/// <summary>
/// Displays score history
/// </summary>
/// <returns>Play a new game (true or false)</returns>
public static bool ShowScoreHistory()
{
// clear console
Console.Clear();
Console.CursorVisible = false;
ShowGameScreen();
// write title
WriteRichText(
new String(' ', Console.WindowWidth),
PositionY: 6,
ForegroundColor: ConsoleColor.Black,
BackgroundColor: ConsoleColor.White);
WriteRichText(
"Historique des procès",
-1,
6,
ForegroundColor: ConsoleColor.Black,
BackgroundColor: ConsoleColor.White);
// define first line to write scores
int ScoreLine = 8;
// define a list to store scores
List <string> Scores = new List <string>();
// read Scores file from relative \Resources folder
// retrieve file path
string FilePath = Path.GetDirectoryName(
Path.GetDirectoryName(
Directory.GetCurrentDirectory()))
+ @"\Resources\Scores";
// read file
Scores = File.ReadAllLines(
FilePath)
.ToList();
// reverse list order (newer first)
Scores.Reverse();
// browse each score and format it before displaying
// {0} -> player name
// {1} -> result (victory or defeat)
// {2} -> date and time of the game
// {3} -> difficulty level
// {4} -> mystery word
foreach (string CurrentScore in Scores)
{
// split score string by its separator (,)
string[] CurrentScoreData = CurrentScore.Split(',');
// define color depending on result (with a ternary)
ConsoleColor ScoreColor =
(CurrentScoreData[1] == "GAGNÉ" ?
ConsoleColor.Green :
ConsoleColor.Red);
// write formatted string
string ScoreString = string.Format(
"{0} a {1} le {2} au niveau {3} avec le mot {4}",
CurrentScoreData[0],
CurrentScoreData[1],
CurrentScoreData[2],
CurrentScoreData[3],
CurrentScoreData[4]);
WriteRichText(
ScoreString,
-1,
ScoreLine,
ScoreColor);
// write name in white
WriteRichText(
CurrentScoreData[0],
(Console.WindowWidth - ScoreString.Length) / 2,
ScoreLine,
ConsoleColor.White);
// increment line number
ScoreLine++;
}
// ask player for a new game
string NewGameMessage = "Voulez-vous un nouveau procès ? (O)ui ou (N)on : ";
WriteRichText(
NewGameMessage,
-1,
3);
Console.SetCursorPosition(
((Console.WindowWidth - NewGameMessage.Length) / 2) + NewGameMessage.Length,
3);
// wait for player entry
ConsoleKeyInfo SubmittedCharacter = new ConsoleKeyInfo();
while (SubmittedCharacter.Key != ConsoleKey.O &&
SubmittedCharacter.Key != ConsoleKey.N)
{
Console.SetCursorPosition(
((Console.WindowWidth - NewGameMessage.Length) / 2) + NewGameMessage.Length,
3);
SubmittedCharacter = Console.ReadKey(true);
}
// return result
return(SubmittedCharacter.Key == ConsoleKey.O);
}
