public FeedData( Block _textType, Vector3I _pos, Bitmap Image, World world, Direction direction_, Player player_ )
{
direction = direction_;
Blocks = new ConcurrentDictionary<string, Vector3I>();
Init( Image, world );
Pos = _pos;
textType = ( byte )_textType;
bgType = ( byte )Block.Air;
FeedData.AddMessages();
MessageCount = 0;
Sentence = FeedData.Messages[MessageCount];
Id = System.Threading.Interlocked.Increment( ref feedCounter );
player = player_;
NormalBrush brush = new NormalBrush( Block.Wood );
DrawOperation Operation = new CuboidWireframeDrawOperation( player );
Operation.AnnounceCompletion = false;
Operation.Brush = brush;
Operation.Context = BlockChangeContext.Drawn;
if ( !Operation.Prepare( new Vector3I[] { StartPos, FinishPos } ) ) {
throw new Exception( "Unable to cubw frame." );
}
Operation.Begin();
AddFeedToList( this, world );
Start();
}
public static void MakeNormalFoliage( World w, Vector3I Pos, int Height )
{
int topy = Pos.Z + Height - 1;
int start = topy - 2;
int end = topy + 2;
for ( int y = start; y < end; y++ ) {
int rad;
if ( y > start + 1 ) {
rad = 1;
} else {
rad = 2;
}
for ( int xoff = -rad; xoff < rad + 1; xoff++ ) {
for ( int zoff = -rad; zoff < rad + 1; zoff++ ) {
if ( w.Map != null && w.IsLoaded ) {
if ( Rand.NextDouble() > .618 &&
Math.Abs( xoff ) == Math.Abs( zoff ) &&
Math.Abs( xoff ) == rad ) {
continue;
}
w.Map.QueueUpdate( new
BlockUpdate( null, ( short )( Pos.X + xoff ), ( short )( Pos.Y + zoff ), ( short )y, Block.Leaves ) );
}
}
}
}
}
public SandTask(World world, Vector3I position, Block Type)
: base(world)
{
_pos = position;
_nextPos = position.Z - 1;
_type = Type;
}
// This constructor is used to create dummy players (such as Console and /dummy)
// It will soon be replaced by a generic Entity class
internal Player( World _world, string _name )
{
world = _world;
name = _name;
nick = name;
info = new PlayerInfo( _name, ClassList.highestClass );
}
public BlockFloat(World world, Vector3I position, Block Type)
: base(world)
{
_pos = position;
_nextPos = position.Z + 1;
type = Type;
}
public FireworkParticle(World world, Vector3I pos, Block block)
: base(world)
{
_startingPos = pos;
_nextZ = pos.Z - 1;
_block = block;
}
// This constructor is used to create dummy players (such as Console and /dummy)
// It will soon be replaced by a generic Entity class
internal Player( World world, string name ) {
if( name == null ) throw new ArgumentNullException( "name" );
World = world;
Info = new PlayerInfo( name, RankManager.HighestRank, true, RankChangeType.AutoPromoted );
spamBlockLog = new Queue<DateTime>( Info.Rank.AntiGriefBlocks );
ResetAllBinds();
}
private World _world = null; //to be able to remove players left the game
#endregion Fields
#region Constructors
public PlayerProximityTracker( int xSize, int ySize, World world )
{
_players = new List<Player>[xSize, ySize];
foreach ( Player p in world.Players ) {
AddPlayer( p, p.Position.ToBlockCoords() );
}
}
// generate info for a new player
public PlayerInfo( World world, Player player ) {
name = player.name;
lastIP = player.session.GetIP();
playerClass = world.classes.defaultClass;
classChangeDate = DateTime.MinValue;
classChangedBy = "-";
banned = false;
banDate = DateTime.MinValue;
bannedBy = "-";
unbanDate = DateTime.MinValue;
unbannedBy = "-";
banReason = "-";
unbanReason = "-";
lastFailedLoginDate = DateTime.MinValue;
lastFailedLoginIP = IPAddress.None;
failedLoginCount = 0;
firstLoginDate = DateTime.Now;
lastLoginDate = firstLoginDate;
totalTimeOnServer = new TimeSpan( 0 );
blocksBuilt = 0;
blocksDeleted = 0;
timesVisited = 1;
linesWritten = 0;
thanksReceived = 0;
warningsReceived = 0;
}
public Session( World _world, TcpClient _client ) {
world = _world;
loginTime = DateTime.Now;
canReceive = true;
canQueue = true;
canSend = false;
canDispose = false;
outputQueue = new Queue<Packet>();
priorityOutputQueue = new Queue<Packet>();
queueLock = new object();
priorityQueueLock = new object();
client = _client;
client.SendTimeout = 10000;
client.ReceiveTimeout = 10000;
reader = new BinaryReader( client.GetStream() );
writer = new PacketWriter( new BinaryWriter( client.GetStream() ) );
world.log.Log( "Session: {0}", LogType.Debug, ToString() );
ioThread = new Thread( IoLoop );
ioThread.IsBackground = true;
ioThread.Start();
}
void StartUp( object sender, EventArgs a ) {
world = new World( "" );
world.OnLog += Log;
world.OnURLChange += SetURL;
world.OnPlayerListChange += UpdatePlayerList;
if( world.Init() ) {
Text = "fCraft " + Updater.GetVersionString() + " - " + world.config.GetString( "ServerName" );
UpdaterResult update = Updater.CheckForUpdates( world );
if( update.UpdateAvailable ) {
if( world.config.GetString( "AutomaticUpdates" ) == "Notify" ) {
Log( String.Format( Environment.NewLine +
"*** A new version of fCraft is available: v{0:0.000}, released {1:0} day(s) ago. ***"+
Environment.NewLine,
Decimal.Divide( update.NewVersionNumber, 1000 ),
DateTime.Now.Subtract( update.ReleaseDate ).TotalDays ), LogType.ConsoleOutput );
StartServer();
} else {
UpdateWindow updateWindow = new UpdateWindow( update, this, world.config.GetString( "AutomaticUpdates" ) == "Auto" );
updateWindow.StartPosition = FormStartPosition.CenterParent;
updateWindow.ShowDialog();
}
} else {
StartServer();
}
} else {
world.log.Log( "---- Could Not Initialize World ----", LogType.FatalError );
world = null;
}
}
internal Commands( World _world ) {
world = _world;
mapCommands = new MapCommands( world, this );
blockCommands = new BlockCommands( world, this );
infoCommands = new InfoCommands( world, this );
standardCommands = new StandardCommands( world, this );
drawCommands = new DrawCommands( world, this );
}
public static void GameAdder(World world)
{
world.Games.Add(pinkPlatform);
world.Games.Add(shootBlack);
world.Games.Add(math1);
world.Games.Add(math2);
world.Games.Add(getOffGrass);
}
// Normal constructor
internal Player( World _world, string _name, Session _session, Position _pos ) {
world = _world;
name = _name;
nick = name;
session = _session;
pos = _pos;
info = world.db.FindPlayerInfo( this );
}
// Normal constructor
internal Player( World world, string name, Session session, Position position ) {
if( name == null ) throw new ArgumentNullException( "name" );
if( session == null ) throw new ArgumentNullException( "session" );
World = world;
Session = session;
Position = position;
Info = PlayerDB.FindOrCreateInfoForPlayer( name, session.IP );
spamBlockLog = new Queue<DateTime>( Info.Rank.AntiGriefBlocks );
ResetAllBinds();
}
public ZombieGame( World world )
{
_world = world;
startTime = DateTime.Now;
_humanCount = _world.Players.Length;
_task = new SchedulerTask( Interval, false ).RunForever( TimeSpan.FromSeconds( 1 ) );
_world.gameMode = GameMode.ZombieSurvival;
Player.Moved += OnPlayerMoved;
Player.JoinedWorld += OnChangedWorld;
}
// Register help commands
internal BlockCommands( World _world, Commands commands ) {
world = _world;
commands.AddCommand( "grass", Grass, false );
commands.AddCommand( "water", Water, false );
commands.AddCommand( "lava", Lava, false );
commands.AddCommand( "solid", Solid, false );
commands.AddCommand( "s", Solid, false );
commands.AddCommand( "paint", Paint, false );
//CommandUtils.AddCommand( "sand", Sand ); // TODO: after sand sim is done
}
internal DrawCommands( World _world, Commands commands ) {
world = _world;
commands.AddCommand( "cuboid", Cuboid, true );
commands.AddCommand( "cub", Cuboid, true );
commands.AddCommand( "ellipsoid", Ellipsoid, true );
commands.AddCommand( "ell", Ellipsoid, true );
commands.AddCommand( "mark", Mark, true );
commands.AddCommand( "undo", UndoDraw, true );
commands.AddCommand( "cancel", CancelDraw, true );
}
/// <summary>
/// Sets a bot, as well as the bot values. Must be called before any other bot classes.
/// </summary>
public void setBot(String botName, String skinName, String modelName, World botWorld, Position pos, sbyte entityID) {
Name = botName;
SkinName = (skinName ?? SkinName);
Model = (modelName ?? Model);
World = botWorld;
Position = pos;
ID = entityID;
World.Bots.Add(this);
Server.SaveEntity(this);
}
public static TeamDeathMatch GetInstance(World world)
{
if (instance == null)
{
TDMworld_ = world;
instance = new TeamDeathMatch();
startTime = DateTime.UtcNow;
task_ = new SchedulerTask(Interval, true).RunForever(TimeSpan.FromSeconds(1));
}
return instance;
}
private bool _isMoving; //if the bot can move, can be changed if it is not boxed in ect
#endregion Fields
#region Constructors
public Bot(string name, Position pos, int iD, World world_)
{
Name = name; //bots should be gray :P
Pos = pos;
ID = iD;
world = world_;
_isMoving = false;
_direction = Direction.South; //start off at south
StartNewAIMovement(); //start the while loop in a new thread. I want to change the way the thread works
//its only like this for testing purposes
}
// Register help commands
internal InfoCommands( World _world, Commands commands ){
world = _world;
commands.AddCommand( "help", Help, true );
commands.AddCommand( "info", Info, true );
commands.AddCommand( "baninfo", BanInfo, true );
commands.AddCommand( "class", ClassInfo, true );
commands.AddCommand( "rules", Rules, true );
commands.AddCommand( "where", Compass, false );
commands.AddCommand( "compass", Compass, false );
}
public FontHandler(Block textColor, Vector3I[] Marks, World world_, Player p)
{
blockCount = 0;
world = world_;
marks = Marks;
player = p;
PixelPos.X = marks[0].X;
PixelPos.Y = marks[0].Y;
PixelPos.Z = marks[0].Z;
PixelPos.pixel = textColor;
PixelPos.space = Block.Air;
}
public void Interval( SchedulerTask task )
{
//check to stop Interval
if ( _world.gameMode != GameMode.ZombieSurvival || _world == null ) {
_world = null;
task.Stop();
return;
}
if ( !_started ) {
if ( startTime != null && ( DateTime.Now - startTime ).TotalMinutes > 1 ) {
/*if (_world.Players.Length < 3){
_world.Players.Message("&WThe game failed to start: 2 or more players need to be in the world");
Stop(null);
return;
}*/
ShufflePlayerPositions();
_started = true;
RandomPick();
lastChecked = DateTime.Now;
return;
}
}
//calculate humans
_humanCount = _world.Players.Where( p => p.iName != _zomb ).Count();
//check if zombies have won already
if ( _started ) {
if ( _humanCount == 1 && _world.Players.Count() == 1 ) {
_world.Players.Message( "&WThe Zombies have failed to infect everyone... &9HUMANS WIN!" );
Stop( null );
return;
}
if ( _humanCount == 0 ) {
_world.Players.Message( "&WThe Humans have failed to survive... &9ZOMBIES WIN!" );
Stop( null );
return;
}
}
//check if 5mins is up and all zombies have failed
if ( _started && startTime != null && ( DateTime.Now - startTime ).TotalMinutes > 6 ) {
_world.Players.Message( "&WThe Zombies have failed to infect everyone... &9HUMANS WIN!" );
Stop( null );
return;
}
//if no one has won, notify players of their status every 31s
if ( lastChecked != null && ( DateTime.Now - lastChecked ).TotalSeconds > 30 ) {
_world.Players.Message( "&WThere are {0} humans", _humanCount.ToString() );
foreach ( Player p in _world.Players ) {
if ( p.iName == _zomb ) p.Message( "&8You are " + _zomb );
else p.Message( "&8You are a Human" );
}
lastChecked = DateTime.Now;
}
}
public ExplodingBug( Player p )
{
player = p;
world = player.World;
guild = GuildManager.PlayersGuild( player.Info );
end = player.Position.ToBlockCoords();
block = new Vector3I( end.X, end.Y, end.Z - 1 );
Started = true;
task = Scheduler.NewBackgroundTask( t => StartAI() ).RunForever( TimeSpan.FromMilliseconds( 230 ) );
endTask = Scheduler.NewTask( t => Stop() ).RunOnce( TimeSpan.FromSeconds( 25 ) );
player.PublicAuxStateObjects.Add( "bug", this );
}
public static void CreateMessageBlock( MessageBlock MessageBlock, World source )
{
World world = WorldManager.FindWorldExact( MessageBlock.World );
if ( source.Map.MessageBlocks == null ) {
source.Map.MessageBlocks = new ArrayList();
}
lock ( source.Map.MessageBlocks.SyncRoot ) {
source.Map.MessageBlocks.Add( MessageBlock );
}
}
public static bool SetMainWorld( this World newWorld ) {
if( newWorld == null ) throw new ArgumentNullException( "newWorld" );
if( RaiseMainWorldChangingEvent( MainWorld, newWorld ) ) return false;
World oldWorld;
lock( WorldListLock ) {
newWorld.ToggleNeverUnloadFlag( true );
oldWorld = MainWorld;
oldWorld.ToggleNeverUnloadFlag( false );
MainWorld = newWorld;
}
RaiseMainWorldChangedEvent( oldWorld, newWorld );
return true;
}
public void StartServer() {
if( args.Length == 1 ) {
world.LoadMap( args[0] );
} else {
world.LoadMap( Map.DefaultFileName );
}
System.Diagnostics.Process.GetCurrentProcess().PriorityClass = world.config.GetBasePriority();
if( !world.Start() ) {
world = null;
}
}
public Zone( string raw, World world ) {
string[] parts = raw.Split( ',' );
string[] header = parts[0].Split( ' ' );
Name = header[0];
Bounds = new BoundingBox( Int32.Parse( header[1] ), Int32.Parse( header[2] ), Int32.Parse( header[3] ),
Int32.Parse( header[4] ), Int32.Parse( header[5] ), Int32.Parse( header[6] ) );
Rank buildRank = RankManager.ParseRank( header[7] );
// if all else fails, fall back to lowest class
if( buildRank == null ) {
if( world != null ) {
Controller.MinRank = world.BuildSecurity.MinRank;
} else {
Controller.MinRank = null;
}
Logger.Log( "Zone: Error parsing zone definition: unknown rank \"{0}\". Permission reset to default ({1}).", LogType.Error,
header[7], Controller.MinRank.Name );
} else {
Controller.MinRank = buildRank;
}
// Part 2:
foreach( string player in parts[1].Split( ' ' ) ) {
if( !Player.IsValidName( player ) ) continue;
PlayerInfo info = PlayerDB.FindPlayerInfoExact( player );
if( info == null ) continue; // player name not found in the DB (discarded)
Controller.Include( info );
}
// Part 3: excluded list
foreach( string player in parts[2].Split( ' ' ) ) {
if( !Player.IsValidName( player ) ) continue;
PlayerInfo info = PlayerDB.FindPlayerInfoExact( player );
if( info == null ) continue; // player name not found in the DB (discarded)
Controller.Exclude( info );
}
Controller.UpdatePlayerListCache();
// Part 4: extended header
if( parts.Length > 3 ) {
string[] xheader = parts[3].Split( ' ' );
CreatedBy = PlayerDB.FindPlayerInfoExact( xheader[0] );
if( CreatedBy != null ) CreatedDate = DateTime.Parse( xheader[1] );
EditedBy = PlayerDB.FindPlayerInfoExact( xheader[2] );
if( EditedBy != null ) EditedDate = DateTime.Parse( xheader[3] );
}
}
public GrassTask( World world )
: base(world)
{
int w, l;
lock ( world.SyncRoot ) {
w = _map.Width;
l = _map.Length;
}
_rndCoords = new Coords[w * l]; //up to 250K per world with grass physics
for ( short i = 0; i < w; ++i )
for ( short j = 0; j < l; ++j )
_rndCoords[i * l + j] = new Coords() { X = i, Y = j };
Util.RndPermutate( _rndCoords );
}
public void HitPlayer(World world, Vector3I pos, Player hitted, Player by, ref int restDistance, IList <BlockUpdate> updates)
{
hitted.Kill(world, String.Format("{0}&S was blown up by {1}", hitted.ClassyName, hitted.ClassyName == by.ClassyName ? "theirself" : by.ClassyName));
}
public void HitPlayer(World world, Vector3I pos, Player hitted, Player by, ref int restDistance, IList <BlockUpdate> updates)
{
hitted.Kill(world, String.Format("{0}&S was shot by {1}", hitted.ClassyName, hitted.ClassyName == by.ClassyName ? "theirself" : by.ClassyName));
updates.Add(new BlockUpdate(null, pos, Block.Air));
restDistance = 0;
}
public bool VisitBlock(World world, Vector3I pos, Block block, Player owner, ref int restDistance,
IList <BlockUpdate> updates, Block sending)
{
if (Block.Air != block) //hit a building
{
if (owner.bluePortal.Count > 0)
{
if (pos == owner.bluePortal[0] || pos == owner.bluePortal[1])
{
return(false);
}
}
if (owner.orangePortal.Count > 0)
{
if (pos == owner.orangePortal[0] || pos == owner.orangePortal[1])
{
return(false);
}
}
//blue portal
if (sending == Block.Water)
{
if (CanPlacePortal(pos.X, pos.Y, pos.Z, world.Map))
{
if (owner.bluePortal.Count > 0)
{
int i = 0;
foreach (Vector3I b in owner.bluePortal)
{
world.Map.QueueUpdate(new BlockUpdate(null, b, owner.blueOld[i]));
i++;
}
owner.blueOld.Clear();
owner.bluePortal.Clear();
}
owner.blueOld.Add(world.Map.GetBlock(pos));
owner.blueOld.Add(world.Map.GetBlock(pos.X, pos.Y, pos.Z + 1));
owner.orangeOut = owner.Position.R;
for (double z = pos.Z; z < pos.Z + 2; z++)
{
world.Map.QueueUpdate(new BlockUpdate(null, (short)(pos.X), (short)(pos.Y), (short)z,
Block.Water));
owner.bluePortal.Add(new Vector3I((int)pos.X, (int)pos.Y, (int)z));
}
return(false);
}
else
{
return(false);
}
}
//orange portal
else if (sending == Block.Lava)
{
if (CanPlacePortal(pos.X, pos.Y, pos.Z, world.Map))
{
if (owner.orangePortal.Count > 0)
{
int i = 0;
foreach (Vector3I b in owner.orangePortal)
{
world.Map.QueueUpdate(new BlockUpdate(null, b, owner.orangeOld[i]));
i++;
}
owner.orangeOld.Clear();
owner.orangePortal.Clear();
}
owner.orangeOld.Add(world.Map.GetBlock(pos));
owner.orangeOld.Add(world.Map.GetBlock(pos.X, pos.Y, pos.Z + 1));
owner.blueOut = owner.Position.R;
for (double z = pos.Z; z < pos.Z + 2; z++)
{
world.Map.QueueUpdate(new BlockUpdate(null, (short)(pos.X), (short)(pos.Y), (short)z,
Block.Lava));
owner.orangePortal.Add(new Vector3I((int)pos.X, (int)pos.Y, (int)z));
}
return(false);
}
else
{
return(false);
}
}
updates.Add(new BlockUpdate(null, pos, world.Map.GetBlock(pos))); //restore
restDistance = 0;
return(false);
}
return(true);
}
public void HitPlayer(World world, Vector3I pos, Player hitted, Player by, ref int restDistance,
IList <BlockUpdate> updates)
{
}
public World ChangeMap([NotNull] Map newMap, [NotNull] string newMapChangedBy)
{
if (newMap == null)
{
throw new ArgumentNullException("newMap");
}
if (newMapChangedBy == null)
{
throw new ArgumentNullException("newMapChangedBy");
}
lock ( SyncRoot ) {
if (mapWasChanged)
{
throw new InvalidOperationException("A map change is already pending!");
}
World newWorld = new World(Name)
{
AccessSecurity = (SecurityController)AccessSecurity.Clone(),
BuildSecurity = (SecurityController)BuildSecurity.Clone(),
IsHidden = IsHidden,
BlockDB = BlockDB,
lastBackup = lastBackup,
BackupInterval = BackupInterval,
IsLocked = IsLocked,
LockedBy = LockedBy,
UnlockedBy = UnlockedBy,
LockedOn = LockedOn,
UnlockedOn = UnlockedOn,
LoadedBy = LoadedBy,
LoadedOn = LoadedOn,
MapChangedBy = newMapChangedBy,
MapChangedOn = DateTime.UtcNow,
FogColor = FogColor,
CloudColor = CloudColor,
SkyColor = SkyColor,
EdgeLevel = EdgeLevel,
EdgeBlock = EdgeBlock
};
newMap.World = newWorld;
newWorld.Map = newMap;
newWorld.Preload = preload;
// save a backup, just in case
if (ConfigKey.BackupOnMapChange.Enabled())
{
if (Map != null && Map.HasChangedSinceSave)
{
SaveMap();
}
string backupFileName = String.Format(MapChangeBackupFormat, Name, DateTime.Now); // localized
SaveBackup(Path.Combine(Paths.BackupPath, backupFileName));
}
// register the new world, and unregister this one
WorldManager.ReplaceWorld(this, newWorld);
mapWasChanged = true;
// clear BlockDB for the old map
using (BlockDB.GetWriteLock()) {
BlockDB.Clear();
BlockDB.World = newWorld;
}
// tell players to go ahead
foreach (Player player in Players)
{
player.JoinWorld(newWorld, WorldChangeReason.Rejoin);
}
return(newWorld);
}
}
internal static bool LoadWorldList()
{
World newMainWorld = null;
Worlds = new World[0];
if (File.Exists(Paths.WorldListFileName))
{
try {
XDocument doc = XDocument.Load(Paths.WorldListFileName);
XElement root = doc.Root;
if (root != null)
{
foreach (XElement el in root.Elements("World"))
{
#if !DEBUG
try {
#endif
LoadWorldListEntry(el);
#if !DEBUG
}
catch (Exception ex) {
Logger.LogAndReportCrash("An error occured while trying to parse one of the entries on the world list",
"fCraft", ex, false);
}
#endif
}
XAttribute temp;
if ((temp = root.Attribute("main")) != null)
{
World suggestedMainWorld = FindWorldExact(temp.Value);
if (suggestedMainWorld != null)
{
newMainWorld = suggestedMainWorld;
}
else if (firstWorld != null)
{
// if specified main world does not exist, use first-defined world
Logger.Log(LogType.Warning,
"The specified main world \"{0}\" does not exist. " +
"\"{1}\" was designated main instead. You can use /WMain to change it.",
temp.Value, firstWorld.Name);
newMainWorld = firstWorld;
}
// if firstWorld was also null, LoadWorldList() should try creating a new mainWorld
}
else if (firstWorld != null)
{
newMainWorld = firstWorld;
}
}
} catch (Exception ex) {
Logger.LogAndReportCrash("Error occured while trying to load the world list.", "fCraft", ex, true);
return(false);
}
if (newMainWorld == null)
{
Logger.Log(LogType.Error,
"Server.Start: Could not load any of the specified worlds, or no worlds were specified. " +
"Creating default \"main\" world.");
newMainWorld = AddWorld(null, "main", MapGenerator.GenerateFlatgrass(128, 128, 64), true);
}
}
else
{
Logger.Log(LogType.SystemActivity,
"Server.Start: No world list found. Creating default \"main\" world.");
newMainWorld = AddWorld(null, "main", MapGenerator.GenerateFlatgrass(128, 128, 64), true);
}
// if there is no default world still, die.
if (newMainWorld == null)
{
throw new Exception("Could not create any worlds.");
}
else if (newMainWorld.AccessSecurity.HasRestrictions)
{
Logger.Log(LogType.Warning,
"Server.LoadWorldList: Main world cannot have any access restrictions. " +
"Access permission for \"{0}\" has been reset.",
newMainWorld.Name);
newMainWorld.AccessSecurity.Reset();
}
MainWorld = newMainWorld;
return(true);
}
/// <summary> Saves the current world list to worlds.xml. Thread-safe. </summary>
public static void SaveWorldList()
{
const string worldListTempFileName = Paths.WorldListFileName + ".tmp";
// Save world list
lock ( SyncRoot ) {
XDocument doc = new XDocument();
XElement root = new XElement("fCraftWorldList");
foreach (World world in Worlds)
{
XElement temp = new XElement("World");
temp.Add(new XAttribute("name", world.Name));
if (world.AccessSecurity.HasRestrictions)
{
temp.Add(world.AccessSecurity.Serialize(AccessSecurityXmlTagName));
}
if (world.BuildSecurity.HasRestrictions)
{
temp.Add(world.BuildSecurity.Serialize(BuildSecurityXmlTagName));
}
if (world.BackupInterval != World.DefaultBackupInterval)
{
temp.Add(new XAttribute("backup", world.BackupInterval.ToTickString()));
}
if (world.NeverUnload)
{
temp.Add(new XAttribute("noUnload", true));
}
if (world.IsHidden)
{
temp.Add(new XAttribute("hidden", true));
}
temp.Add(world.BlockDB.SaveSettings());
World world1 = world;
foreach (Rank mainedRank in RankManager.Ranks.Where(r => r.MainWorld == world1))
{
temp.Add(new XElement(RankMainXmlTagName, mainedRank.FullName));
}
if (!String.IsNullOrEmpty(world.LoadedBy))
{
temp.Add(new XElement("LoadedBy", world.LoadedBy));
}
if (world.LoadedOn != DateTime.MinValue)
{
temp.Add(new XElement("LoadedOn", world.LoadedOn.ToUnixTime()));
}
if (!String.IsNullOrEmpty(world.MapChangedBy))
{
temp.Add(new XElement("MapChangedBy", world.MapChangedBy));
}
if (world.MapChangedOn != DateTime.MinValue)
{
temp.Add(new XElement("MapChangedOn", world.MapChangedOn.ToUnixTime()));
}
XElement elEnv = new XElement(EnvironmentXmlTagName);
if (world.CloudColor > -1)
{
elEnv.Add(new XAttribute("cloud", world.CloudColor));
}
if (world.FogColor > -1)
{
elEnv.Add(new XAttribute("fog", world.FogColor));
}
if (world.SkyColor > -1)
{
elEnv.Add(new XAttribute("sky", world.SkyColor));
}
if (world.EdgeLevel > -1)
{
elEnv.Add(new XAttribute("level", world.EdgeLevel));
}
if (world.EdgeBlock != Block.Water)
{
elEnv.Add(new XAttribute("edge", world.EdgeBlock));
}
if (elEnv.HasAttributes)
{
temp.Add(elEnv);
}
root.Add(temp);
}
root.Add(new XAttribute("main", MainWorld.Name));
doc.Add(root);
doc.Save(worldListTempFileName);
Paths.MoveOrReplace(worldListTempFileName, Paths.WorldListFileName);
}
}
internal static void RealmAccess(Player player, Command cmd, string worldName, string name)
{
// Print information about the current realm
if (worldName == null)
{
if (player.World == null)
{
player.Message("Error.");
}
else
{
player.Message(player.World.AccessSecurity.GetDescription(player.World, "realm", "accessed"));
}
return;
}
// Find a realm by name
World realm = WorldManager.FindWorldOrPrintMatches(player, worldName);
if (realm == null) return;
if (name == null)
{
player.Message(realm.AccessSecurity.GetDescription(realm, "realm", "accessed"));
return;
}
if (realm == WorldManager.MainWorld)
{
player.Message("The main realm cannot have access restrictions.");
return;
}
bool changesWereMade = false;
do
{
if (name.Length < 2) continue;
// Whitelisting individuals
if (name.StartsWith("+"))
{
PlayerInfo info;
if (!PlayerDB.FindPlayerInfo(name.Substring(1), out info))
{
player.Message("More than one player found matching \"{0}\"", name.Substring(1));
continue;
}
else if (info == null)
{
player.MessageNoPlayer(name.Substring(1));
continue;
}
// prevent players from whitelisting themselves to bypass protection
if (realm.AccessSecurity.CheckDetailed(info) == SecurityCheckResult.Allowed)
{
player.Message("{0}&S is already allowed to access {1}&S (by rank)",
info.ClassyName, realm.ClassyName);
continue;
}
Player target = info.PlayerObject;
if (target == player) target = null; // to avoid duplicate messages
switch (realm.AccessSecurity.Include(info))
{
case PermissionOverride.Deny:
if (realm.AccessSecurity.Check(info))
{
player.Message("{0}&S is unbanned from Realm {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You are now unbanned from Realm {0}&S (removed from blacklist by {1}&S).",
realm.ClassyName, player.ClassyName);
}
}
else
{
player.Message("{0}&S was unbanned from Realm {1}&S. " +
"Player is still NOT allowed to join (by rank).",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You were Unbanned from Realm {0}&S by {1}&S. " +
"You are still NOT allowed to join (by rank).",
player.ClassyName, realm.ClassyName);
}
}
Logger.Log(LogType.UserActivity, "{0} removed {1} from the access blacklist of {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
case PermissionOverride.None:
player.Message("{0}&S is now allowed to access {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You can now access realm {0}&S (whitelisted by {1}&S).",
realm.ClassyName, player.ClassyName);
}
Logger.Log(LogType.UserActivity, "{0} added {1} to the access whitelist on realm {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
case PermissionOverride.Allow:
player.Message("{0}&S is already on the access whitelist of {1}",
info.ClassyName, realm.ClassyName);
break;
}
// Blacklisting individuals
}
else if (name.StartsWith("-"))
{
PlayerInfo info;
if (!PlayerDB.FindPlayerInfo(name.Substring(1), out info))
{
player.Message("More than one player found matching \"{0}\"", name.Substring(1));
continue;
}
else if (info == null)
{
player.MessageNoPlayer(name.Substring(1));
continue;
}
if (realm.AccessSecurity.CheckDetailed(info) == SecurityCheckResult.RankTooHigh ||
realm.AccessSecurity.CheckDetailed(info) == SecurityCheckResult.RankTooLow)
{
player.Message("{0}&S is already barred from accessing {1}&S (by rank)",
info.ClassyName, realm.ClassyName);
continue;
}
Player target = info.PlayerObject;
if (target == player) target = null; // to avoid duplicate messages
switch (realm.AccessSecurity.Exclude(info))
{
case PermissionOverride.Deny:
player.Message("{0}&S is already banned from Realm {1}",
info.ClassyName, realm.ClassyName);
break;
case PermissionOverride.None:
player.Message("{0}&S is now banned from accessing {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("&WYou were banned by {0}&W from accessing realm {1}",
player.ClassyName, realm.ClassyName);
}
Logger.Log(LogType.UserActivity, "{0} added {1} to the access blacklist on realm {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
case PermissionOverride.Allow:
if (realm.AccessSecurity.Check(info))
{
player.Message("{0}&S is no longer on the access whitelist of {1}&S. " +
"Player is still allowed to join (by rank).",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You were banned from Realm {0}&S by {1}&S. " +
"You are still allowed to join (by rank).",
player.ClassyName, realm.ClassyName);
}
}
else
{
player.Message("{0}&S is no longer allowed to access {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("&WYou were banned from Realm {0}&W (Banned by {1}&W).",
realm.ClassyName, player.ClassyName);
}
}
Logger.Log(LogType.UserActivity, "{0} removed {1} from the access whitelist on realm {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
}
// Setting minimum rank
}
else
{
Rank rank = RankManager.FindRank(name);
if (rank == null)
{
player.MessageNoRank(name);
}
else
{
// list players who are redundantly blacklisted
var exceptionList = realm.AccessSecurity.ExceptionList;
PlayerInfo[] noLongerExcluded = exceptionList.Excluded.Where(excludedPlayer => excludedPlayer.Rank < rank).ToArray();
if (noLongerExcluded.Length > 0)
{
player.Message("Following players no longer need to be blacklisted to be barred from {0}&S: {1}",
realm.ClassyName,
noLongerExcluded.JoinToClassyString());
}
// list players who are redundantly whitelisted
PlayerInfo[] noLongerIncluded = exceptionList.Included.Where(includedPlayer => includedPlayer.Rank >= rank).ToArray();
if (noLongerIncluded.Length > 0)
{
player.Message("Following players no longer need to be whitelisted to access {0}&S: {1}",
realm.ClassyName,
noLongerIncluded.JoinToClassyString());
}
// apply changes
realm.AccessSecurity.MinRank = rank;
changesWereMade = true;
if (realm.AccessSecurity.MinRank == RankManager.LowestRank)
{
Server.Message("{0}&S made the realm {1}&S accessible to everyone.",
player.ClassyName, realm.ClassyName);
}
else
{
Server.Message("{0}&S made the realm {1}&S accessible only by {2}+",
player.ClassyName, realm.ClassyName,
realm.AccessSecurity.MinRank.ClassyName);
}
Logger.Log(LogType.UserActivity, "{0} set access rank for realm {1} to {2}+",
player.Name, realm.Name, realm.AccessSecurity.MinRank.Name);
}
}
} while ((name = cmd.Next()) != null);
if (changesWereMade)
{
var playersWhoCantStay = realm.Players.Where(p => !p.CanJoin(realm));
foreach (Player p in playersWhoCantStay)
{
p.Message("&WYou are no longer allowed to join realm {0}", realm.ClassyName);
p.JoinWorld(WorldManager.MainWorld, WorldChangeReason.PermissionChanged);
}
WorldManager.SaveWorldList();
}
}
internal static void RealmBuild(Player player, Command cmd, string worldName, string name, string NameIfRankIsName)
{
// Print information about the current realm
if (worldName == null)
{
if (player.World == null)
{
player.Message("When calling /wbuild from console, you must specify a realm name.");
}
else
{
player.Message(player.World.BuildSecurity.GetDescription(player.World, "realm", "modified"));
}
return;
}
// Find a realm by name
World realm = WorldManager.FindWorldOrPrintMatches(player, worldName);
if (realm == null) return;
if (name == null)
{
player.Message(realm.BuildSecurity.GetDescription(realm, "realm", "modified"));
return;
}
bool changesWereMade = false;
do
{
if (name.Length < 2) continue;
// Whitelisting individuals
if (name.StartsWith("+"))
{
PlayerInfo info;
if (!PlayerDB.FindPlayerInfo(name.Substring(1), out info))
{
player.Message("More than one player found matching \"{0}\"", name.Substring(1));
continue;
}
else if (info == null)
{
player.MessageNoPlayer(name.Substring(1));
continue;
}
if (realm.BuildSecurity.CheckDetailed(info) == SecurityCheckResult.Allowed)
{
player.Message("{0}&S is already allowed to build in {1}&S (by rank)",
info.ClassyName, realm.ClassyName);
continue;
}
Player target = info.PlayerObject;
if (target == player) target = null; // to avoid duplicate messages
switch (realm.BuildSecurity.Include(info))
{
case PermissionOverride.Deny:
if (realm.BuildSecurity.Check(info))
{
player.Message("{0}&S is no longer barred from building in {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You can now build in realm {0}&S (removed from blacklist by {1}&S).",
realm.ClassyName, player.ClassyName);
}
}
else
{
player.Message("{0}&S was removed from the build blacklist of {1}&S. " +
"Player is still NOT allowed to build (by rank).",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You were removed from the build blacklist of realm {0}&S by {1}&S. " +
"You are still NOT allowed to build (by rank).",
player.ClassyName, realm.ClassyName);
}
}
Logger.Log(LogType.UserActivity, "{0} removed {1} from the build blacklist of {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
case PermissionOverride.None:
player.Message("{0}&S is now allowed to build in {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You can now build in realm {0}&S (whitelisted by {1}&S).",
realm.ClassyName, player.ClassyName);
}
Logger.Log(LogType.UserActivity, "{0} added {1} to the build whitelist on realm {2}",
player.Name, info.Name, realm.Name);
break;
case PermissionOverride.Allow:
player.Message("{0}&S is already on the build whitelist of {1}",
info.ClassyName, realm.ClassyName);
break;
}
// Blacklisting individuals
}
else if (name.StartsWith("-"))
{
PlayerInfo info;
if (!PlayerDB.FindPlayerInfo(name.Substring(1), out info))
{
player.Message("More than one player found matching \"{0}\"", name.Substring(1));
continue;
}
else if (info == null)
{
player.MessageNoPlayer(name.Substring(1));
continue;
}
if (realm.BuildSecurity.CheckDetailed(info) == SecurityCheckResult.RankTooHigh ||
realm.BuildSecurity.CheckDetailed(info) == SecurityCheckResult.RankTooLow)
{
player.Message("{0}&S is already barred from building in {1}&S (by rank)",
info.ClassyName, realm.ClassyName);
continue;
}
Player target = info.PlayerObject;
if (target == player) target = null; // to avoid duplicate messages
switch (realm.BuildSecurity.Exclude(info))
{
case PermissionOverride.Deny:
player.Message("{0}&S is already on build blacklist of {1}",
info.ClassyName, realm.ClassyName);
break;
case PermissionOverride.None:
player.Message("{0}&S is now barred from building in {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("&WYou were barred by {0}&W from building in realm {1}",
player.ClassyName, realm.ClassyName);
}
Logger.Log(LogType.UserActivity, "{0} added {1} to the build blacklist on realm {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
case PermissionOverride.Allow:
if (realm.BuildSecurity.Check(info))
{
player.Message("{0}&S is no longer on the build whitelist of {1}&S. " +
"Player is still allowed to build (by rank).",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("You were removed from the build whitelist of realm {0}&S by {1}&S. " +
"You are still allowed to build (by rank).",
player.ClassyName, realm.ClassyName);
}
}
else
{
player.Message("{0}&S is no longer allowed to build in {1}",
info.ClassyName, realm.ClassyName);
if (target != null)
{
target.Message("&WYou can no longer build in realm {0}&W (removed from whitelist by {1}&W).",
realm.ClassyName, player.ClassyName);
}
}
Logger.Log(LogType.UserActivity, "{0} removed {1} from the build whitelist on realm {2}",
player.Name, info.Name, realm.Name);
changesWereMade = true;
break;
}
// Setting minimum rank
}
else
{
Rank rank = RankManager.FindRank(name);
if (rank == null)
{
player.MessageNoRank(name);
}
else if (!player.Info.Rank.AllowSecurityCircumvention &&
realm.BuildSecurity.MinRank > rank &&
realm.BuildSecurity.MinRank > player.Info.Rank)
{
player.Message("&WYou must be ranked {0}&W+ to lower build restrictions for realm {1}",
realm.BuildSecurity.MinRank.ClassyName, realm.ClassyName);
}
else
{
// list players who are redundantly blacklisted
var exceptionList = realm.BuildSecurity.ExceptionList;
PlayerInfo[] noLongerExcluded = exceptionList.Excluded.Where(excludedPlayer => excludedPlayer.Rank < rank).ToArray();
if (noLongerExcluded.Length > 0)
{
player.Message("Following players no longer need to be blacklisted on realm {0}&S: {1}",
realm.ClassyName,
noLongerExcluded.JoinToClassyString());
}
// list players who are redundantly whitelisted
PlayerInfo[] noLongerIncluded = exceptionList.Included.Where(includedPlayer => includedPlayer.Rank >= rank).ToArray();
if (noLongerIncluded.Length > 0)
{
player.Message("Following players no longer need to be whitelisted on realm {0}&S: {1}",
realm.ClassyName,
noLongerIncluded.JoinToClassyString());
}
// apply changes
realm.BuildSecurity.MinRank = rank;
changesWereMade = true;
if (realm.BuildSecurity.MinRank == RankManager.LowestRank)
{
Server.Message("{0}&S allowed anyone to build on realm {1}",
player.ClassyName, realm.ClassyName);
}
else
{
Server.Message("{0}&S allowed only {1}+&S to build in realm {2}",
player.ClassyName, realm.BuildSecurity.MinRank.ClassyName, realm.ClassyName);
}
Logger.Log(LogType.UserActivity, "{0} set build rank for realm {1} to {2}+",
player.Name, realm.Name, realm.BuildSecurity.MinRank.Name);
}
}
} while ((name = cmd.Next()) != null);
if (changesWereMade)
{
WorldManager.SaveWorldList();
}
}
// Applies pending updates and sends them to players (if applicable).
internal void ProcessUpdates()
{
if (World == null)
{
throw new InvalidOperationException("Map must be assigned to a world to process updates.");
}
if (World.IsLocked)
{
if (World.IsPendingMapUnload)
{
World.UnloadMap(true);
}
return;
}
int packetsSent = 0;
bool canFlush = false;
int maxPacketsPerUpdate = Server.CalculateMaxPacketsPerUpdate(World);
BlockUpdate update = new BlockUpdate();
while (packetsSent < maxPacketsPerUpdate)
{
if (!updates.Dequeue(ref update))
{
if (World.IsFlushing)
{
canFlush = true;
}
break;
}
HasChangedSinceSave = true;
if (!InBounds(update.X, update.Y, update.Z))
{
continue;
}
int blockIndex = Index(update.X, update.Y, update.Z);
Blocks[blockIndex] = (byte)update.BlockType;
if (!World.IsFlushing)
{
Packet packet = PacketWriter.MakeSetBlock(update.X, update.Y, update.Z, update.BlockType);
World.Players.SendLowPriority(update.Origin, packet);
}
packetsSent++;
}
if (drawOps.Count > 0)
{
lock ( drawOpLock ) {
if (drawOps.Count > 0)
{
packetsSent += ProcessDrawOps(maxPacketsPerUpdate - packetsSent);
}
}
}
else if (canFlush)
{
World.EndFlushMapBuffer();
}
if (packetsSent == 0 && World.IsPendingMapUnload)
{
World.UnloadMap(true);
}
}
static void ZoneRenameHandler(Player player, Command cmd)
{
World playerWorld = player.World;
if (playerWorld == null)
{
PlayerOpException.ThrowNoWorld(player);
}
// make sure that both parameters are given
string oldName = cmd.Next();
string newName = cmd.Next();
if (oldName == null || newName == null)
{
CdZoneRename.PrintUsage(player);
return;
}
// make sure that the new name is valid
if (!World.IsValidName(newName))
{
player.Message("\"{0}\" is not a valid zone name", newName);
return;
}
// find the old zone
var zones = player.WorldMap.Zones;
Zone oldZone = zones.Find(oldName);
if (oldZone == null)
{
player.MessageNoZone(oldName);
return;
}
// Check if a zone with "newName" name already exists
Zone newZone = zones.FindExact(newName);
if (newZone != null && newZone != oldZone)
{
player.Message("A zone with the name \"{0}\" already exists.", newName);
return;
}
// check if any change is needed
string fullOldName = oldZone.Name;
if (fullOldName == newName)
{
player.Message("The zone is already named \"{0}\"", fullOldName);
return;
}
// actually rename the zone
zones.Rename(oldZone, newName);
// announce the rename
playerWorld.Players.Message("&SZone \"{0}\" was renamed to \"{1}&S\" by {2}",
fullOldName, oldZone.ClassyName, player.ClassyName);
Logger.Log(LogType.UserActivity,
"Player {0} renamed zone \"{1}\" to \"{2}\" on world {3}",
player.Name, fullOldName, newName, playerWorld.Name);
}
static void LoadWorldListEntry([NotNull] XElement el)
{
if (el == null)
{
throw new ArgumentNullException("el");
}
XAttribute tempAttr;
if ((tempAttr = el.Attribute("name")) == null)
{
Logger.Log(LogType.Error, "WorldManager: World tag with no name skipped.");
return;
}
string worldName = tempAttr.Value;
bool neverUnload = (el.Attribute("noUnload") != null);
World world;
try {
world = AddWorld(null, worldName, null, neverUnload);
} catch (WorldOpException ex) {
Logger.Log(LogType.Error,
"WorldManager: Error adding world \"{0}\": {1}",
worldName, ex.Message);
return;
}
if ((tempAttr = el.Attribute("hidden")) != null)
{
bool isHidden;
if (Boolean.TryParse(tempAttr.Value, out isHidden))
{
world.IsHidden = isHidden;
}
else
{
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"hidden\" attribute of world \"{0}\", assuming NOT hidden.",
worldName);
}
}
if (firstWorld == null)
{
firstWorld = world;
}
XElement tempEl;
if ((tempEl = el.Element(AccessSecurityXmlTagName)) != null)
{
world.AccessSecurity = new SecurityController(tempEl, true);
}
else if ((tempEl = el.Element("accessSecurity")) != null)
{
world.AccessSecurity = new SecurityController(tempEl, true);
}
if ((tempEl = el.Element(BuildSecurityXmlTagName)) != null)
{
world.BuildSecurity = new SecurityController(tempEl, true);
}
else if ((tempEl = el.Element("buildSecurity")) != null)
{
world.BuildSecurity = new SecurityController(tempEl, true);
}
if ((tempAttr = el.Attribute("backup")) != null)
{
TimeSpan backupInterval;
if (tempAttr.Value.ToTimeSpan(out backupInterval))
{
world.BackupInterval = backupInterval;
}
else
{
world.BackupInterval = World.DefaultBackupInterval;
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"backup\" attribute of world \"{0}\", assuming default ({1}).",
worldName,
world.BackupInterval.ToMiniString());
}
}
else
{
world.BackupInterval = World.DefaultBackupInterval;
}
XElement blockEl = el.Element(BlockDB.XmlRootName);
if (blockEl != null)
{
world.BlockDB.LoadSettings(blockEl);
}
XElement envEl = el.Element(EnvironmentXmlTagName);
if (envEl != null)
{
if ((tempAttr = envEl.Attribute("cloud")) != null)
{
if (!Int32.TryParse(tempAttr.Value, out world.CloudColor))
{
world.CloudColor = -1;
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"cloud\" attribute of Environment settings for world \"{0}\", assuming default (normal).",
worldName);
}
}
if ((tempAttr = envEl.Attribute("fog")) != null)
{
if (!Int32.TryParse(tempAttr.Value, out world.FogColor))
{
world.FogColor = -1;
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"fog\" attribute of Environment settings for world \"{0}\", assuming default (normal).",
worldName);
}
}
if ((tempAttr = envEl.Attribute("sky")) != null)
{
if (!Int32.TryParse(tempAttr.Value, out world.SkyColor))
{
world.SkyColor = -1;
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"sky\" attribute of Environment settings for world \"{0}\", assuming default (normal).",
worldName);
}
}
if ((tempAttr = envEl.Attribute("level")) != null)
{
if (!Int32.TryParse(tempAttr.Value, out world.EdgeLevel))
{
world.EdgeLevel = -1;
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"level\" attribute of Environment settings for world \"{0}\", assuming default (normal).",
worldName);
}
}
if ((tempAttr = envEl.Attribute("edge")) != null)
{
Block block = Map.GetBlockByName(tempAttr.Value);
if (block == Block.Undefined)
{
world.EdgeBlock = Block.Water;
Logger.Log(LogType.Warning,
"WorldManager: Could not parse \"edge\" attribute of Environment settings for world \"{0}\", assuming default (Water).",
worldName);
}
else
{
if (Map.GetEdgeTexture(block) == null)
{
world.EdgeBlock = Block.Water;
Logger.Log(LogType.Warning,
"WorldManager: Unacceptable blocktype given for \"edge\" attribute of Environment settings for world \"{0}\", assuming default (Water).",
worldName);
}
else
{
world.EdgeBlock = block;
}
}
}
}
foreach (XElement mainedRankEl in el.Elements(RankMainXmlTagName))
{
Rank rank = Rank.Parse(mainedRankEl.Value);
if (rank != null)
{
if (rank < world.AccessSecurity.MinRank)
{
world.AccessSecurity.MinRank = rank;
Logger.Log(LogType.Warning,
"WorldManager: Lowered access MinRank of world {0} to allow it to be the main world for that rank.",
rank.Name);
}
rank.MainWorld = world;
}
}
CheckMapFile(world);
}
// Makes sure that the map file exists, is properly named, and is loadable.
static void CheckMapFile([NotNull] World world)
{
if (world == null)
{
throw new ArgumentNullException("world");
}
// Check the world's map file
string fullMapFileName = world.MapFileName;
string fileName = Path.GetFileName(fullMapFileName);
if (Paths.FileExists(fullMapFileName, false))
{
if (!Paths.FileExists(fullMapFileName, true))
{
// Map file has wrong capitalization
FileInfo[] matches = Paths.FindFiles(fullMapFileName);
if (matches.Length == 1)
{
// Try to rename the map file to match world's capitalization
// ReSharper disable AssignNullToNotNullAttribute
Paths.ForceRename(matches[0].FullName, fileName);
// ReSharper restore AssignNullToNotNullAttribute
if (Paths.FileExists(fullMapFileName, true))
{
Logger.Log(LogType.Warning,
"WorldManager.CheckMapFile: Map file for world \"{0}\" was renamed from \"{1}\" to \"{2}\"",
world.Name, matches[0].Name, fileName);
}
else
{
Logger.Log(LogType.Error,
"WorldManager.CheckMapFile: Failed to rename map file of \"{0}\" from \"{1}\" to \"{2}\"",
world.Name, matches[0].Name, fileName);
return;
}
}
else
{
Logger.Log(LogType.Warning,
"WorldManager.CheckMapFile: More than one map file exists matching the world name \"{0}\". " +
"Please check the map directory and use /WLoad to load the correct file.",
world.Name);
return;
}
}
// Try loading the map header
try {
MapUtility.LoadHeader(world.MapFileName);
} catch (Exception ex) {
Logger.Log(LogType.Warning,
"WorldManager.CheckMapFile: Could not load map file for world \"{0}\": {1}",
world.Name, ex);
}
}
else
{
Logger.Log(LogType.Warning,
"WorldManager.CheckMapFile: Map file for world \"{0}\" was not found.",
world.Name);
}
}
public static void RealmLoad(Player player, Command cmd, string fileName, string worldName)
{
if (worldName == null && player.World == null)
{
player.Message("When using /realm from console, you must specify the realm name.");
return;
}
if (fileName == null)
{
// No params given at all
return;
}
string fullFileName = WorldManager.FindMapFile(player, fileName);
if (fullFileName == null) return;
// Loading map into current realm
if (worldName == null)
{
if (!cmd.IsConfirmed)
{
player.Confirm(cmd, "About to replace THIS REALM with \"{0}\".", fileName);
return;
}
Map map;
try
{
map = MapUtility.Load(fullFileName);
}
catch (Exception ex)
{
player.MessageNow("Could not load specified file: {0}: {1}", ex.GetType().Name, ex.Message);
return;
}
World realm = player.World;
// Loading to current realm
realm.MapChangedBy = player.Name;
realm.ChangeMap(map);
realm.Players.Message(player, "{0}&S loaded a new map for this realm.",
player.ClassyName);
player.MessageNow("New map loaded for the realm {0}", realm.ClassyName);
Logger.Log(LogType.UserActivity,
"{0} loaded new map for realm \"{1}\" from {2}",
player.Name, realm.Name, fileName);
realm.IsHidden = false;
realm.IsRealm = true;
WorldManager.SaveWorldList();
}
else
{
// Loading to some other (or new) realm
if (!World.IsValidName(worldName))
{
player.MessageInvalidWorldName(worldName);
return;
}
string buildRankName = cmd.Next();
string accessRankName = cmd.Next();
Rank buildRank = RankManager.DefaultBuildRank;
Rank accessRank = null;
if (buildRankName != null)
{
buildRank = RankManager.FindRank(buildRankName);
if (buildRank == null)
{
player.MessageNoRank(buildRankName);
return;
}
if (accessRankName != null)
{
accessRank = RankManager.FindRank(accessRankName);
if (accessRank == null)
{
player.MessageNoRank(accessRankName);
return;
}
}
}
// Retype realm name, if needed
if (worldName == "-")
{
if (player.LastUsedWorldName != null)
{
worldName = player.LastUsedWorldName;
}
else
{
player.Message("Cannot repeat realm name: you haven't used any names yet.");
return;
}
}
lock (WorldManager.SyncRoot)
{
World realm = WorldManager.FindWorldExact(worldName);
if (realm != null)
{
player.LastUsedWorldName = realm.Name;
// Replacing existing realm's map
if (!cmd.IsConfirmed)
{
player.Confirm(cmd, "About to replace realm map for {0}&S with \"{1}\".",
realm.ClassyName, fileName);
return;
}
Map map;
try
{
map = MapUtility.Load(fullFileName);
realm.IsHidden = false;
realm.IsRealm = true;
WorldManager.SaveWorldList();
}
catch (Exception ex)
{
player.MessageNow("Could not load specified file: {0}: {1}", ex.GetType().Name, ex.Message);
return;
}
try
{
realm.MapChangedBy = player.Name;
realm.ChangeMap(map);
realm.IsHidden = false;
realm.IsRealm = true;
WorldManager.SaveWorldList();
}
catch (WorldOpException ex)
{
Logger.Log(LogType.Error,
"Could not complete RealmLoad operation: {0}", ex.Message);
player.Message("&WRealmLoad: {0}", ex.Message);
return;
}
realm.Players.Message(player, "{0}&S loaded a new map for the realm {1}",
player.ClassyName, realm.ClassyName);
player.MessageNow("New map for the realm {0}&S has been loaded.", realm.ClassyName);
Logger.Log(LogType.UserActivity,
"{0} loaded new map for realm \"{1}\" from {2}",
player.Name, realm.Name, fullFileName);
}
else
{
// Adding a new realm
string targetFullFileName = Path.Combine(Paths.MapPath, worldName + ".fcm");
if (!cmd.IsConfirmed &&
File.Exists(targetFullFileName) && // target file already exists
!Paths.Compare(targetFullFileName, fullFileName))
{
// and is different from sourceFile
player.Confirm(cmd,
"A map named \"{0}\" already exists, and will be overwritten with \"{1}\".",
Path.GetFileName(targetFullFileName), Path.GetFileName(fullFileName));
return;
}
Map map;
try
{
map = MapUtility.Load(fullFileName);
//realm.IsHidden = false;
//realm.IsRealm = true;
//WorldManager.SaveWorldList();
}
catch (Exception ex)
{
player.MessageNow("Could not load \"{0}\": {1}: {2}",
fileName, ex.GetType().Name, ex.Message);
return;
}
World newWorld;
try
{
newWorld = WorldManager.AddWorld(player, worldName, map, false);
}
catch (WorldOpException ex)
{
player.Message("RealmLoad: {0}", ex.Message);
return;
}
player.LastUsedWorldName = worldName;
newWorld.BuildSecurity.MinRank = buildRank;
if (accessRank == null)
{
newWorld.AccessSecurity.ResetMinRank();
}
else
{
newWorld.AccessSecurity.MinRank = accessRank;
}
newWorld.BlockDB.AutoToggleIfNeeded();
if (BlockDB.IsEnabledGlobally && newWorld.BlockDB.IsEnabled)
{
player.Message("BlockDB is now auto-enabled on realm {0}", newWorld.ClassyName);
}
newWorld.LoadedBy = player.Name;
newWorld.LoadedOn = DateTime.UtcNow;
Server.Message("{0}&S created a new realm named {1}",
player.ClassyName, newWorld.ClassyName);
Logger.Log(LogType.UserActivity,
"{0} created a new realm named \"{1}\" (loaded from \"{2}\")",
player.Name, worldName, fileName);
newWorld.IsHidden = false;
newWorld.IsRealm = true;
WorldManager.SaveWorldList();
player.MessageNow("Access permission is {0}+&S, and build permission is {1}+",
newWorld.AccessSecurity.MinRank.ClassyName,
newWorld.BuildSecurity.MinRank.ClassyName);
}
}
}
Server.RequestGC();
}
static void ZoneAddHandler(Player player, Command cmd)
{
World playerWorld = player.World;
if (playerWorld == null)
{
PlayerOpException.ThrowNoWorld(player);
}
string givenZoneName = cmd.Next();
if (givenZoneName == null)
{
CdZoneAdd.PrintUsage(player);
return;
}
if (!player.Info.Rank.AllowSecurityCircumvention)
{
SecurityCheckResult buildCheck = playerWorld.BuildSecurity.CheckDetailed(player.Info);
switch (buildCheck)
{
case SecurityCheckResult.BlackListed:
player.Message("Cannot add zones to world {0}&S: You are barred from building here.",
playerWorld.ClassyName);
return;
case SecurityCheckResult.RankTooLow:
player.Message("Cannot add zones to world {0}&S: You are not allowed to build here.",
playerWorld.ClassyName);
return;
//case SecurityCheckResult.RankTooHigh:
}
}
Zone newZone = new Zone();
ZoneCollection zoneCollection = player.WorldMap.Zones;
if (givenZoneName.StartsWith("+"))
{
// personal zone (/ZAdd +Name)
givenZoneName = givenZoneName.Substring(1);
// Find the target player
PlayerInfo info = PlayerDB.FindPlayerInfoOrPrintMatches(player, givenZoneName);
if (info == null)
{
return;
}
// Make sure that the name is not taken already.
// If a zone named after the player already exists, try adding a number after the name (e.g. "Notch2")
newZone.Name = info.Name;
for (int i = 2; zoneCollection.Contains(newZone.Name); i++)
{
newZone.Name = givenZoneName + i;
}
newZone.Controller.MinRank = info.Rank.NextRankUp ?? info.Rank;
newZone.Controller.Include(info);
player.Message("Zone: Creating a {0}+&S zone for player {1}&S.",
newZone.Controller.MinRank.ClassyName, info.ClassyName);
}
else
{
// Adding an ordinary, rank-restricted zone.
if (!World.IsValidName(givenZoneName))
{
player.Message("\"{0}\" is not a valid zone name", givenZoneName);
return;
}
if (zoneCollection.Contains(givenZoneName))
{
player.Message("A zone with this name already exists. Use &H/ZEdit&S to edit.");
return;
}
newZone.Name = givenZoneName;
string rankName = cmd.Next();
if (rankName == null)
{
player.Message("No rank was specified. See &H/Help zone");
return;
}
Rank minRank = RankManager.FindRank(rankName);
if (minRank != null)
{
string name;
while ((name = cmd.Next()) != null)
{
if (name.Length == 0)
{
continue;
}
if (name.ToLower().StartsWith("msg="))
{
newZone.Message = name.Substring(4) + " " + (cmd.NextAll() ?? "");
player.Message("Zone: Custom denied messaged changed to '" + newZone.Message + "'");
break;
}
PlayerInfo info = PlayerDB.FindPlayerInfoOrPrintMatches(player, name.Substring(1));
if (info == null)
{
return;
}
if (name.StartsWith("+"))
{
newZone.Controller.Include(info);
}
else if (name.StartsWith("-"))
{
newZone.Controller.Exclude(info);
}
}
newZone.Controller.MinRank = minRank;
}
else
{
player.MessageNoRank(rankName);
return;
}
}
player.Message("Zone " + newZone.ClassyName + "&S: Place a block or type &H/Mark&S to use your location.");
player.SelectionStart(2, ZoneAddCallback, newZone, CdZoneAdd.Permissions);
}
/// <summary> Changes the name of the given world. </summary>
public static void RenameWorld([NotNull] World world, [NotNull] string newName, bool moveMapFile, bool overwrite)
{
if (newName == null)
{
throw new ArgumentNullException("newName");
}
if (world == null)
{
throw new ArgumentNullException("world");
}
if (!World.IsValidName(newName))
{
throw new WorldOpException(newName, WorldOpExceptionCode.InvalidWorldName);
}
lock (world.SyncRoot) {
string oldName = world.Name;
if (oldName == newName)
{
throw new WorldOpException(world.Name, WorldOpExceptionCode.NoChangeNeeded);
}
lock ( SyncRoot ) {
World newWorld = FindWorldExact(newName);
if (newWorld != null && newWorld != world)
{
if (overwrite)
{
RemoveWorld(newWorld);
}
else
{
throw new WorldOpException(newName, WorldOpExceptionCode.DuplicateWorldName);
}
}
WorldIndex.Remove(world.Name.ToLower());
world.Name = newName;
WorldIndex.Add(newName.ToLower(), world);
UpdateWorldList();
if (moveMapFile)
{
string oldMapFile = Path.Combine(Paths.MapPath, oldName + ".fcm");
string newMapFile = newName + ".fcm";
if (File.Exists(oldMapFile))
{
try {
Paths.ForceRename(oldMapFile, newMapFile);
} catch (Exception ex) {
throw new WorldOpException(world.Name,
WorldOpExceptionCode.MapMoveError,
ex);
}
}
lock (world.BlockDB.SyncRoot) {
string oldBlockDBFile = Path.Combine(Paths.BlockDBDirectory, oldName + ".fbdb");
string newBockDBFile = newName + ".fbdb";
if (File.Exists(oldBlockDBFile))
{
try {
Paths.ForceRename(oldBlockDBFile, newBockDBFile);
} catch (Exception ex) {
throw new WorldOpException(world.Name,
WorldOpExceptionCode.MapMoveError,
ex);
}
}
}
}
}
}
}