// void Loop(System.Net.Sockets.UdpClient uc)
void Loop(InSim.Connect insimConnection )
{
bool InRace = false;
bool InQual = false;
bool flagFirst = true;
bool flagShowInfo = true;
// System.Net.IPEndPoint remoteEP = new System.Net.IPEndPoint(System.Net.IPAddress.Any, 0);
while (true)
{
// byte[] recvPacket = uc.Receive(ref remoteEP);
byte[] recvPacket = insimConnection.Receive();
#if MONO
#else
if (remoteEP.Port != ((System.Net.IPEndPoint)uc.Client.RemoteEndPoint).Port)
{
Console.WriteLine("Received UDP packet from unknown port {0}", ((System.Net.IPEndPoint)uc.Client.RemoteEndPoint).Port);
continue;
}
#endif
if (recvPacket.Length > 3)
{
string packetHead = insimConnection.packetHead(recvPacket);
uint verifyID = insimConnection.verifyID(recvPacket);
// if (packetHead != "MCI")
// Console.WriteLine(packetHead);
switch (packetHead)
{
case "TINY"://confirm ack with ack
// Keep ALIVE
InSim.Decoder.TINY tiny = new InSim.Decoder.TINY(recvPacket);
// Keep alive connection
if (tiny.SubT == "TINY_NONE")
{
byte[] stiny = InSim.Encoder.TINY_NONE();
insimConnection.Send(stiny, stiny.Length);
}
break;
case "RST":
InSim.Decoder.RST rst = new InSim.Decoder.RST(recvPacket);
if (debugmode)
Console.WriteLine("Race STart : Lap " + rst.RaceLaps + " Qual :" + rst.QualMins);
/* Décalé sur REO à cause de posGrid */
// If in Race and new restart, Generate Stat ( For live lfsStat )
// On End of Race, générate Statistics
if (InRace == true)
{
InRace = false;
Console.WriteLine("End OF RACE by Race STart");
#if WINDOWS
Console.Title = consoleTitle;
#endif
switch (exportOnRaceSTart)
{
case "yes":
if (askForFileNameOnRST)
{
Console.Write("> Enter name of stats: ");
exportRaceStats(Console.ReadLine());
}
else
{
exportRaceStats(generateFileName());
}
break;
case "ask":
Console.Write("> Export Stats? [yes/no]: ");
string answer = Console.ReadLine();
if (answer.Equals("yes", StringComparison.OrdinalIgnoreCase)
|| answer.Equals("y", StringComparison.OrdinalIgnoreCase))
{
if (askForFileNameOnRST)
{
Console.Write("> Enter name of stats: ");
exportRaceStats(Console.ReadLine());
}
else
{
exportRaceStats(generateFileName());
}
}
break;
case "no":
break;
}
}
/**/
// On End of Race, générate Statistics
if (InQual == true)
{
InQual = false;
Console.WriteLine("End OF Qual by Race STart");
#if WINDOWS
Console.Title = consoleTitle;
#endif
switch (exportOnRaceSTart)
{
case "yes":
if (askForFileNameOnRST)
{
Console.Write("> Enter name of stats: ");
exportQualStats(Console.ReadLine());
}
else
{
exportQualStats(generateFileName());
}
break;
case "ask":
Console.Write("> Export Stats? [yes/no]: ");
string answer = Console.ReadLine();
if (answer.Equals("yes", StringComparison.OrdinalIgnoreCase)
|| answer.Equals("y", StringComparison.OrdinalIgnoreCase))
{
if (askForFileNameOnRST)
{
Console.Write("> Enter name of stats: ");
exportQualStats(Console.ReadLine());
}
else
{
exportQualStats(generateFileName());
}
}
break;
case "no":
break;
}
}
Console.WriteLine("Race STart");
#if WINDOWS
Console.Title = "Lap : 1";
#endif
if (rst.RaceLaps != 0)
{
InRace = true;
InQual = false;
}
if (rst.QualMins != 0)
{
InQual = true;
InRace = false;
}
raceStat.Clear();
UCIDToUN.Clear();
PLIDToUCID.Clear();
// Get All Connections
byte[] rstncn = InSim.Encoder.NCN();
insimConnection.Send(rstncn, rstncn.Length);
// Get All Players
byte[] rstnpl = InSim.Encoder.NPL();
insimConnection.Send(rstnpl, rstnpl.Length);
// Get Reo
byte[] nplreo = InSim.Encoder.REO();
insimConnection.Send(nplreo, nplreo.Length);
break;
case "REN":
if(debugmode)Console.WriteLine("Race ENd (return to entry screen)");
break;
case "NCN":
InSim.Decoder.NCN newConnection = new InSim.Decoder.NCN(recvPacket);
if (debugmode) Console.WriteLine(string.Format("New ConN Username:{0} Nickname:{1} ConnectionNumber:{2}",newConnection.userName,newConnection.nickName,newConnection.UCID));
// Console.WriteLine( newConnection.UCID.ToString() + " ConN Username <" + newConnection.userName + "> nickName <" + newConnection.nickName + ">" );
// On reconnect player, RAZ infos et restart
UCIDToUN[newConnection.UCID] = new UN(newConnection.userName, newConnection.nickName);
if (newConnection.UCID == 0)
currInfoRace.HName = newConnection.nickName;
break;
case "CNL":
if(debugmode)Console.WriteLine("ConN Leave (end connection is moved down into this slot)");
InSim.Decoder.CNL lostConnection = new InSim.Decoder.CNL(recvPacket);
if (debugmode) Console.WriteLine(string.Format("Username:{0} Nickname:{1} ConnectionNumber:{2}",
(UCIDToUN[lostConnection.UCID] as UN ).userName,
(UCIDToUN[lostConnection.UCID] as UN).nickName,
lostConnection.UCID)
);
break;
case "NPL":
int LastPosGrid;
if(debugmode)Console.WriteLine("New PLayer joining race (if number already exists, then leaving pits)");
InSim.Decoder.NPL newPlayer = new InSim.Decoder.NPL(recvPacket);
int removePLID = PLIDbyNickName(newPlayer.nickName);
// Console.WriteLine("Nick:" + newPlayer.nickName);
// Console.WriteLine("Old PLID:" + removePLID + " New : " + newPlayer.PLID);
LastPosGrid = 0;
if (InRace == true)
{
if (removePLID > 0)
{
if ((raceStat[removePLID] as raceStats).finished == false)
{
LastPosGrid = (raceStat[removePLID] as raceStats).gridPos;
raceStat.Remove(removePLID);
PLIDToUCID.Remove(removePLID);
}
else
{
if (newPlayer.PLID != removePLID)
{
raceStat[newPlayer.PLID] = raceStat[removePLID];
(raceStat[newPlayer.PLID] as raceStats).PLID = newPlayer.PLID;
raceStat.Remove(removePLID);
PLIDToUCID.Remove(removePLID);
}
}
}
}
if (InQual == true)
{
if (removePLID > 0)
{
if (newPlayer.PLID != removePLID)
{
raceStat[newPlayer.PLID] = raceStat[removePLID];
(raceStat[newPlayer.PLID] as raceStats).PLID = newPlayer.PLID;
raceStat.Remove(removePLID);
PLIDToUCID.Remove(removePLID);
}
}
}
PLIDToUCID[newPlayer.PLID] = newPlayer.UCID;
string nplUserName = UserNameByUCID( newPlayer.UCID);
if (!raceStat.ContainsKey(newPlayer.PLID))
{
raceStat[newPlayer.PLID] = new raceStats ( newPlayer.UCID , newPlayer.PLID );
if( LastPosGrid != 0 )
(raceStat[newPlayer.PLID] as raceStats).gridPos = LastPosGrid;
}
(raceStat[newPlayer.PLID] as raceStats).UCID = newPlayer.UCID;
(raceStat[newPlayer.PLID] as raceStats).userName = nplUserName;
(raceStat[newPlayer.PLID] as raceStats).nickName = newPlayer.nickName;
(raceStat[newPlayer.PLID] as raceStats).allUN[nplUserName] = new UN(nplUserName, newPlayer.nickName);
(raceStat[newPlayer.PLID] as raceStats).CName = newPlayer.CName;
(raceStat[newPlayer.PLID] as raceStats).Plate = newPlayer.Plate;
if( InQual )
(raceStat[newPlayer.PLID] as raceStats).finPLID = newPlayer.PLID;
string addInfo = "";
for (int i = 1; i < 13; i++)
{
if (((uint)(newPlayer.Flags) & (uint)(2 << i)) != 0)
addInfo += ((InSim.Decoder.NPL.PlayerFlags)(2 << i)).ToString() + " ";
}
(raceStat[newPlayer.PLID] as raceStats).sFlags = addInfo;
break;
case "PLP":
if(debugmode)Console.WriteLine("PLayer Pits (go to settings - stays in player list)");
InSim.Decoder.PLP plp = new InSim.Decoder.PLP(recvPacket);
break;
case "PLL":
if(debugmode)Console.WriteLine("PLayer Leave race (spectate - leaves player list, all are shunted down)");
InSim.Decoder.PLL pll = new InSim.Decoder.PLL(recvPacket);
break;
case "CPR":
InSim.Decoder.CPR cpr = new InSim.Decoder.CPR(recvPacket);
(UCIDToUN[cpr.UCID] as UN).nickName = cpr.newNickName;
if (UCIDToPLID(cpr.UCID) != -1)
(raceStat[UCIDToPLID(cpr.UCID)] as raceStats).nickName = cpr.newNickName;
if (debugmode) Console.WriteLine(string.Format("Conn Player {0} Rename from {1} to {2}, id:{3}", (UCIDToUN[cpr.UCID] as UN).userName, (UCIDToUN[cpr.UCID] as UN).nickName, cpr.newNickName, cpr.UCID));
break;
case "CLR":
if(debugmode)Console.WriteLine("CLear Race - all players removed from race in one go");
raceStat.Clear();
break;
case "PIT": // NEW PIT : (pit stop)
InSim.Decoder.PIT pitDec = new InSim.Decoder.PIT(recvPacket);
string pitNickName = (UCIDToUN[(int)PLIDToUCID[pitDec.PLID]] as UN).nickName;
string pitUserName = (UCIDToUN[(int)PLIDToUCID[pitDec.PLID]] as UN).userName;
(raceStat[pitDec.PLID] as raceStats).updatePIT(pitDec);
if (debugmode) Console.WriteLine("PIT OF " + (UCIDToUN[pitDec.PLID] as UN).nickName);
// Console.WriteLine("PIT OF >" + pitNickName + "< >" + pitUserName + "<");
break;
case "PSF": // NEW PSF : (pit stop finished)
InSim.Decoder.PSF pitFin = new InSim.Decoder.PSF(recvPacket);
(raceStat[pitFin.PLID] as raceStats).updatePSF(pitFin.PLID, pitFin.STime );
break;
case "LAP":
InSim.Decoder.LAP lapDec = new InSim.Decoder.LAP(recvPacket);
string lapNickName = (UCIDToUN[(int)PLIDToUCID[lapDec.PLID]] as UN).nickName;
string lapUserName = (UCIDToUN[(int)PLIDToUCID[lapDec.PLID]] as UN).userName;
if (debugmode) Console.WriteLine("LAP time " + lapUserName);
// In qual use RES instead of Lap
if (InQual == true)
{
break;
}
(raceStat[lapDec.PLID] as raceStats).UpdateLap((lapDec.LTime), (raceStat[lapDec.PLID] as raceStats).numStop, lapDec.LapsDone );
if (flagShowInfo)
Console.WriteLine("Lap" + lapDec.LapsDone + " " + (raceStat[lapDec.PLID] as raceStats).userName + " -> " + raceStats.LfstimeToString(lapDec.LTime));
if (lapDec.LapsDone > currInfoRace.currLap)
{
currInfoRace.currLap = lapDec.LapsDone;
#if WINDOWS
Console.Title = "Lap : " + (lapDec.LapsDone +1).ToString();
#endif
}
break;
// case "SP1":
// case "SP2":
// case "SP3":
case "SPX":
InSim.Decoder.SPX splitdec = new InSim.Decoder.SPX(recvPacket);
// Assign temporary nickname to Player ID
if (splitdec.STime == timeConv.HMSToLong(60, 0, 0))
break;
(raceStat[splitdec.PLID] as raceStats).UpdateSplit(splitdec.Split, splitdec.STime);
if( flagShowInfo )
Console.WriteLine("SP" + splitdec.Split + " " + (raceStat[splitdec.PLID] as raceStats).userName + " = " + raceStats.LfstimeToString(splitdec.STime ));
if (splitdec.Split == 1)
{
if( currInfoRace.maxSplit < 1 )
currInfoRace.maxSplit = 1;
}
if (splitdec.Split == 2)
{
if (currInfoRace.maxSplit < 2)
currInfoRace.maxSplit = 2;
}
if (splitdec.Split == 3)
{
if (currInfoRace.maxSplit < 3)
currInfoRace.maxSplit = 3;
}
break;
case "RES":
InSim.Decoder.RES result = new InSim.Decoder.RES(recvPacket);
if (debugmode) Console.WriteLine("RESult (qualify or finish)");
if (InRace == true)
{
if (flagShowInfo)
Console.WriteLine("RES " + result.ResultNum.ToString() + ":" + exportstats.lfsStripColor(result.nickName));
}
int lplid = result.PLID;
if (result.PLID == 0)
lplid = PLIDbyNickName(result.nickName);
// Retreive current PLID with the Finish PLID, in case of player spectate and rejoin race after finish
lplid = PLIDbyFinPLID(lplid);
if (lplid != -1 && InRace == true)
(raceStat[lplid] as raceStats).UpdateResult(result.TTime, result.ResultNum, result.CName, result.Confirm, result.NumStops);
if (lplid != -1 && InQual == true)
{
if (flagShowInfo)
Console.WriteLine("Lap " + (raceStat[lplid] as raceStats).userName + " -> " + raceStats.LfstimeToString(result.BTime));
(raceStat[lplid] as raceStats).UpdateQualResult(result.TTime,
result.BTime,
result.NumStops,
result.Confirm,
result.LapDone,
result.ResultNum,
result.NumRes
);
}
break;
case "FIN": // New Insim Packet
InSim.Decoder.FIN fin = new InSim.Decoder.FIN(recvPacket);
// if (debugmode)
Console.WriteLine("FINISH (qualify or finish)");
(raceStat[fin.PLID] as raceStats).finished = true;
(raceStat[fin.PLID] as raceStats).finPLID = fin.PLID;
break;
case "REO":
InSim.Decoder.REO pacreo = new InSim.Decoder.REO(recvPacket);
if (debugmode)
Console.WriteLine("REOrder (when race restarts after qualifying)");
if (pacreo.ReqI != 0) // Ignore and get Only if requested
{
for (int i = 0; i < pacreo.NumP; i++)
{
int PLID = (int)pacreo.PLID[i];
if (!raceStat.ContainsKey(PLID))
{
raceStat[PLID] = new raceStats(0, PLID);
}
(raceStat[PLID] as raceStats).gridPos = i + 1;
}
}
break;
case "STA":
// Console.WriteLine("STATE");
if (debugmode) Console.WriteLine("STAte");
InSim.Decoder.STA state = new InSim.Decoder.STA(recvPacket);
if (flagFirst == true && (state.Flags & 512) == 512)
{
flagFirst = false;
// Get All Connections
byte[] ncn = InSim.Encoder.NCN();
insimConnection.Send(ncn, ncn.Length);
// Get All Players
byte[] npl = InSim.Encoder.NPL();
insimConnection.Send(npl, npl.Length);
}
currInfoRace.currentTrackName = state.ShortTrackName;
currInfoRace.weather = state.Weather;
currInfoRace.wind = state.Wind;
currInfoRace.raceLaps = state.RaceLaps;
currInfoRace.qualMins = state.QualMins;
if (currInfoRace.raceLaps == 0)
currInfoRace.sraceLaps = "Practice";
else if (currInfoRace.raceLaps < 100)
currInfoRace.sraceLaps = currInfoRace.raceLaps.ToString();
else if (currInfoRace.raceLaps < 191)
currInfoRace.sraceLaps = ((currInfoRace.raceLaps - 100) * 10 + 100).ToString();
else if (currInfoRace.raceLaps < 239)
currInfoRace.sraceLaps = (currInfoRace.raceLaps - 190).ToString();
if (debugmode) Console.WriteLine("Current track:" + currInfoRace.currentTrackName);
// On End of Race, générate Statistics
if (state.RaceInProg == 0 && InRace == true)
{
InRace = false;
Console.WriteLine("End OF RACE by STAte");
#if WINDOWS
Console.Title = consoleTitle;
#endif
switch (exportOnSTAte)
{
case "yes":
if (askForFileNameOnSTA)
{
Console.Write("> Enter name of stats: ");
exportRaceStats(Console.ReadLine());
}
else
{
exportRaceStats(generateFileName());
}
break;
case "ask":
Console.Write("> Export Stats? [yes/no]: ");
string answer = Console.ReadLine();
if (answer.Equals("yes", StringComparison.OrdinalIgnoreCase)
|| answer.Equals("y", StringComparison.OrdinalIgnoreCase))
{
if (askForFileNameOnSTA)
{
Console.Write("> Enter name of stats: ");
exportRaceStats(Console.ReadLine());
}
else
{
exportRaceStats(generateFileName());
}
}
break;
case "no":
break;
}
}
// On End of Race, générate Statistics
if (state.RaceInProg == 0 && InQual == true)
{
InQual = false;
Console.WriteLine("End of Qual by STAte");
#if WINDOWS
Console.Title = consoleTitle;
#endif
switch (exportOnSTAte)
{
case "yes":
if (askForFileNameOnSTA)
{
Console.Write("> Enter name of stats: ");
exportQualStats(Console.ReadLine());
}
else
{
exportQualStats(generateFileName());
}
break;
case "ask":
Console.Write("> Export Stats? [yes/no]: ");
string answer = Console.ReadLine();
if (answer.Equals("yes", StringComparison.OrdinalIgnoreCase)
|| answer.Equals("y", StringComparison.OrdinalIgnoreCase))
{
if (askForFileNameOnSTA)
{
Console.Write("> Enter name of stats: ");
exportQualStats(Console.ReadLine());
}
else
{
exportQualStats(generateFileName());
}
}
break;
case "no":
break;
}
}
break;
/*
case "MSS":
InSim.Decoder.MSS mss = new InSim.Decoder.MSS(recvPacket);
if (debugmode) Console.WriteLine("Message received Username:{0} Player name:{1} Message:{2}",mss.UserName,mss.PlayerName,mss.Message);
string nicknamewithoutcolors = mss.PlayerName;
ackReq = false;
break;
*/
case "MSO":
InSim.Decoder.MSO msg = new InSim.Decoder.MSO(recvPacket);
if (debugmode) Console.WriteLine("Message received:" + msg.message);
if (msg.message.StartsWith("!ver"))
Ver(msg.PLID);
if (msg.UserType == 1)
{
string schat = exportstats.lfsColorToHtml(NickNameByUCID(msg.UCID)) + ":" + exportstats.lfsChatTextToHtml(msg.message);
currInfoRace.chat.Add(schat);
}
break;
case "ISM":
InSim.Decoder.ISM multi = new InSim.Decoder.ISM(recvPacket);
if (debugmode) Console.WriteLine("Insim Multi:" + multi.HName);
// Get All Connections
byte[] ismncn = InSim.Encoder.NCN();
insimConnection.Send(ismncn, ismncn.Length);
// Get All Players
byte[] ismnpl = InSim.Encoder.NPL();
insimConnection.Send(ismnpl, ismnpl.Length);
break;
case "MCI":
InSim.Decoder.MCI mci = new InSim.Decoder.MCI(recvPacket );
for (int i = 0; i < System.Math.Min(8, mci.numOfPlayers); i++)
{
if (raceStat.ContainsKey(mci.compCar[i].PLID))
{
(raceStat[mci.compCar[i].PLID] as raceStats).updateMCI(mci.compCar[i].speed);
}
}
break;
case "FLG": // NEW FLG : (yellow or blue flags)
InSim.Decoder.FLG flg = new InSim.Decoder.FLG(recvPacket);
if (flg.OffOn == 1 && flg.Flag == 1 && (raceStat[flg.PLID] as raceStats).inBlue == false)
{ // Blue flag On
(raceStat[flg.PLID] as raceStats).blueFlags++;
(raceStat[flg.PLID] as raceStats).inBlue = true;
}
if (flg.OffOn == 1 && flg.Flag == 2 && (raceStat[flg.PLID] as raceStats).inYellow == false)
{ // Yellow flag On
(raceStat[flg.PLID] as raceStats).yellowFlags++;
(raceStat[flg.PLID] as raceStats).inYellow = true;
}
if (flg.OffOn == 0 && flg.Flag == 1)
{ // Blue flag Off
(raceStat[flg.PLID] as raceStats).inBlue = false;
}
if (flg.OffOn == 0 && flg.Flag == 2)
{ // Yellow flag Off
(raceStat[flg.PLID] as raceStats).inYellow = false;
}
break;
case "PEN": // NEW PEN : (penalty)
InSim.Decoder.PEN pen = new InSim.Decoder.PEN(recvPacket);
(raceStat[pen.PLID] as raceStats).UpdatePen(pen.OldPen,pen.NewPen,pen.Reason);
break;
case "NLP":
break;
case "VTC":
break;
case "VTN": // Insim Vote
break;
case "VTA": // Insim Vote Action
break;
case "III": // NEW III : InSimInfo
break;
case "PLA": // NEW PLA : (Pit LAne)
break;
case "TOC": // NEW TOC : (take over car)
#region TOC
InSim.Decoder.TOC toc = new InSim.Decoder.TOC(recvPacket);
if ( !raceStat.ContainsKey(toc.PLID) )
{
break;
}
currInfoRace.isToc = true;
int OldPLID = UCIDToPLID(toc.NewUCID);
PLIDToUCID.Remove(OldPLID);
raceStat.Remove(OldPLID);
string oldUserName = (raceStat[toc.PLID] as raceStats).userName;
string oldNickName = (raceStat[toc.PLID] as raceStats).nickName;
(raceStat[toc.PLID] as raceStats).nickName = (UCIDToUN[toc.NewUCID] as UN).nickName;
(raceStat[toc.PLID] as raceStats).userName = (UCIDToUN[toc.NewUCID] as UN).userName;
(raceStat[toc.PLID] as raceStats).allUN[(UCIDToUN[toc.NewUCID] as UN).userName] = new UN( (UCIDToUN[toc.NewUCID] as UN).userName, (UCIDToUN[toc.NewUCID] as UN).nickName );
string newUserName = (raceStat[toc.PLID] as raceStats).userName;
string newNickName = (raceStat[toc.PLID] as raceStats).nickName;
(raceStat[toc.PLID] as raceStats).updateTOC(oldNickName, oldUserName, newNickName, newUserName);
Console.WriteLine("<<<--------------------- TOC: " + oldUserName + "-->" + newUserName + "--------------------->>>");
PLIDToUCID[toc.PLID] = toc.NewUCID;
#endregion
break;
/*
case "TOC": // NEW TOC : (take over car)
if (debugmode) Console.WriteLine("Take over CVar");
break;
*/
case "PFL": // NEW PFL : (player help flags)
break;
case "CCH": // NEW CCH : (camera changed)
break;
case "AXI": // send an IS_AXI
break; // autocross cleared
case "AXC":
break;
default:
if (debugmode) Console.WriteLine("Unknown packet received:" + packetHead);
// Console.WriteLine("Unknown packet received:" + packetHead);
break;
}
// Not Used in insim 4
/*
if (ackReq)
{
byte[] ackPack = InSim.Encoder.ACK(verifyID);
insimConnection.Send(ackPack, ackPack.Length);
}
*/
}
}
}