public void UpdateValues(string msg)
{
// Check for seed
string SeedRegex = "seed:([0-9]{1,})";
Match seedMatch = Regex.Match(msg, SeedRegex);
// Check if we have a seed
if (seedMatch.Value != String.Empty)
{
int levelSeed = int.Parse(seedMatch.Groups[1].Value);
this.field = new BG_Field(MainForm.Width - 180, MainForm.Height - 24, levelSeed);
}
// Check for moving players
string MoveRegex = "\\(([^,;.]+);([0-9]{1,3});([0-9]{1,3})\\)";
MatchCollection moveMatches = Regex.Matches(msg, MoveRegex);
foreach (Match match in moveMatches)
{
string[] MoveValues = Regex.Split(match.Value, MoveRegex);
string name = MoveValues[1];
int x = int.Parse(MoveValues[2]);
int y = int.Parse(MoveValues[3]);
BG_Cannon currentPlayerCannon = new BG_Cannon(Color.Red, new BG_Location(x, y));
BG_Player currentPlayer = new BG_Player(name, currentPlayerCannon);
this.listPlayers.Add(currentPlayer);
}
// Check for new turn
string newTurnRegex = "[^,.-]{1,};newturn";
Match newTurnMatch = Regex.Match(msg, newTurnRegex);
// Check if we have to start a new turn
if (newTurnMatch.Value == (this.Name + ";" + "newturn"))
{
// Start the turn
}
// Check for end turn
string testStr = "endturn";
string endTurnRegex = "^endturn$";
Match endTurnMatch = Regex.Match(testStr, endTurnRegex);
// Check if we have to start a new turn
if (endTurnMatch.Value == "endturn")
{
// End the turn
}
}
public BG_Client(string serverAddress, int port, string name, FrmView view)
{
// Create a non-connected TcpClient
this.TcpClient = new TcpClient();
this.TcpClient.SendBufferSize = this.BufferSize;
this.TcpClient.ReceiveBufferSize = this.BufferSize;
this.Running = false;
// Set the other things
this.ServerAddress = serverAddress;
this.Port = port;
this.Name = name;
this.MainForm = view;
this.listPlayers = new List <BG_Player>();
this.field = new BG_Field(MainForm.Width, MainForm.Height, 0);
}