// Remove all bans
public static void UnbanAll(MPBanMode mode = MPBanMode.Ban)
{
var banList = GetList(mode);
banList.Clear();
OnUpdate(mode, false);
}
// Remove all non-Permanent bans
public static void UnbanAllNonPermanent(MPBanMode mode = MPBanMode.Ban)
{
var banList = GetList(mode);
banList.RemoveAll(entry => entry.permanent == false);
OnUpdate(mode, false);
}
// Reset the MPBanPlayers state
// Removes all non-permanent bans of all modes
public static void Reset()
{
Debug.Log("MPBanPlayers: resetting all non-permanent bans");
for (MPBanMode mode = (MPBanMode)0; mode < MPBanMode.Count; mode++)
{
UnbanAllNonPermanent(mode);
}
}
// Get the ban list
public static List <MPBanEntry> GetList(MPBanMode mode = MPBanMode.Ban)
{
int m = (int)mode;
if (banLists[m] == null)
{
banLists[m] = new List <MPBanEntry>();
}
return(banLists[m]);
}
// Remove all entries matching a candidate from the ban list
public static int Unban(MPBanEntry candidate, MPBanMode mode = MPBanMode.Ban)
{
var banList = GetList(mode);
int cnt = banList.RemoveAll(entry => entry.matches(candidate, "UNBAN: "));
if (cnt > 0)
{
OnUpdate(mode, false);
}
return(cnt);
}
// Check if this player is banned
public static bool IsBanned(MPBanEntry candidate, MPBanMode mode = MPBanMode.Ban)
{
var banList = GetList(mode);
foreach (var entry in banList)
{
if (entry.matches(candidate, "BAN CHECK: "))
{
return(true);
}
}
// no ban entry matches this player..
return(false);
}
// The ban list was modified
public static void OnUpdate(MPBanMode mode, bool added)
{
totalBanCount = 0;
for (MPBanMode m = (MPBanMode)0; m < MPBanMode.Count; m++)
{
totalBanCount += GetList(m).Count;
}
if (added)
{
if (mode == MPBanMode.Annoy)
{
// apply Annoy bans directly, but not normal bans, as we have the specil KICK and KICKBAN commands
// that way, we can ban players without having them to be immediately kicked
AnnoyPlayers();
}
}
}
// Execute UNBAN or UNANNOY or UNBLOCKCHAT
public bool DoUnban(MPBanMode banMode)
{
if (banMode == MPBanMode.Annoy)
{
// UNANNOY also implies UNBLOCKCHAT
DoUnban(MPBanMode.BlockChat);
}
if (String.IsNullOrEmpty(arg))
{
MPBanPlayers.UnbanAll(banMode);
ReturnTo(String.Format("ban list {0} cleared by {1}", banMode, senderEntry.name));
}
else
{
// check against names in ban list (may not be current player names)
string pattern = arg.ToUpper();
var banList = MPBanPlayers.GetList(banMode);
int cnt = banList.RemoveAll(entry => (MatchPlayerName(entry.name, pattern) != 0));
if (cnt > 0)
{
MPBanPlayers.OnUpdate(banMode, false);
}
else
{
// check the currently connected players
if (SelectPlayer(arg))
{
cnt = MPBanPlayers.Unban(selectedPlayerEntry, banMode);
}
}
if (cnt > 0)
{
ReturnTo(String.Format("{0} players UNBANNED from {1} list by {2}", cnt, banMode, senderEntry.name));
}
else
{
ReturnToSender(String.Format("Un{0}: no player {1} found", banMode, arg));
}
}
return(false);
}
// Add a player to the Ban List
public static bool Ban(MPBanEntry candidate, MPBanMode mode = MPBanMode.Ban, bool permanent = false)
{
if (!candidate.IsValid())
{
return(false);
}
candidate.permanent = permanent;
var banList = GetList(mode);
foreach (var entry in banList)
{
if (entry.matches(candidate, "BAN already matched: "))
{
// Update it
entry.Set(candidate);
OnUpdate(mode, true);
return(false);
}
}
banList.Add(candidate);
Debug.LogFormat("BAN: player {0} is NOW banned in mode: {1}", candidate.Describe(), mode);
OnUpdate(mode, true);
return(true);
}
// Execute KICK or BAN or KICKBAN or ANNOY or BLOCKCHAT command
public bool DoKickBan(bool doKick, bool doBan, MPBanMode banMode)
{
string op;
string banOp = banMode.ToString().ToUpper();
if (doKick && doBan)
{
op = "KICK" + banOp;
}
else if (doKick)
{
op = "KICK";
}
else if (doBan)
{
op = banOp;
}
else
{
return(false);
}
Debug.LogFormat("{0} request for {1}", op, arg);
if (!SelectPlayer(arg))
{
Debug.LogFormat("{0}: no player {1} found", op, arg);
ReturnToSender(String.Format("{0}: player {1} not found", op, arg));
return(false);
}
if (IsTrustedPlayer(selectedPlayerEntry))
{
ReturnToSender(String.Format("{0}: not on this server, dude!", op));
return(false);
}
if (selectedPlayerConnectionId >= 0 && sender_conn == selectedPlayerConnectionId)
{
Debug.LogFormat("{0}: won't self-apply", op, arg);
ReturnToSender(String.Format("{0}: won't self-apply", op, arg));
return(false);
}
if (doBan)
{
MPBanPlayers.Ban(selectedPlayerEntry, banMode);
if (banMode == MPBanMode.Annoy)
{
// ANNOY also implies BLOCKCHAT
MPBanPlayers.Ban(selectedPlayerEntry, MPBanMode.BlockChat);
}
ReturnTo(String.Format("{0} player {1} by {2}", banOp, selectedPlayerEntry.name, senderEntry.name), -1, selectedPlayerConnectionId);
}
if (doKick)
{
ReturnTo(String.Format("KICK player {0} by {1}", selectedPlayerEntry.name, senderEntry.name), -1, selectedPlayerConnectionId);
if (selectedPlayer != null)
{
MPBanPlayers.KickPlayer(selectedPlayer);
}
else if (selectedPlayerLobbyData != null)
{
MPBanPlayers.KickPlayer(selectedPlayerLobbyData);
}
else
{
MPBanPlayers.KickPlayer(selectedPlayerConnectionId, selectedPlayerEntry.name);
}
}
return(false);
}