice is {round.Player1Choice}\nP1 Choice is {round.Player1Choice}\n The winning player is {round.WinningPlayer.Fname}");
}
}