private void InitializeLatencyMonitor()
{
try
{
ServerUdpListener = SystemInfo.GetServerUdpListener(this);
}
catch (Exception)
{
WriteTimestampedLogEntry("LatencyMonitor.InitializeLatencyMonitor(): Failed to query server data port, retrying in 10 minutes.");
DelayCommand(600.0f, delegate() { InitializeLatencyMonitor(); });
return;
}
//
// Create a dummy object so that we may block on its SyncBlock.
// This object forms the lock for CurrentLatency, which we cannot
// directly use as boxing a new object would result in a new
// SyncBlock for every lock attempt.
//
CurrentLatencyLock = new int();
//
// Create the new UDP socket. This has to be done AFTER we get the
// UDP listener, for the get UDP listener code to work, as it finds
// the first UDP socket opened by nwn2server.
//
UdpSocket = new UdpClient(AddressFamily.InterNetwork);
//
// Set the default address to point to the server's local UDP
// listener.
//
UdpSocket.Connect(ServerUdpListener);
ALFA.Database Database = new ALFA.Database(this);
LocalServerId = Database.ACR_GetServerID();
//
// Start the latency measurement thread and the vault ping thread.
//
LatencyMeasurementThread = new Thread(LatencyMeasurementThreadRoutine);
LatencyMeasurementThread.Start();
VaultPingThread = new Thread(VaultPingThreadRoutine);
VaultPingThread.Start();
PollServerLatency();
WriteTimestampedLogEntry(String.Format("LatencyMonitor.InitializeLatencyMonitor(): Latency monitoring initialized on data port {0}.", ServerUdpListener));
}
/// <summary>
/// Dispatch the event (in a script context).
/// </summary>
/// <param name="Script">Supplies the script object.</param>
/// <param name="Database">Supplies the database connection.</param>
public void DispatchEvent(ACR_ServerCommunicator Script, ALFA.Database Database)
{
//
// If the event was for the local server, then don't re-broadcast
// it.
//
if (Database.ACR_GetServerID() == Server.ServerId)
{
return;
}
string Message = String.Format(
"<c=#FFFF00>Server {0} is now online.</c>",
Server.Name);
string ChatMessage = "</c>" + Message;
foreach (uint PlayerObject in Script.GetPlayers(true))
{
PlayerState Player = Script.TryGetPlayerState(PlayerObject);
if (Player == null)
{
continue;
}
if (!Script.IsCrossServerNotificationEnabled(PlayerObject))
{
continue;
}
if ((Player.Flags & PlayerStateFlags.SendCrossServerNotificationsToCombatLog) != 0)
{
Script.SendMessageToPC(PlayerObject, Message);
}
else
{
Script.SendChatMessage(
CLRScriptBase.OBJECT_INVALID,
PlayerObject,
CLRScriptBase.CHAT_MODE_SERVER,
ChatMessage,
CLRScriptBase.FALSE);
}
}
#if DEBUG_MODE
Script.WriteTimestampedLogEntry(Message);
#endif
}
private void InitializeLatencyMonitor()
{
try
{
ServerUdpListener = SystemInfo.GetServerUdpListener(this);
}
catch (Exception)
{
WriteTimestampedLogEntry("LatencyMonitor.InitializeLatencyMonitor(): Failed to query server data port, retrying in 10 minutes.");
DelayCommand(600.0f, delegate() { InitializeLatencyMonitor(); });
return;
}
//
// Create a dummy object so that we may block on its SyncBlock.
// This object forms the lock for CurrentLatency, which we cannot
// directly use as boxing a new object would result in a new
// SyncBlock for every lock attempt.
//
CurrentLatencyLock = new int();
//
// Create the new UDP socket. This has to be done AFTER we get the
// UDP listener, for the get UDP listener code to work, as it finds
// the first UDP socket opened by nwn2server.
//
UdpSocket = new UdpClient(AddressFamily.InterNetwork);
//
// Set the default address to point to the server's local UDP
// listener.
//
UdpSocket.Connect(ServerUdpListener);
ALFA.Database Database = new ALFA.Database(this);
LocalServerId = Database.ACR_GetServerID();
//
// Start the latency measurement thread and the vault ping thread.
//
LatencyMeasurementThread = new Thread(LatencyMeasurementThreadRoutine);
LatencyMeasurementThread.Start();
VaultPingThread = new Thread(VaultPingThreadRoutine);
VaultPingThread.Start();
PollServerLatency();
WriteTimestampedLogEntry(String.Format("LatencyMonitor.InitializeLatencyMonitor(): Latency monitoring initialized on data port {0}.", ServerUdpListener));
}
public Int32 ScriptMain([In] object[] ScriptParameters, [In] Int32 DefaultReturnCode)
{
if (LatencyMeasurementThread != null)
return DefaultReturnCode;
ServerUdpListener = SystemInfo.GetServerUdpListener(this);
//
// Create a dummy object so that we may block on its SyncBlock.
// This object forms the lock for CurrentLatency, which we cannot
// directly use as boxing a new object would result in a new
// SyncBlock for every lock attempt.
//
CurrentLatencyLock = new int();
//
// Create the new UDP socket. This has to be done AFTER we get the
// UDP listener, for the get UDP listener code to work, as it finds
// the first UDP socket opened by nwn2server.
//
UdpSocket = new UdpClient(AddressFamily.InterNetwork);
//
// Set the default address to point to the server's local UDP
// listener.
//
UdpSocket.Connect(ServerUdpListener);
ALFA.Database Database = new ALFA.Database(this);
LocalServerId = Database.ACR_GetServerID();
//
// Start the latency measurement thread and the vault ping thread.
//
LatencyMeasurementThread = new Thread(LatencyMeasurementThreadRoutine);
LatencyMeasurementThread.Start();
VaultPingThread = new Thread(VaultPingThreadRoutine);
VaultPingThread.Start();
PollServerLatency();
return DefaultReturnCode;
}
/// <summary>
/// Dispatch the event (in a script context).
/// </summary>
/// <param name="Script">Supplies the script object.</param>
/// <param name="Database">Supplies the database connection.</param>
public void DispatchEvent(ACR_ServerCommunicator Script, ALFA.Database Database)
{
//
// If the event was for a player logging on to the local server,
// then don't re-broadcast it.
//
foreach (uint PlayerObject in Script.GetPlayers(true))
{
PlayerState Player = Script.TryGetPlayerState(PlayerObject);
if (Player == null)
{
continue;
}
if (!Player.CharacterIdsShown.Contains(Character.CharacterId))
{
string sPlayerListBox = "";
if (Server.ServerId == Script.GetDatabase().ACR_GetServerID() || Script.GetLocalInt(PlayerObject, "chatselect_expanded") == 0)
{
if (IsDM == true)
{
sPlayerListBox = "LocalDMList";
Player.ChatSelectLocalDMsShown += 1;
}
else
{
sPlayerListBox = "LocalPlayerList";
Player.ChatSelectLocalPlayersShown += 1;
}
if (Server.ServerId == Script.GetDatabase().ACR_GetServerID())
{
Script.AddListBoxRow(Player.ObjectId, "ChatSelect", sPlayerListBox, Character.CharacterName, "RosterData=/t \"" + Character.CharacterName + "\"", "", "5=/t \"" + Character.CharacterName + "\" ", "");
}
else
{
if (Player.Flags.HasFlag(PlayerStateFlags.ChatSelectShowLocalPlayersOnlyWhenCollapsed))
{
continue;
}
Script.AddListBoxRow(Player.ObjectId, "ChatSelect", sPlayerListBox, Character.CharacterName, "RosterData=#t \"" + Character.CharacterName + "\"", "", "5=#t \"" + Character.CharacterName + "\" ", "");
}
}
else
{
if (IsDM == true)
{
sPlayerListBox = "RemoteDMList";
Player.ChatSelectRemoteDMsShown += 1;
}
else
{
sPlayerListBox = "RemotePlayerList";
Player.ChatSelectRemotePlayersShown += 1;
}
Script.AddListBoxRow(Player.ObjectId, "ChatSelect", sPlayerListBox, Character.CharacterName, "RosterData=#t \"" + Character.CharacterName + "\"", "", "5=#t \"" + Character.CharacterName + "\" ", "");
}
Player.CharacterIdsShown.Add(Character.CharacterId);
Player.UpdateChatSelectGUIHeaders();
}
}
if (Database.ACR_GetServerID() == Server.ServerId)
{
return;
}
string Message = String.Format(
"{0}<c=#FFA500>{1} ({2}) joined {3}.</c>", // <c=Orange...>
IsDM ? "<c=#99CCFF>[DM] </c>": "",
Character.Name,
Character.Player.Name,
Server.Name);
string ChatMessage = "</c>" + Message;
foreach (uint PlayerObject in Script.GetPlayers(true))
{
PlayerState Player = Script.TryGetPlayerState(PlayerObject);
if (Player == null)
{
continue;
}
if (!Script.IsCrossServerNotificationEnabled(PlayerObject))
{
continue;
}
if ((Player.Flags & PlayerStateFlags.SendCrossServerNotificationsToCombatLog) != 0)
{
Script.SendMessageToPC(PlayerObject, Message);
}
else
{
Script.SendChatMessage(
CLRScriptBase.OBJECT_INVALID,
PlayerObject,
CLRScriptBase.CHAT_MODE_SERVER,
ChatMessage,
CLRScriptBase.FALSE);
}
}
#if DEBUG_MODE
Script.WriteTimestampedLogEntry(Message);
#endif
}