/// <summary>
/// Adds the vote to the VoteMachine.
/// </summary>
/// <param name="stage_id">What stage did he or she vote?</param>
/// <param name="who">Who sent the vote?</param>
public void AcceptVote(TcpClientSocket who, byte stage_id)
{
if (playstate != 2)
{
return;
}
VoteMachine.Votes.Add(stage_id);
if (VoteMachine.Votes.Count == this.players.Count)
{
VoteMachine.Clock.Enabled = true;
}
//Tell the players that this person voted and what they chose.
foreach (TcpClientSocket Player in players)
{
var Write = Player.WriteBuffer;
Write.Clear();
Write.WriteUByte(Player.HeaderId);
Write.WriteUByte(Code.Vote);
Write.WriteUByte(who.Slot);
Write.WriteUByte(stage_id);
Write.SendTcp(Player.DataStream);
}
}
public static void TcpDisconnect(TcpClientSocket myClient)
{
// Notify the client that the server has disconnected it from the server.
myClient.WriteBuffer.Clear();
myClient.WriteBuffer.WriteUByte(Code.ConnectionEnd);
myClient.WriteBuffer.WriteString(MainServer.KickMessage);
myClient.WriteBuffer.SendTcp(myClient.DataStream);
}
public void Link(TcpClientSocket obj)
{
Client = obj;
Name = obj.Name;
Tag = obj.Tag;
ID = obj.ID;
obj.ListSlot = this;
}
public uint Join(TcpClientSocket NewGuy)
{
//Already in a room!
if (NewGuy.CurrentRoom != null)
{
return(4000000002);
}
//Room is full!
if ((players.Count + 1) > maxplayers)
{
return(4000000000);
}
//Room is Voting or in Battle! (let's not do spectator yet)
if ((tag != 0 && playstate != 1) || (tag == 0 && playstate > 2))
{
return(4000000001);
}
//Success! Tell all current players that a new one's coming in.
foreach (TcpClientSocket Player in players)
{
var Write = Player.WriteBuffer;
Write.Clear();
Write.WriteUByte(Player.HeaderId);
Write.WriteUByte(Code.UpdatePlayers);
Write.WriteBool(true);
//A player has joined. Here's his or her name, icon, XP.
Write.WriteString(NewGuy.Name);
Write.WriteUByte(NewGuy.Tag);
Write.WriteUByte(NewGuy.Icon);
Write.WriteUInt(NewGuy.XP);
Write.WriteUByte(NewGuy.Character);
Write.WriteUByte(NewGuy.Team);
Write.WriteDouble(NewGuy.ID);
Write.SendTcp(Player.DataStream);
}
players.Add(NewGuy);
NewGuy.CurrentRoom = this;
NewGuy.Record = new Record(); //Recording for battles.
NewGuy.Slot = (byte)(this.players.IndexOf(NewGuy) + 1);
CmdSystem.AddLog(NewGuy.Name + " has joined room " + this.name + " (ID:" + this.id + ")");
return(this.id);
}
/// <summary>
/// Creates a new Room, with all default values. This is normally called by the server.
/// </summary>
public Room()
{
MainServer.RoomList.Add(this);
this.id = ++MainServer.RoomNumb;
this.host = null;
this.name = "Server Room " + this.id;
this.host_name = "System";
this.mode = 1;
this.teams = false;
this.minutes = 3;
this.maxplayers = 8;
this.maxteams = 2;
this.tag = 0;
CmdSystem.AddLog(this.name + " created.");
players = new List <TcpClientSocket>();
MainServer.Event.RoomCreated(this);
}
/// <summary>
/// Changes the character of this player and notifies everyone.
/// </summary>
public void ChangeCharacter(TcpClientSocket who, byte toWhat)
{
if (playstate > 2)
{
return;
}
who.Character = toWhat;
var Write = who.WriteBuffer;
Write.WriteUByte(Code.ChangeCharacter);
Write.WriteUByte(who.Slot);
Write.WriteUByte(who.Character);
foreach (TcpClientSocket Player in players)
{
Write.SendTcp(Player.DataStream);
}
}
/// <summary>
/// Changes the team of this player and notifies everyone.
/// </summary>
public void ChangeTeam(TcpClientSocket who, byte toWhat)
{
if (playstate != 1 || !this.teams)
{
return;
}
who.Team = toWhat;
var Write = who.WriteBuffer;
Write.WriteUByte(Code.ChangeTeam);
Write.WriteUByte(who.Slot);
Write.WriteUByte(who.Team);
foreach (TcpClientSocket Player in players)
{
Write.SendTcp(Player.DataStream);
}
}
/// <summary>
/// Creates a new Room, which acts as a Server, or a Room, or a Party, for players to join.
/// Automatically places the host in there too, because... empty rooms? Nahh.
/// </summary>
/// <param name="host">Hosting Player</param>
/// <param name="name">Name of the Room, will be seen by other players</param>
/// <param name="mode">The starting mode, which can be changed later</param>
/// <param name="isTeam">Are teams involved?</param>
/// <param name="BattleLength">Length of the battles, in minutes</param>
/// <param name="MaxPlayers">Maximum number of players</param>
/// <param name="NumbTeams">Number of allowed teams</param>
public Room(TcpClientSocket host, String name, byte mode, bool isTeam, byte NumbTeams, byte BattleLength, byte MaxPlayers)
{
MainServer.RoomList.Add(this);
this.id = ++MainServer.RoomNumb;
this.host = host;
this.host_name = host.Name;
this.name = name;
this.mode = mode;
this.teams = isTeam;
this.minutes = BattleLength;
this.maxplayers = MaxPlayers;
this.maxteams = NumbTeams;
this.tag = 1;
players = new List <TcpClientSocket>();
players.Add(host);
host.CurrentRoom = this;
host.Record = new Record(); //Recording for battles.
host.Slot = 1;
CmdSystem.AddLog(host.Name + " has created room " + this.name + " (ID:" + id + ")");
MainServer.Event.RoomCreated(this);
}
public void SendMyInfo(TcpClientSocket ToWho)
{
var Write = ToWho.WriteBuffer;
Write.Clear();
Write.WriteUByte(ToWho.HeaderId);
Write.WriteUByte(Code.RequestRoomInformation);
Write.WriteUInt(id);
Write.WriteString(name);
Write.WriteString(host_name);
Write.WriteSByte(tag);
Write.WriteUByte((byte)players.Count);
Write.WriteUByte(maxplayers);
Write.WriteUByte(mode);
Write.WriteBool(teams);
Write.WriteUByte(playstate);
Write.WriteUByte(maxteams);
Write.WriteUByte(minutes);
Write.SendTcp(ToWho.DataStream);
}
/// <summary>
/// Sends every player's information, including Name, Icon, XP, ID, Char and Team.
/// </summary>
/// <param name="ToWhom">To who shall we send it to?</param>
public void SendPlayerList(TcpClientSocket ToWhom)
{
var Write = ToWhom.WriteBuffer;
Write.Clear();
Write.WriteUByte(ToWhom.HeaderId);
Write.WriteUByte(Code.RequestPlayerList);
foreach (TcpClientSocket Player in players)
{
Write.WriteBool(true);
//A player has left. Here's his place, but you might have to request the list again.
Write.WriteUByte(Player.Tag);
Write.WriteUByte(Player.Icon);
Write.WriteUInt(Player.XP);
Write.WriteUByte(Player.Character);
Write.WriteUByte(Player.Team);
Write.WriteDouble(Player.ID);
Write.WriteString(Player.Name);
}
Write.WriteBool(false);
Write.SendTcp(ToWhom.DataStream);
}
/// <summary>
/// After battle, each player submits their stats. This method lets everyone else know.
/// </summary>
public void DistributeStats(TcpClientSocket who)
{
if (playstate != 5)
{
return;
}
var Write = who.WriteBuffer;
Write.WriteUShort(who.Record.HitsGiven);
Write.WriteUShort(who.Record.Kills);
Write.WriteUShort(who.Record.Items);
Write.WriteUShort(who.Record.HitsTaken);
Write.WriteUShort(who.Record.Deaths);
Write.WriteUShort(who.Record.CoinsGained);
Write.WriteUShort(who.Record.CoinsLost);
foreach (TcpClientSocket Player in players)
{
Write.SendTcp(Player.DataStream);
}
}
/// <summary>
/// Accepts incoming client connections.
/// </summary>
public async void TcpAccept()
{
// While the server is online accept incoming client connections.
while (Status == true)
{
// Attempt to process the code, if not successful, throw an exception and close the server.
Thread.Sleep(10);
try {
// If a pending client connection is found, accept the client connection.
if (ServerHandle.Pending() == true)
{
// If the client connection is accepted, setup the new clent.
TcpClientSocket NewClient = new TcpClientSocket(BufferReadSize, BufferWriteSize, BufferAlignment, PacketHeader);
NewClient.ClientHandle = await ServerHandle.AcceptTcpClientAsync();
CmdSystem.AddLog("New connection. Verifying...");
NewClient.ClientHandle.LingerState = new LingerOption(true, 0);
NewClient.ClientHandle.NoDelay = true;
NewClient.DataStream = NewClient.ClientHandle.GetStream();
// Add the client to the server's client socket list.
ClientList.Add(NewClient.SocketId, NewClient);
// Start running the client and processing data for it, be it sending or receiving data.
ThreadPool.QueueUserWorkItem(myThread => ClientHandle(NewClient));
}
} catch (Exception e) {
CmdSystem.AddLog("===== ERROR =====");
CmdSystem.AddLog(e.Message);
CmdSystem.AddLog("=================");
}
}
TcpListenerClose();
}
/// <summary>
/// Starts handling the new client. If the client connects after MaxClients is exceeded, the client is disconnected.
/// </summary>
/// <param name="myClient">The client socket class that is being handled.</param>
public async void ClientHandle(TcpClientSocket myClient)
{
if (ClientList.Count < MaxClients)
{
// Attempt to process the code, if not successful, throw an exception and disconnect the client.
try {
// While the client is connected, process any data and respond accordingly.
while (myClient.Connected == true)
{
// Only process data if data is available(sent from the client to the server).
if (myClient.CurrentRoom != null)
{
Thread.Sleep(1);
}
else
{
Thread.Sleep(20);
}
// If a client-issued(not server-issued) disconnection has been detected close the client connection.
// Usually this is an unexpected disconnection, a proper disconnection should have a client send a message/packet requesting disconnection.
if (myClient.ClientHandle.Connected == false)
{
myClient.WriteBuffer.SetPeek(0);
myClient.WriteBuffer.WriteUByte(PacketHeader);
myClient.WriteBuffer.SendTcp(myClient.DataStream);
myClient.Connected = myClient.ClientHandle.Connected;
}
if (myClient.DataStream.DataAvailable == true)
{
myClient.DCTimer.Enabled = false;
myClient.DCTimer.Interval = 30000;
// Clear the read and write buffers to respond to the newly received packet.
myClient.ReadBuffer.Reset();
myClient.WriteBuffer.Reset();
// Copy the received data from the client's network stream to the client's read buffer.
int PacketSize = myClient.ClientHandle.Available;
await myClient.DataStream.ReadAsync(myClient.ReadBuffer.Buffer, 0, PacketSize);
// Start reading the received data and respond accordingly.
TcpPackets.TcpPacketRead(myClient, this);
}
else
{
//So we didn't get any data. Set the timer for 30 seconds to force-remove the player unless they respond again.
myClient.DCTimer.Enabled = true;
}
}
}
catch (Exception e)
{
myClient.Connected = false;
//if (myClient.UserImposedDisconnection == false)
{
CmdSystem.AddLog(myClient.Name + " has been disconnected.");
Console.WriteLine("===");
Console.WriteLine(e.Message);
Console.WriteLine(e.StackTrace);
Console.WriteLine("===");
}
}
}
// If the client disconnects, run a method that happens upon client disconnection.
/*
* NOTE: If a client disconnections by itself you can NOT use this to send messages back to the client.
* Even though you can't send a message back to the client, you can still do something else. Such as
* displaying a console output or sending a message to other clients that this client disconnected.
*/
// You CAN send messages back to the client if the client is being disconnected by the server instead!
// This is because the client is still connected to the server while the ClientDisconnect() method is run.
// However, the client is disconnected AFTER the ClientDisconnect() method.
if (myClient.CurrentRoom != null)
{
myClient.CurrentRoom.Remove(myClient);
}
TcpPackets.TcpDisconnect(myClient);
// Remove the client from the client list when it disconnects.
ClientList.Remove(myClient.SocketId);
myClient.TcpClientClose();
if (myClient.ListSlot != null)
{
myClient.ListSlot.GoOffline();
}
}
public void PlayerJoinedRoom(TcpClientSocket Player, Room Room)
{
}
public void PlayerLeftRoom(TcpClientSocket Player, Room Room)
{
}
/// <summary>
/// Takes the player out of the room.
/// </summary>
/// <param name="Quitter">The Player to remove.</param>
public byte Remove(TcpClientSocket Quitter)
{
if (Quitter.CurrentRoom == null)
{
return(0);
}
var place = players.IndexOf(Quitter) + 1;
players.Remove(Quitter);
try
{
foreach (TcpClientSocket Player in players)
{
var Write = Player.WriteBuffer;
Write.Clear();
Write.WriteUByte(Player.HeaderId);
Write.WriteUByte(Code.UpdatePlayers);
Write.WriteBool(false);
//A player has left. Here's his place, but you might have to request the list again.
Write.WriteUByte((byte)place);
Write.SendTcp(Player.DataStream);
if (playstate < 3)
{
Player.Slot = (byte)(this.players.IndexOf(Player) + 1);
}
}
}
catch { }
Quitter.CurrentRoom = null;
Quitter.Record = null;
Quitter.Slot = 0;
CmdSystem.AddLog(Quitter.Name + " has left room " + this.name + " (ID:" + this.id + ")");
if (players.Count == 0)
{
if (tag == 0)
{
playstate = 1;
}
else
{
Dispose();
}
}
else if (players.Count == 1 && playstate > 1)
{
EnterLobby();
}
else if (playstate > 1)
{
PlayerCompleted();
PlayerFinished();
PlayerReady();
if (playstate == 2 && VoteMachine.Votes.Count >= this.players.Count)
{
VoteMachine.Clock.Enabled = true;
}
}
return(1);
}
/// <summary>
/// Read and process packets received from the client.
/// </summary>
/// <param name="myClient">Client socket class that is being handled.</param>
// <param name="myClientList">List of clients from the server.</param>
/// <param name="myServer">Server's handle(listener) socket class.</param>
// <param name="myServerSocketId">Socket ID of the server.</param>
public static void TcpPacketRead(TcpClientSocket myClient, TcpListenerSocket myServer)
{
byte myCheck = myClient.ReadBuffer.StartRead(0);
var WriteBuff = myClient.WriteBuffer;
var ReadBuff = myClient.ReadBuffer;
var File = MainServer.SettingsFile;
var ID = myClient.PlayerID.ToString();
// Check for packets by searching for packet headers.
while (myCheck == myClient.HeaderId)
{
byte myPacketId = ReadBuff.Readu8();
switch (myPacketId)
{
/* To READ from the buffer...
* float myFloat = myClient.ReadBuffer.Readf32();
* int myInteger = myClient.ReadBuffer.Readu32();
* string myString = myClient.ReadBuffer.ReadStr();
*
* To WRITE to the buffer and send...
* myClient.WriteBuffer.SetPeek( 0 );
* myClient.WriteBuffer.Writeu8( TcpNetwork.TcpPacketHeader );
* myClient.WriteBuffer.Writeu8( 254 );
* myClient.WriteBuffer.SendTcp( myClient.DataStream );*/
//They sent this to see if the connection works. Echo their packet back.
case (Code.ConnectionBegin):
{
//Assigns the given PlayerID to this specific client. Also the name should've given their name.
myClient.PlayerID = ReadBuff.Readf64();
myClient.PlayerName = ReadBuff.ReadStr();
//Tells them that they connected.
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(myClient.HeaderId);
WriteBuff.Writeu8(Code.ConnectionBegin);
WriteBuff.WriteStr(MainServer.WelcomeMessage);
CmdSystem.AddLog("BBLegacy Client Connected (" + myClient.PlayerName + " [" + myClient.PlayerID.ToString() + "])");
WriteBuff.SendTcp(myClient.DataStream);
//Update their online status.
File.SetValue(myClient.PlayerID.ToString(), "MenuStatus", Code.Status_AOnline);
File.SetValue(myClient.PlayerID.ToString(), "Name", myClient.PlayerName);
break;
}
case (Code.ConnectionEnd):
{
myClient.TcpClientClose();
CmdSystem.AddLog("Client " + myClient.SocketId.ToString() + " Requested Disconnection -- Granted.");
break;
}
case (Code.SessionCreate):
{
//You're actually creating a session :D
//It's just like joining one, but you make it, then join.
byte RoomId = 0, Failed = 0;
var RoomName = ReadBuff.ReadStr();
var RoomHostName = myClient.PlayerName;
//Can't make one while inside one.
if (myClient.isInSession)
{
Failed = 1;
}
else
{
for (byte i = 0; i < 255; i++)
{
if (!MainServer.SessionNumberList.Contains(i))
{
//Found a free room.
RoomId = i;
MainServer.SessionNumberList.Add(i);
break;
}
if (i == 255)
{
Failed = 2; //WHAT. there's more than 250 rooms?
}
}
}
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(myClient.HeaderId);
WriteBuff.Writeu8(Code.SessionCreate);
WriteBuff.Writeu8(Failed);
WriteBuff.SendTcp(myClient.DataStream);
break;
}
case (Code.SessionJoin):
{
//Request to Join a Room. Which room? This room!
var id = ReadBuff.Readu8();
Session RoomId = MainServer.SessionList.Find(e => e.GetID() == id);
//Cannot join a room while in another.
if (myClient.isInSession)
{
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(myClient.HeaderId);
WriteBuff.Writeu8(Code.SessionJoin);
WriteBuff.Writeu8(0);
WriteBuff.SendTcp(myClient.DataStream);
break;
}
//Success, put them in the room...
myClient.isInSession = true;
myClient.CurrentSession = RoomId;
//...and then tell the player.
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(myClient.HeaderId);
WriteBuff.Writeu8(Code.SessionJoin);
WriteBuff.Writeu8(1);
WriteBuff.SendTcp(myClient.DataStream);
break;
}
case (Code.SessionLeave):
{
//Request to leave the room. Which room (To tell the players in that room he left)?
var RoomId = ReadBuff.Readu8();
//Cannot leave a room when you're not in one.
if (!myClient.isInSession)
{
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(myClient.HeaderId);
WriteBuff.Writeu8(Code.SessionLeave);
WriteBuff.Writeu8(0);
WriteBuff.SendTcp(myClient.DataStream);
break;
}
//Success, take them out the room...
myClient.isInSession = false;
myClient.CurrentSession = null;
//...and then tell the player.
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(myClient.HeaderId);
WriteBuff.Writeu8(Code.SessionJoin);
WriteBuff.Writeu8(1);
WriteBuff.SendTcp(myClient.DataStream);
//As well as the other players in that room.
Session EveryoneElse = MainServer.SessionList.Find(e => e.GetID() == RoomId);
//Loop through all connected clients to see which is in the room.
{
foreach (KeyValuePair <long, TcpClientSocket> ClientSocket in TcpListenerSocket.ClientList)
{
if (ClientSocket.Value.CurrentSession == EveryoneElse)
{
WriteBuff.SetPeek(0);
WriteBuff.Writeu8(ClientSocket.Value.HeaderId);
WriteBuff.Writeu8(Code.PlayerLeave);
WriteBuff.Writeu8(1);
WriteBuff.SendTcp(ClientSocket.Value.DataStream);
}
}
}
//Then tell each of them that the player left.
break;
}
default: break;
}
// Back-up the read/peek position of the buffer and check for a secondary/merged packet.
int myHeaderId = myClient.ReadBuffer.EndRead(false);
myCheck = ( byte )((myHeaderId != -1) ? myHeaderId : ~myHeaderId);
}
}
public void PlayerCreatedRoom(TcpClientSocket Player, Room Room)
{
}
public void PlayerChangedChar(TcpClientSocket Player, byte Char)
{
}
public void PlayerDeath(TcpClientSocket Player, float Time)
{
}
public void PlayerScored(TcpClientSocket Player, short Score)
{
}
public void PlayerUsedItem(TcpClientSocket Player, byte Item)
{
}
public void PlayerChangedTeam(TcpClientSocket Player, byte Team)
{
}
/// <summary>
/// Send packets to a client or process data for a client independantly of reading/receiving data.
/// </summary>
/// <param name="myClient">Client socket class that is being handled.</param>
/// <param name="myServer">Server's handle(listener) socket class.</param>
public static void TcpPacketSend(TcpClientSocket myClient, TcpListenerSocket myServer)
{
// Send messages to a client without receiving data.
}
/// <summary>
/// Read and process packets received from the client.
/// </summary>
/// <param name="Player">Client socket class that is being handled.</param>
/// <param name="myServer">Server's handle(listener) socket class.</param>
public static void TcpPacketRead(TcpClientSocket Player, TcpListenerSocket myServer)
{
byte myCheck = Player.ReadBuffer.StartRead(0);
var buff = Player.DataStream;
//Not all functions require a writeback, but it helps to have this ready.
var Write = Player.WriteBuffer;
var Read = Player.ReadBuffer;
var File = MainServer.SettingsFile;
var PLID = Player.ID.ToString();
// Check for packets by searching for packet headers.
while (myCheck == Player.HeaderId)
{
Write.Clear();
Write.WriteUByte(Player.HeaderId);
byte myPacketId = Read.ReadUByte();
switch (myPacketId)
{
/* To READ from the buffer...
* float myFloat = Player.ReadBuffer.Readf32();
* int myInteger = Player.ReadBuffer.Readu32();
* string myString = Player.ReadBuffer.ReadStr();
*
* To WRITE to the buffer and send...
* Player.WriteBuffer.SetPeek( 0 );
* Player.WriteBuffer.Writeu8( TcpNetwork.TcpPacketHeader );
* Player.WriteBuffer.Writeu8( 254 );
* Player.WriteBuffer.SendTcp( Player.DataStream );*/
//They sent this to see if the connection works. Echo their packet back.
case Code.ConnectionBegin:
{
//Assigns the given PlayerID to this specific client. Also the name should've given their name.
Player.ID = Read.ReadDouble();
Player.Name = Read.ReadString();
Player.Icon = Read.ReadUByte();
Player.XP = Read.ReadUInt();
//Tells them that they connected.
Write.WriteUByte(Code.ConnectionBegin);
Write.WriteString(MainServer.WelcomeMessage);
Write.WriteBool(MainServer.CanCreateRooms);
CmdSystem.AddLog(Player.Name + " has connected (ID:" + Player.ID.ToString() + ")");
Write.SendTcp(Player.DataStream);
//If they're admins...
if (AdminList.isAdmin(Player.ID))
{
Player.Tag = 2;
}
//If they're not on the list, put them on the list.
//This also means that they're new players, 1st time joiners!
var b = false;
foreach (PlayerListItem i in MainServer.PlayerList)
{
if (i.ID == Player.ID)
{
b = true;
Player.Tag = i.Tag;
i.Link(Player);
}
}
if (!b)
{
Player.ListSlot = new PlayerListItem();
}
Player.ListSlot.Link(Player);
Player.ListSlot.GoOnline();
MainServer.Event.PlayerConnected(Player);
break;
}
case Code.ConnectionEnd:
{
Player.UserImposedDisconnection = true;
Player.Connected = false;
CmdSystem.AddLog(Player.Name + " has left");
if (Player.ListSlot != null)
{
Player.ListSlot.GoOffline();
}
MainServer.Event.PlayerDisconnected(Player);
break;
}
// == ADD MENU STATUS ==
//They want to join this room. Returns ID upon success, or a negative number upon failure.
case Code.SessionJoin:
{
var id = Read.ReadUInt();
uint success = 4000000004;
byte pnum = 0;
String nm = " ";
foreach (Room i in MainServer.RoomList)
{
if (i.id == id)
{
success = i.Join(Player);
pnum = (byte)i.players.Count;
nm = i.name;
break;
}
}
Write.Clear();
Write.WriteUByte(Player.HeaderId);
Write.WriteUByte(Code.SessionJoin);
Write.WriteUInt(success);
Write.WriteUByte(pnum);
byte plst = 1;
if (Player.CurrentRoom != null)
{
plst = Player.CurrentRoom.playstate;
}
Write.WriteUByte(plst);
Write.WriteString(nm);
Write.SendTcp(buff);
if (success < 4000000000)
{
Player.ListSlot.GoPlayingOnline();
}
//Now that they know they joined, we can now auto-start the room if needed.
foreach (Room i in MainServer.RoomList)
{
if (i.id == id)
{
if (i.tag == 0 && i.playstate <= 2)
{
if (i.players.Count > 1 && i.playstate == 1)
{
i.EnterVoteRoom();
}
i.Teamify();
}
}
}
MainServer.Event.PlayerJoinedRoom(Player, Player.CurrentRoom);
break;
}
case Code.SessionLeave:
{
byte success = 1;
Room rm = Player.CurrentRoom;
if (Player.CurrentRoom == null)
{
success = 0;
}
else
{
success = Player.CurrentRoom.Remove(Player);
}
Write.WriteUByte(Code.SessionLeave);
Write.WriteUByte(success);
Write.SendTcp(Player.DataStream);
if (success > 0)
{
Player.ListSlot.GoOnline();
MainServer.Event.PlayerLeftRoom(Player, rm);
}
break;
}
//Creates a session, returning room ID if the operation was successful.
case Code.SessionCreate:
{
//Host, Name, Mode, Team, Team Number, Minutes, Max Players
var rs1 = Read.ReadString();
var ub2 = Read.ReadUByte();
var bo3 = Read.ReadBool();
var ub4 = Read.ReadUByte();
var ub5 = Read.ReadUByte();
var ub6 = Read.ReadUByte();
var bo7 = Read.ReadBool();
var ub8 = Read.ReadUByte();
var ub9 = Read.ReadUByte();
var ub10 = Read.ReadUByte();
var ub11 = Read.ReadUByte();
var ub12 = Read.ReadUByte();
Write.WriteUByte(Code.SessionCreate);
if (MainServer.CanCreateRooms && Player.CurrentRoom == null)
{
Room rm = new Room(Player, rs1, ub2, bo3, ub4, ub5, ub6);
Write.WriteBool(true);
Write.WriteUInt(rm.id);
Write.WriteString(rm.name);
rm.is_custom_items = bo7;
rm.citm_1 = ub8;
rm.citm_2 = ub9;
rm.citm_3 = ub10;
rm.citm_4 = ub11;
rm.citm_5 = ub12;
//So for special admins, we should highlight their room by making it a special tagged room.
if (AdminList.isAdmin(Player.ID))
{
rm.tag = 2;
}
Player.ListSlot.GoPlayingOnline();
}
else
{
Write.WriteBool(false);
}
Write.SendTcp(buff);
MainServer.Event.PlayerCreatedRoom(Player, Player.CurrentRoom);
break;
}
//Not sent by client.
case Code.UpdatePlayers: break;
//Host-invoked room starting.
case Code.StartRoom:
{
var rm = Player.CurrentRoom;
if (rm == null || rm.tag == 0 || rm.players.IndexOf(Player) != 0 || rm.playstate != 1)
{
break;
}
rm.EnterVoteRoom();
break;
}
//A player changes his or her character in the lobby. Let the room tell the others.
case Code.ChangeCharacter:
{
var c = Read.ReadUByte();
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.ChangeCharacter(Player, c);
MainServer.Event.PlayerChangedChar(Player, Player.Character);
break;
}
//A player changes his or her team. Let the room tell the others.
case Code.ChangeTeam:
{
var t = Read.ReadUByte();
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.ChangeTeam(Player, t);
MainServer.Event.PlayerChangedTeam(Player, Player.Team);
break;
}
//The host changes these battle settings. Let their room update and then tell everyone.
case Code.ChangeBattleSettings:
{
break;
}
//Not sent by client.
case Code.RoomState: break;
//The player requests the information of another player with this ID.
case Code.PlayerInfo:
{
break;
}
//Simple packet to say that we're responding. Can be used for ping.
case Code.IAmHere:
{
Write.WriteUByte(Code.IAmHere);
Write.SendTcp(buff);
break;
}
//The player wants a list of all open rooms.
case Code.RequestRoomList:
{
Write.WriteUByte(Code.RequestRoomList);
//Send just their IDs and a 0 at the end. The game will ask later.
//The order will go like SERVER ROOMS; OPEN PLAYER ROOMS; CLOSED PLAYER ROOMS.
//The extra bool reports their size (big or small).
foreach (Room i in MainServer.RoomList)
{
if (i.visible && i.tag == 0)
{
Write.WriteUInt(i.id); Write.WriteBool(true);
}
}
foreach (Room i in MainServer.RoomList)
{
if (i.visible && i.tag == 2 && i.playstate == 1)
{
Write.WriteUInt(i.id); Write.WriteBool(true);
}
}
foreach (Room i in MainServer.RoomList)
{
if (i.visible && i.tag == 1 && i.playstate == 1)
{
Write.WriteUInt(i.id); Write.WriteBool(false);
}
}
foreach (Room i in MainServer.RoomList)
{
if (i.visible && i.tag == 2 && i.playstate != 1)
{
Write.WriteUInt(i.id); Write.WriteBool(true);
}
}
foreach (Room i in MainServer.RoomList)
{
if (i.visible && i.tag == 1 && i.playstate != 1)
{
Write.WriteUInt(i.id); Write.WriteBool(false);
}
}
Write.WriteUInt(0);
Write.SendTcp(buff);
break;
}
//The player wants this specific room's information.
case Code.RequestRoomInformation:
{
var rm = Read.ReadUInt();
var found = false;
if (MainServer.RoomList.Count == 0)
{
break;
}
Write.WriteUByte(Code.RequestRoomInformation);
foreach (Room i in MainServer.RoomList)
{
if (i.id == rm)
{
Write.WriteUInt(i.id);
Write.WriteString(i.name);
Write.WriteString(i.host_name);
Write.WriteSByte(i.tag);
Write.WriteUByte((byte)i.players.Count);
Write.WriteUByte(i.maxplayers);
Write.WriteUByte(i.mode);
Write.WriteBool(i.teams);
Write.WriteUByte(i.playstate);
Write.WriteUByte(i.maxteams);
Write.WriteUByte(i.minutes);
found = true;
break;
}
}
if (found)
{
Write.SendTcp(buff);
}
else
{
Write.Clear();
}
break;
}
//The player wants a list of all players.
case Code.RequestPlayerList:
{
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.SendPlayerList(Player);
break;
}
//Packet echo'ing.
case Code.SendMe:
{
Write.WriteUByte(Code.SendMe);
byte DataType = Read.ReadUByte();
int val;
uint uval;
float valf;
double vald;
Write.WriteUByte(DataType);
switch (DataType)
{
case 1: val = Read.ReadUByte(); Write.WriteUByte((byte)val); CmdSystem.AddLog(Player.Name + " echo request: " + (byte)val); break;
case 2: val = Read.ReadSByte(); Write.WriteSByte((sbyte)val); CmdSystem.AddLog(Player.Name + " echo request: " + (sbyte)val); break;
case 3: val = Read.ReadUShort(); Write.WriteUShort((ushort)val); CmdSystem.AddLog(Player.Name + " echo request: " + (ushort)val); break;
case 4: val = Read.ReadSShort(); Write.WriteSShort((short)val); CmdSystem.AddLog(Player.Name + " echo request: " + (short)val); break;
case 5: uval = Read.ReadUInt(); Write.WriteUInt(uval); CmdSystem.AddLog(Player.Name + " echo request: " + uval); break;
case 6: val = (int)Read.ReadSInt(); Write.WriteSInt(val); CmdSystem.AddLog(Player.Name + " echo request: " + val); break;
case 7: valf = Read.ReadFloat(); Write.WriteFloat(valf); CmdSystem.AddLog(Player.Name + " echo request: " + valf); break;
case 8: vald = Read.ReadDouble(); Write.WriteDouble(vald); CmdSystem.AddLog(Player.Name + " echo request: " + vald); break;
default: Read.ReadUByte(); Write.WriteUByte(0); CmdSystem.AddLog(Player.Name + " blank echo request."); break;
}
Write.SendTcp(Player.DataStream);
break;
}
//A player sends a vote to his room.
case Code.Vote:
{
byte stg = Read.ReadUByte();
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.AcceptVote(Player, stg);
break;
}
//The player has finished loading and is ready to start the battle.
case Code.BattleReady:
{
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.PlayerReady();
break;
}
/*
* NOW, for the next few codes, the server is simply a relayer to all
* the other players. It doesn't really keep any of this data, which
* we should in the future so we can keep some spam/hack control.
*/
//The player moved, let everyone else know.
case Code.Movement:
{
if (Player.CurrentRoom == null)
{
break;
}
var ss1 = Read.ReadSShort();
var ss2 = Read.ReadSShort();
var ub3 = Read.ReadUByte();
Write.WriteUByte(Code.Movement);
Write.WriteUByte(Player.Slot);
Write.WriteSShort(ss1);
Write.WriteSShort(ss2);
Write.WriteUByte(ub3);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//The player stopped, let everyone else know.
case Code.Stopment:
{
if (Player.CurrentRoom == null)
{
break;
}
var ss1 = Read.ReadSShort();
var ss2 = Read.ReadSShort();
Write.WriteUByte(Code.Stopment);
Write.WriteUByte(Player.Slot);
Write.WriteSShort(ss1);
Write.WriteSShort(ss2);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//The player used an item, let everyone else know.
case Code.Item:
{
if (Player.CurrentRoom == null)
{
break;
}
var ub1 = Read.ReadUByte();
var bo1 = Read.ReadBool();
var ss2 = Read.ReadSShort();
var ss3 = Read.ReadSShort();
var ff4 = Read.ReadFloat();
var ff5 = Read.ReadFloat();
Write.WriteUByte(Code.Item);
Write.WriteUByte(Player.Slot);
Write.WriteUByte(ub1);
Write.WriteBool(bo1);
Write.WriteSShort(ss2);
Write.WriteSShort(ss3);
Write.WriteFloat(ff4);
Write.WriteFloat(ff5);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
MainServer.Event.PlayerUsedItem(Player, ub1);
break;
}
//The player got hit, let everyone else know.
case Code.Hit:
{
if (Player.CurrentRoom == null)
{
break;
}
var ub1 = Read.ReadUByte();
var ss2 = Read.ReadSShort();
var ss3 = Read.ReadSShort();
var ff4 = Read.ReadFloat();
var ff5 = Read.ReadFloat();
var ff6 = Read.ReadFloat();
Write.WriteUByte(Code.Hit);
Write.WriteUByte(Player.Slot);
Write.WriteUByte(ub1);
Write.WriteSShort(ss2);
Write.WriteSShort(ss3);
Write.WriteFloat(ff4);
Write.WriteFloat(ff5);
Write.WriteFloat(ff6);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
MainServer.Event.PlayerHit(Player, ub1, ff6);
break;
}
//The player got killed, let everyone else know.
case Code.Death:
{
if (Player.CurrentRoom == null)
{
break;
}
var ss1 = Read.ReadSShort();
var ss2 = Read.ReadSShort();
var ff3 = Read.ReadFloat();
var ub4 = Read.ReadUByte();
Write.WriteUByte(Code.Death);
Write.WriteUByte(Player.Slot);
Write.WriteSShort(ss1);
Write.WriteSShort(ss2);
Write.WriteFloat(ff3);
Write.WriteUByte(ub4);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
MainServer.Event.PlayerDeath(Player, ff3);
break;
}
//The player got a point, let everyone else know.
case Code.Score:
{
if (Player.CurrentRoom == null)
{
break;
}
var ub1 = Read.ReadUByte();
var ub2 = Read.ReadUByte();
var ss3 = Read.ReadSShort();
Write.WriteUByte(Code.Score);
Write.WriteUByte(ub1);
Write.WriteUByte(ub2);
Write.WriteSShort(ss3);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
MainServer.Event.PlayerScored(Player, ss3);
break;
}
//Absolute Score Update
case Code.AbsoluteScore:
{
if (Player.CurrentRoom == null)
{
break;
}
var ss1 = Read.ReadSShort();
Write.WriteUByte(Code.AbsoluteScore);
Write.WriteUByte(Player.Slot);
Write.WriteSShort(ss1);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//The player dropped coins, let everyone else know.
case Code.CoinDrop:
{
if (Player.CurrentRoom == null)
{
break;
}
var ub1 = Read.ReadUByte();
Write.WriteUByte(Code.CoinDrop);
Write.WriteUByte(Player.Slot);
Write.WriteUByte(ub1);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//The player dropped coins, let everyone else know.
case Code.ItemDrop:
{
if (Player.CurrentRoom == null)
{
break;
}
var ss1 = Read.ReadSShort();
var ss2 = Read.ReadSShort();
var fl3 = Read.ReadFloat();
var ub4 = Read.ReadUByte();
var ub5 = Read.ReadUByte();
var ub6 = Read.ReadUByte();
Write.WriteUByte(Code.ItemDrop);
Write.WriteUByte(Player.Slot);
Write.WriteSShort(ss1);
Write.WriteSShort(ss2);
Write.WriteFloat(fl3);
Write.WriteUByte(ub4);
Write.WriteUByte(ub5);
Write.WriteUByte(ub6);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//The player's purple spawned, let everyone else know.
case Code.PurpleSpawn:
{
if (Player.CurrentRoom == null)
{
break;
}
var ss1 = Read.ReadSShort();
var ss2 = Read.ReadSShort();
Write.WriteUByte(Code.PurpleSpawn);
Write.WriteUByte(Player.Slot);
Write.WriteSShort(ss1);
Write.WriteSShort(ss2);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//The player has finished, here are their stats.
case Code.PlayerRecap:
{
if (Player.Record == null || Player.CurrentRoom == null)
{
break;
}
Player.Record.HitsGiven = Read.ReadUShort();
Player.Record.Kills = Read.ReadUShort();
Player.Record.Items = Read.ReadUShort();
Player.Record.HitsTaken = Read.ReadUShort();
Player.Record.Deaths = Read.ReadUShort();
Player.Record.CoinsGained = Read.ReadUShort();
Player.Record.CoinsLost = Read.ReadUShort();
Write.WriteUByte(Code.PlayerRecap);
Write.WriteUByte(Player.Slot);
Player.CurrentRoom.DistributeStats(Player);
break;
}
//The player has to send their statistics for proper attack, defense, etc.
case Code.PlayerStats:
{
if (Player.CurrentRoom == null)
{
break;
}
var ub1 = Read.ReadUByte();
var ub2 = Read.ReadUByte();
var ub3 = Read.ReadUByte();
var ub4 = Read.ReadUByte();
Write.WriteUByte(Code.PlayerStats);
Write.WriteUByte(Player.Slot);
Write.WriteUByte(ub1);
Write.WriteUByte(ub2);
Write.WriteUByte(ub3);
Write.WriteUByte(ub4);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
//They sent a Battle Complete packet and are now waiting for everyone else to finish.
case Code.BattleEnd:
{
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.PlayerFinished();
break;
}
//They pressed the Next Battle button and are waiting for everyone else to do the same.
case Code.BattleComplete:
{
if (Player.CurrentRoom == null)
{
break;
}
Player.CurrentRoom.PlayerCompleted();
break;
}
//They asked for an updated Server Message pack.
case Code.ServerMessages:
{
Write.WriteUByte(Code.ServerMessages);
Write.WriteString(MainServer.GoodbyeMessage);
Write.WriteString(MainServer.DCMessage);
Write.WriteString(MainServer.KickMessage);
Write.WriteString(MainServer.InfoMessage);
Write.SendTcp(Player.DataStream);
break;
}
//Update their XP. Simple as that.
case Code.UpdateXP:
{
Player.XP = Read.ReadUInt();
break;
}
//Yes or no?
case Code.CanICreateRoomsYet:
{
Write.WriteUByte(Code.CanICreateRoomsYet);
Write.WriteBool(MainServer.CanCreateRooms);
Write.SendTcp(Player.DataStream);
break;
}
//
case Code.PlayerList:
{
Write.WriteUByte(Code.PlayerList);
foreach (PlayerListItem i in MainServer.PlayerList)
{
if (i.Status == Code.Status_AOnline)
{
Write.WriteBool(true); Write.WriteDouble(i.ID); Write.WriteUByte(i.Tag); Write.WriteUByte(i.Status); Write.WriteString(i.Name);
}
}
foreach (PlayerListItem i in MainServer.PlayerList)
{
if (i.Status == Code.Status_POnline)
{
Write.WriteBool(true); Write.WriteDouble(i.ID); Write.WriteUByte(i.Tag); Write.WriteUByte(i.Status); Write.WriteString(i.Name);
}
}
foreach (PlayerListItem i in MainServer.PlayerList)
{
if (i.Status == Code.Status_Offline)
{
Write.WriteBool(true); Write.WriteDouble(i.ID); Write.WriteUByte(i.Tag); Write.WriteUByte(i.Status); Write.WriteString(i.Name);
}
}
Write.WriteBool(false);
Write.SendTcp(Player.DataStream);
break;
}
case Code.PL_Single:
{
var id = Read.ReadDouble();
foreach (PlayerListItem i in MainServer.PlayerList)
{
if (i.ID == id)
{
Write.WriteUByte(Code.PL_Single);
Write.WriteDouble(id);
Write.WriteUByte(i.Status);
Write.SendTcp(Player.DataStream);
}
}
}
break;
//The player dropped coins, let everyone else know.
case Code.ItemInvoke:
{
if (Player.CurrentRoom == null)
{
break;
}
var ub1 = Read.ReadUByte();
var ss2 = Read.ReadSShort();
var ss3 = Read.ReadSShort();
Write.WriteUByte(Code.ItemInvoke);
Write.WriteUByte(Player.Slot);
Write.WriteUByte(ub1);
Write.WriteSShort(ss2);
Write.WriteSShort(ss3);
foreach (TcpClientSocket Others in Player.CurrentRoom.players)
{
if (!Others.Equals(Player))
{
Write.SendTcp(Others.DataStream);
}
}
break;
}
case Code.Command:
var s = Read.ReadString();
Console.WriteLine("USER INVOKED COMMAND:");
Console.WriteLine(" " + s);
Console.WriteLine(" by " + Player.Name);
var done = true;
if (Player.Tag != 2)
{
done = false;
CmdSystem.AddLog("User missing permissions, access denied");
}
else
{
CmdSystem.RunCmd(s);
done = CmdSystem.LastCommandSuccessful;
}
Write.WriteUByte(Code.Command);
Write.WriteBool(done);
Write.WriteString(CmdSystem.LastLog);
Write.SendTcp(Player.DataStream);
break;
default: break;
}
// Back-up the read/peek position of the buffer and check for a secondary/merged packet.
int myHeaderId = Player.ReadBuffer.EndRead(false);
myCheck = ( byte )((myHeaderId != -1) ? myHeaderId : ~myHeaderId);
}
}
public void PlayerHit(TcpClientSocket Player, byte Type, float Time)
{
}
public void PlayerDisconnected(TcpClientSocket Player)
{
}