private void btnSubmit_Click(object sender, EventArgs e)
{
string username = txtUsername.Text;
if (username.Length <= MIN_NAME_LENGTH || username.Length > MAX_NAME_LENGTH)
{
lblPrompt.Text = "Your username must be 1-4 characters in length";
txtUsername.Text = "";
}
else
{
//Make username all caps
username.ToUpper();
//But for now just create a player
StatsPlayer currentPlayer = new StatsPlayer(username);
//We want this currentPlayer to be Global and persist across windows
//Do we need to make a constructor for the frmGame to accept a StatsPlayer
//as an option?
// hiding frmStatsPrompt
Hide();
//Finally open the game
frmGame game = new frmGame(username); //create an instance
game.ShowDialog(); //show the form
// close username input form
Close();
}
}
public static StatsPlayer SearchForExistingUser(string username)
{
const int NUM_OF_COLUMNS = 4; //we know the length of each line
string[] playersRaw = Properties.Resources.DurakStats.Split('\n');
int lineCounter = 0;
StatsPlayer tempPlayer = new StatsPlayer();
while (lineCounter < playersRaw.Length)
{
int columnCounter = 0;
string[] columns = playersRaw[lineCounter].Split(',');
while (columnCounter < NUM_OF_COLUMNS)
{
if (username == columns[columnCounter].ToString()) //if the username is found
{
tempPlayer.setPlayerName(columnCounter.ToString());
tempPlayer.setPlayerWins(int.Parse(columns[columnCounter + 1]));
tempPlayer.setPlayerTies(int.Parse(columns[columnCounter + 2]));
tempPlayer.setPlayerLosses(int.Parse(columns[columnCounter + 3]));
break;
}
}
}
if (tempPlayer == new StatsPlayer())
{
tempPlayer = new StatsPlayer(username);
}
return(tempPlayer);
}
public static StatsPlayer[] CreatePlayerArray()
{
const int NUM_OF_COLUMNS = 4;//we know the number of columns in this case
//Creates an array of strings that equal an individual line from LogsAndStats.dat
string[] playersRaw = Properties.Resources.DurakStats.Split('\n');
// before transferring them to the dictionary
int arraySize = playersRaw.Length;
int lineCounter = 0;
// StatsPlayer[] allPlayers = new StatsPlayer[arraySize];
StatsPlayer[] tempPlayer = new StatsPlayer[arraySize];
while (lineCounter < arraySize)
{
int columnCounter = 0;
string[] columns = playersRaw[lineCounter].Split(','); //splits the line variable into an array using
// a comma as a delimeter
// Dictionary<string, StatsPlayer> tempPlayers = new Dictionary<string, StatsPlayer>(); //Initialize the dictionary
StatsPlayer player = new StatsPlayer();
while (columnCounter < NUM_OF_COLUMNS) //this while loop is used for assigning data
{ //to a StatsPlayer that will be added to a
//dictionary of StatsPlayer's
tempPlayer[lineCounter] = player;
//allPlayers[lineCounter] = tempPlayer;
if (columnCounter == 0) //first piece of data (name)
{
tempPlayer[lineCounter].setPlayerName(columns[columnCounter]);
columnCounter++;
}
if (columnCounter == 1) //second piece of data (wins)
{
tempPlayer[lineCounter].setPlayerWins(int.Parse(columns[columnCounter]));
columnCounter++;
}
if (columnCounter == 2) //third piece of data (ties)
{
tempPlayer[lineCounter].setPlayerTies(int.Parse(columns[columnCounter]));
columnCounter++;
}
if (columnCounter == 3) //fourth piece of data (losses)
{
tempPlayer[lineCounter].setPlayerLosses(int.Parse(columns[columnCounter]));
columnCounter++;
}
}
//allPlayers[lineCounter] = tempPlayer[lineCounter];
// allPlayers.
lineCounter++;
}
return(tempPlayer);
}
//Public Methods
/// <summary>
/// This method will return a dictionary of StatsPlayers that can be used later for output
/// </summary>
/// <returns>Dictionary<string, StatsPlayer></returns>
public static Dictionary <string, StatsPlayer> CreatePlayerDictionary()
// public static List<StatsPlayer> CreatePlayerList()
{
string tempString = "";
const int NUM_OF_COLUMNS = 4;//we know the number of columns in this case
//Creates an array of strings that equal an individual line from LogsAndStats.dat
string[] playersRaw = Properties.Resources.DurakStats.Split('\n');
// before transferring them to the dictionary
int lineCounter = 0;
Dictionary <string, StatsPlayer> allPlayers = new Dictionary <string, StatsPlayer>(); //Initialize the dictionary
//List<StatsPlayer> temp = new List<StatsPlayer>();
int numberOfLines = playersRaw.Length;
//while ((line = file.ReadLine()) != null) //assigns the current line to our variable, and does so until it is null
while (lineCounter < numberOfLines)
{
int columnCounter = 0;
string[] columns = playersRaw[lineCounter].Split(','); //splits the line variable into an array using
// a comma as a delimeter
// Dictionary<string, StatsPlayer> tempPlayers = new Dictionary<string, StatsPlayer>(); //Initialize the dictionary
StatsPlayer tempPlayer = new StatsPlayer();
while (columnCounter < NUM_OF_COLUMNS) //this while loop is used for assigning data
{ //to a StatsPlayer that will be added to a
//dictionary of StatsPlayer's
if (columnCounter == 0) //first piece of data (name)
{
tempPlayer.setPlayerName(columns[columnCounter]);
columnCounter++;
}
if (columnCounter == 1) //second piece of data (wins)
{
tempPlayer.setPlayerWins(int.Parse(columns[columnCounter]));
columnCounter++;
}
if (columnCounter == 2) //third piece of data (ties)
{
tempPlayer.setPlayerTies(int.Parse(columns[columnCounter]));
columnCounter++;
}
if (columnCounter == 3) //fourth piece of data (losses)
{
tempPlayer.setPlayerLosses(int.Parse(columns[columnCounter]));
columnCounter++;
}
//temp.Add(tempPlayer);
//tempString += tempPlayer.ToString();
}
allPlayers.Add(tempPlayer.getPlayerName(), tempPlayer);
// allPlayers.Add(temp[lineCounter].getPlayerName(), temp[lineCounter]);
//tempPlayer = null;
// Console.WriteLine(allPlayers.ElementAt(lineCounter).ToString());
//temp.Add(tempPlayer);
lineCounter++;
}
// return temp;
MessageBox.Show(tempString);
return(allPlayers); //return the dictionary
}
