package org.mctourney.autoreferee;
import java.awt.image.RenderedImage;
import java.io.*;
import java.lang.management.ManagementFactory;
import java.lang.reflect.Field;
import java.lang.reflect.Method;
import java.net.URLEncoder;
import java.text.SimpleDateFormat;
import java.util.*;
import java.util.logging.Level;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
import java.util.zip.ZipEntry;
import java.util.zip.ZipOutputStream;
import javax.imageio.ImageIO;
import com.google.common.collect.ImmutableMap;
import com.google.common.collect.Iterables;
import com.google.common.collect.Lists;
import com.google.common.collect.MapDifference;
import com.google.common.collect.Maps;
import com.google.common.collect.Sets;
import org.apache.commons.io.FileUtils;
import org.apache.commons.io.IOUtils;
import org.apache.commons.io.filefilter.FileFilterUtils;
import org.apache.commons.io.filefilter.IOFileFilter;
import org.apache.commons.lang3.StringUtils;
import org.bukkit.Bukkit;
import org.bukkit.ChatColor;
import org.bukkit.Difficulty;
import org.bukkit.GameMode;
import org.bukkit.Material;
import org.bukkit.OfflinePlayer;
import org.bukkit.World;
import org.bukkit.Location;
import org.bukkit.block.Block;
import org.bukkit.block.BlockFace;
import org.bukkit.block.BlockState;
import org.bukkit.command.CommandSender;
import org.bukkit.configuration.file.FileConfiguration;
import org.bukkit.entity.Ambient;
import org.bukkit.entity.Animals;
import org.bukkit.entity.Arrow;
import org.bukkit.entity.Entity;
import org.bukkit.entity.ExperienceOrb;
import org.bukkit.entity.Item;
import org.bukkit.entity.Monster;
import org.bukkit.entity.Player;
import org.bukkit.entity.Projectile;
import org.bukkit.inventory.ItemStack;
import org.bukkit.inventory.meta.BookMeta;
import org.bukkit.material.Attachable;
import org.bukkit.material.Button;
import org.bukkit.material.Lever;
import org.bukkit.material.MaterialData;
import org.bukkit.material.PressurePlate;
import org.bukkit.material.PressureSensor;
import org.bukkit.material.Redstone;
import org.bukkit.plugin.Plugin;
import org.bukkit.scheduler.BukkitRunnable;
import org.bukkit.scoreboard.DisplaySlot;
import org.bukkit.scoreboard.Objective;
import org.bukkit.scoreboard.Scoreboard;
import org.bukkit.scoreboard.Team;
import org.jdom2.Element;
import org.jdom2.JDOMException;
import org.jdom2.input.JDOMParseException;
import org.jdom2.input.SAXBuilder;
import org.jdom2.output.Format;
import org.jdom2.output.XMLOutputter;
import org.mctourney.autoreferee.event.match.MatchCompleteEvent;
import org.mctourney.autoreferee.event.match.MatchStartEvent;
import org.mctourney.autoreferee.event.match.MatchTranscriptEvent;
import org.mctourney.autoreferee.event.match.MatchUnloadEvent;
import org.mctourney.autoreferee.event.match.MatchUploadStatsEvent;
import org.mctourney.autoreferee.event.player.PlayerMatchJoinEvent;
import org.mctourney.autoreferee.event.player.PlayerMatchLeaveEvent;
import org.mctourney.autoreferee.event.player.PlayerTeamJoinEvent;
import org.mctourney.autoreferee.goals.AutoRefGoal;
import org.mctourney.autoreferee.goals.TimeGoal;
import org.mctourney.autoreferee.goals.scoreboard.AutoRefObjective;
import org.mctourney.autoreferee.listeners.GoalsInventorySnapshot;
import org.mctourney.autoreferee.listeners.SpectatorListener;
import org.mctourney.autoreferee.listeners.ZoneListener;
import org.mctourney.autoreferee.regions.AutoRefRegion;
import org.mctourney.autoreferee.regions.CuboidRegion;
import org.mctourney.autoreferee.util.ArmorPoints;
import org.mctourney.autoreferee.util.BlockData;
import org.mctourney.autoreferee.util.BookUtil;
import org.mctourney.autoreferee.util.LocationUtil;
import org.mctourney.autoreferee.util.MapImageGenerator;
import org.mctourney.autoreferee.util.Metadatable;
import org.mctourney.autoreferee.util.PlayerKit;
import org.mctourney.autoreferee.util.PlayerUtil;
import org.mctourney.autoreferee.util.QueryUtil;
import org.mctourney.autoreferee.util.ReportGenerator;
import org.mctourney.autoreferee.util.SportBukkitUtil;
import org.mctourney.autoreferee.util.TeleportationUtil;
/**
* Represents a game world controlled by AutoReferee.
*
* @author authorblues
*/
public class AutoRefMatch implements Metadatable
{
// modify the internal NMS scoreboard instance with a custom scoreboard
private static final boolean REPLACE_INTERNAL_SCOREBOARD = false;
// online map list
private static String MAPREPO = "http://autoreferee.s3.amazonaws.com/";
/**
* Get the base url for the map repository
* @return url of map repository
*/
public static String getMapRepo()
{ return MAPREPO; }
/**
* Sets a new map repository for the plugin to download maps
* @param url url of new map repository to use
*/
public static void changeMapRepo(String url)
{ MAPREPO = url + "/"; }
// set this to false to not give match info books to players
public static boolean giveMatchInfoBooks = true;
static
{
File matchSummaryDirectory;
// determine the location of the match-summary directory
FileConfiguration config = AutoReferee.getInstance().getConfig();
if (config.isString("local-storage.match-summary.directory"))
matchSummaryDirectory = new File(config.getString("local-storage.match-summary.directory"));
else matchSummaryDirectory = new File(AutoReferee.getInstance().getDataFolder(), "summary");
// if the folder doesnt exist, create it...
if (!matchSummaryDirectory.exists()) matchSummaryDirectory.mkdir();
}
protected Map<String, Object> metadata = Maps.newHashMap();
public void addMetadata(String key, Object value)
{ this.metadata.put(key, value); }
public Object getMetadata(String key)
{ return this.metadata.get(key); }
public boolean hasMetadata(String key)
{ return this.metadata.containsKey(key); }
public Object removeMetadata(String key)
{ return this.metadata.remove(key); }
public void clearMetadata()
{ this.metadata.clear(); }
public enum AccessType
{ PRIVATE, PUBLIC }
public AccessType access = AccessType.PRIVATE;
protected boolean currentlyTied = false;
// world this match is taking place on
private World primaryWorld;
private AutoRefRegion worldSpawn = null;
private AutoRefRegion specSpawn = null;
private void setPrimaryWorld(World w)
{
primaryWorld = w;
worldConfigFile = new File(w.getWorldFolder(), AutoReferee.CFG_FILENAME);
setWorldSpawn(primaryWorld.getSpawnLocation());
}
public void setWorldSpawn(Location loc)
{
while (!TeleportationUtil.isBlockPassable(loc.getWorld().getBlockAt(loc))) loc = loc.add(0, 1, 0);
worldSpawn = new org.mctourney.autoreferee.regions.PointRegion(loc);
loc.getWorld().setSpawnLocation(loc.getBlockX(), loc.getBlockY(), loc.getBlockZ());
}
public void setSpectatorSpawn(Location loc)
{
while (!TeleportationUtil.isBlockPassable(loc.getWorld().getBlockAt(loc))) loc = loc.add(0, 1, 0);
specSpawn = new org.mctourney.autoreferee.regions.PointRegion(loc);
}
public boolean isPracticeMode()
{
if (!this.getCurrentState().inProgress()) return false;
int existingteams = 0;
for (AutoRefTeam team : this.getTeams())
if (!team.isEmptyTeam()) ++existingteams;
return existingteams < 2;
}
public boolean willBePracticeMode()
{
int existingteams = 0;
for (AutoRefTeam team : this.getTeams())
if (!team.isEmptyTeam()) ++existingteams;
return existingteams < 2;
}
protected boolean previewMode = false;
public void setPreviewMode(boolean b)
{ this.previewMode = b; }
public boolean isPreviewMode()
{ return this.previewMode; }
/**
* Gets the world associated with this match.
*
* @return world
*/
public World getWorld()
{ return primaryWorld; }
@Override public int hashCode()
{ return getWorld().hashCode(); }
@Override public String toString()
{
return String.format("%s[%s, w=%s]", this.getClass().getSimpleName(),
this.mapName, this.getWorld().getName());
}
/**
* Gets the global spawn location for this match.
*
* @return global spawn location
*/
public Location getWorldSpawn()
{ return worldSpawn.getLocation(); }
/**
* Gets the global spawn location for this match.
*
* @return global spawn location
*/
public Location getSpectatorSpawn()
{ return specSpawn != null ? specSpawn.getLocation() : getWorldSpawn(); }
private boolean tmp;
public AutoRefMatch temporary()
{ this.tmp = true; return this; }
public boolean isTemporaryWorld()
{ return tmp; }
private long startClock = 0L;
protected boolean lockTime = false;
/**
* Gets the time to set the world to at the start of the match.
*
* @return world time in ticks to be set at start of the match
*/
public long getStartClock()
{ return startClock; }
/**
* Represents the status of a match.
*
* @author authorblues
*/
public enum MatchStatus
{
/**
* No match for this world.
*/
NONE,
/**
* Waiting for players to join.
*/
WAITING(5*60*1000L),
/**
* Players joined, waiting for match start.
*/
READY(5*60*1000L),
/**
* Match in progress.
*/
PLAYING(30*60*1000L),
/**
* Match completed.
*/
COMPLETED(5*60*1000L);
public long inactiveMillis;
MatchStatus()
{ this(Long.MAX_VALUE); }
MatchStatus(long ms)
{ this.inactiveMillis = ms; }
/**
* Checks if the match has not yet started.
*
* @return true if match has not started, otherwise false
*/
public boolean isBeforeMatch()
{ return this.ordinal() < PLAYING.ordinal() && this != NONE; }
/**
* Checks if the match has completed.
*
* @return true if match is completed, otherwise false
*/
public boolean isAfterMatch()
{ return this.ordinal() > PLAYING.ordinal() && this != NONE; }
/**
* Checks if match is in progress.
*
* @return true if match is in progress, otherwise false
*/
public boolean inProgress()
{ return this == PLAYING; }
}
// status of the match
private MatchStatus currentState = MatchStatus.NONE;
/**
* Gets the current status of this match.
*
* @return match status
*/
public MatchStatus getCurrentState()
{ return currentState; }
/**
* Sets the current status of this match.
*
* @param status new match status
*/
public void setCurrentState(MatchStatus status)
{
this.currentState = status;
if (!status.isBeforeMatch()) this.setupSpectators();
}
// custom scoreboard
protected final Scoreboard scoreboard;
protected final Scoreboard infoboard;
protected Objective infoboardObjective;
protected List<Objective> allInfoObjectives;
public Scoreboard getScoreboard()
{ return scoreboard; }
Scoreboard getInfoboard()
{ return infoboard; }
// teams participating in the match
protected Set<AutoRefTeam> teams = Sets.newHashSet();
/**
* Gets the teams participating in this match.
*
* @return set of teams
*/
public Set<AutoRefTeam> getTeams()
{ return teams; }
public String getTeamList()
{
Set<String> tlist = Sets.newHashSet();
for (AutoRefTeam team : getTeams())
tlist.add(team.getDisplayName());
return StringUtils.join(tlist, ", ");
}
private AutoRefTeam winningTeam = null;
/**
* Gets the team that won this match.
*
* @return team that won the match if it is over, otherwise null
*/
public AutoRefTeam getWinningTeam()
{ return winningTeam; }
/**
* Sets the team that won this match.
*/
public void setWinningTeam(AutoRefTeam team)
{ winningTeam = team; }
protected Map<String, PlayerKit> kits;
public PlayerKit getKit(String name)
{ return kits.get(name); }
// region defined as the "start" region (safe zone)
private Set<AutoRefRegion> startRegions = Sets.newHashSet();
/**
* Gets the region designated as the start platform. This region should contain the
* world spawn location. Players in this region are immune to damage from other players,
* and mobs will not spawn in this region.
*
* @return start region
*/
public Set<AutoRefRegion> getStartRegions()
{ return startRegions; }
public void addStartRegion(AutoRefRegion reg)
{ this.startRegions.add(reg); }
private Set<AutoRefRegion.Flag> startRegionFlags = Sets.newHashSet
( AutoRefRegion.Flag.NO_BUILD
, AutoRefRegion.Flag.SAFE
, AutoRefRegion.Flag.NO_EXPLOSIONS
);
public Set<AutoRefRegion.Flag> getStartRegionFlags()
{ return Collections.unmodifiableSet(startRegionFlags); }
public double distanceToStartRegion(Location loc)
{
double dist = Double.MAX_VALUE;
for (AutoRefRegion reg : startRegions)
{
double d = reg.distanceToRegion(loc);
if (d < dist) dist = d;
}
return dist;
}
public CuboidRegion getMapCuboid()
{
CuboidRegion cube = null;
for (AutoRefRegion reg : getStartRegions())
cube = AutoRefRegion.combine(cube, reg);
for (AutoRefTeam team : getTeams())
for (AutoRefRegion reg : team.getRegions())
cube = AutoRefRegion.combine(cube, reg);
return cube;
}
// name of the match
private String matchName = null;
/**
* Sets the custom name for this match.
*
* @param name custom match name
*/
public void setMatchName(String name)
{ matchName = name; }
/**
* Gets the name of this match.
*
* @return match name
*/
public String getMatchName()
{
// if we have a specific match name...
if (matchName != null) return matchName;
// generate a date string
String date = new SimpleDateFormat("dd MMM yyyy").format(new Date());
// if the map is named, return map name as a placeholder
if (mapName != null) return mapName + ": " + date;
// otherwise, just return the date
return date;
}
// configuration information for the world
protected File worldConfigFile;
protected Element worldConfig;
private boolean saveConfig = true;
// basic variables loaded from file
protected String mapName = null;
protected Collection<String> mapAuthors = null;
/**
* Gets the name of the map for this match.
*
* @return map name
*/
public String getMapName()
{ return mapName; }
protected String versionString = "1.0";
/**
* Gets the version number of the map for this match.
*
* @return version number
*/
public String getMapVersion()
{ return versionString; }
/**
* Gets the shorthand version string of the map for this match. This string will have the format
* of "MapName-vX.Y"
*
* @return version string
*/
public String getVersionString()
{ return String.format("%s-v%s", normalizeMapName(this.getMapName()), this.getMapVersion()); }
public AutoRefMap getMap()
{ return AutoRefMap.getMap(mapName); }
/**
* Gets the creators of the map for this match.
*
* @return string list of names
*/
public String getAuthorList()
{
if (mapAuthors != null && mapAuthors.size() != 0)
return StringUtils.join(mapAuthors, ", ");
return "??";
}
private long startTime = 0;
public long getStartTime()
{ return startTime; }
public void setStartTime(long time)
{ this.startTime = time; }
/**
* Gets the number of seconds elapsed in this match.
*
* @return current elapsed seconds if match in progress, otherwise 0L
*/
public long recordedTime = 0L;
public long getElapsedSeconds()
{
if (!getCurrentState().inProgress()) return recordedTime;
return (ManagementFactory.getRuntimeMXBean().getUptime() - getStartTime()) / 1000L;
}
private long timeLimit = 0L;
/**
* Gets the match time limit in seconds.
*
* @return time limit in seconds
*/
public long getTimeLimit()
{ return timeLimit; }
/**
* Checks if this match has a set time limit.
*
* @return true if a time limit is set, otherwise false
*/
public boolean hasTimeLimit()
{ return timeLimit > 0L; }
/**
* Gets the number of seconds remaining in this match.
*
* @return time remaining in seconds
*/
public long getTimeRemaining()
{ return timeLimit - getElapsedSeconds(); }
/**
* Sets match time limit in seconds.
*
* @param limit new time limit in seconds
*/
public void setTimeLimit(long limit)
{ this.timeLimit = limit; }
/**
* Gets current match time, default value separator (colon).
*
* @return current match timestamp
*/
public String getTimestamp()
{ return getTimestamp(":"); }
/**
* Gets current match time, with value separator.
*
* @param sep time value separator
* @return current match timestamp
*/
public String getTimestamp(String sep)
{
long timestamp = this.getElapsedSeconds();
return String.format("%02d%s%02d%s%02d", timestamp/3600L,
sep, (timestamp/60L)%60L, sep, timestamp%60L);
}
// task that starts the match
protected CountdownTask matchStarter = null;
// mechanisms to open the starting gates
protected Set<StartMechanism> startMechanisms;
// protected entities - only protected from "butchering"
private Set<UUID> protectedEntities;
public boolean isProtected(UUID uuid)
{ return protectedEntities.contains(uuid); }
public void protect(UUID uuid)
{ protectedEntities.add(uuid); }
public void unprotect(UUID uuid)
{ protectedEntities.remove(uuid); }
public void toggleProtection(UUID uuid)
{ if (isProtected(uuid)) unprotect(uuid); else protect(uuid); }
protected boolean playersBecomeSpectators = true;
protected boolean allowFriendlyFire = true;
/**
* Checks if friendly fire is allowed in this match.
*
* @return true if friendly fire is allowed, otherwise false
*/
public boolean allowFriendlyFire()
{ return allowFriendlyFire; }
/**
* Sets whether friendly fire is allowed in this match.
*/
public void setFriendlyFire(boolean b)
{ this.allowFriendlyFire = b; }
// provided by configuration file
protected static boolean allowTies = false;
/**
* Checks if ties are allowed on this server.
*
* @return true if ties are allowed, otherwise false
*/
public static boolean areTiesAllowed()
{ return allowTies; }
/**
* Sets whether ties are allowed on this server.
*/
public static void setAllowTies(boolean b)
{ AutoRefMatch.allowTies = b; }
// list of items players may not craft
protected Set<BlockData> prohibitCraft = Sets.newHashSet();
// range of inexact placement
protected int inexactRange = 2;
/**
* Gets the distance an objective may be placed from its target location.
*
* @return range of inexact objective placement
*/
public int getInexactRange()
{ return inexactRange; }
// transcript of every event in the match
protected List<TranscriptEvent> transcript;
private boolean refereeReady = false;
/**
* Checks if the referees are ready for the match to start.
*
* @return true if referees are ready or there are no referees, otherwise false
*/
public boolean isRefereeReady()
{ return getReferees().size() == 0 || refereeReady; }
/**
* Sets whether the referees are ready for the match to start.
*/
public void setRefereeReady(boolean r)
{ refereeReady = r; }
private ReportGenerator matchReportGenerator = new ReportGenerator();
public void saveMapImage()
{
try
{
RenderedImage mapImage = getMapImage();
ImageIO.write(mapImage, "png", new File(getWorld().getWorldFolder(), "map.png"));
}
catch (IOException e) { e.printStackTrace(); }
}
public RenderedImage getMapImage() throws IOException
{
CuboidRegion cube = getMapCuboid();
if (cube == null) throw new IOException("No start regions defined.");
Location min = cube.getMinimumPoint(),
max = cube.getMaximumPoint();
return MapImageGenerator.generateFromWorld(getWorld(),
min.getBlockX(), max.getBlockX(), min.getBlockZ(), max.getBlockZ());
}
protected GameMode gamemode;
// number of seconds for each phase
public static final int READY_SECONDS = 15;
public static final int COMPLETED_SECONDS = 180;
private int customReadyDelay = -1;
/**
* Gets number of seconds between start of countdown and match starting.
*
* @return number of seconds for match countdown
*/
public int getReadyDelay()
{
if (customReadyDelay >= 0) return customReadyDelay;
return AutoReferee.getInstance().getConfig().getInt(
"delay-seconds.ready", AutoRefMatch.READY_SECONDS);
}
/**
* Sets number of seconds between start of countdown and match starting.
*/
public void setReadyDelay(int delay)
{ this.customReadyDelay = delay; }
public void notify(Location loc, String message)
{
// give spectators a location to warp to (null is acceptable)
this.setLastNotificationLocation(loc);
// send a notification message
if (message.trim().isEmpty()) message = "A notification has been sent. Type /artp to teleport.";
String m = ChatColor.DARK_GRAY + "[N] " + message;
for (Player pl : this.getReferees(false)) pl.sendMessage(m);
}
private Location lastNotificationLocation = null;
public Location getLastNotificationLocation()
{ return lastNotificationLocation; }
/**
* Sets a notification location for referees and streamers. This location should be the
* exact location of the event. The teleportation suite will find a suitable vantage point
* to observe the event.
*
* @param loc notification location
*/
public void setLastNotificationLocation(Location loc)
{ lastNotificationLocation = loc; }
private Location lastDeathLocation = null;
public Location getLastDeathLocation()
{ return lastDeathLocation; }
public void setLastDeathLocation(Location loc)
{
lastDeathLocation = loc;
setLastNotificationLocation(loc);
}
private Location lastLogoutLocation = null;
public Location getLastLogoutLocation()
{ return lastLogoutLocation; }
public void setLastLogoutLocation(Location loc)
{
lastLogoutLocation = loc;
setLastNotificationLocation(loc);
}
private Location lastTeleportLocation = null;
public Location getLastTeleportLocation()
{ return lastTeleportLocation; }
public void setLastTeleportLocation(Location loc)
{
lastTeleportLocation = loc;
setLastNotificationLocation(loc);
}
private Location lastObjectiveLocation = null;
public Location getLastObjectiveLocation()
{ return lastObjectiveLocation; }
public void setLastObjectiveLocation(Location loc)
{
lastObjectiveLocation = loc;
setLastNotificationLocation(loc);
}
public class BedUpdateTask extends BukkitRunnable
{
private Map<AutoRefPlayer, Boolean> hasBed = Maps.newHashMap();
private String breakerName, breakAction = "broken";
private AutoRefPlayer breaker;
public BedUpdateTask(AutoRefPlayer breaker)
{ this(breaker.getDisplayName()); this.breaker = breaker; }
public BedUpdateTask(Entity ent)
{
AutoReferee plugin = AutoReferee.getInstance();
switch (ent.getType())
{
case CREEPER: breakerName = "Creeper"; break;
case LIGHTNING: breakerName = "Lightning"; break;
case WITHER_SKULL: breakerName = "Wither Skull"; break;
case WITHER: breakerName = "Wither"; break;
case ENDER_CRYSTAL: breakerName = "Ender Crystal"; break;
case ENDER_DRAGON: breakerName = "Ender Dragon"; break;
case FIREBALL:
case SMALL_FIREBALL:
breakerName = "Fireball"; break;
case PRIMED_TNT:
AutoRefPlayer tntOwner = plugin.getTNTOwner(ent);
if (tntOwner == null) breakerName = "TNT";
else breakerName = String.format("%s's TNT", tntOwner.getDisplayName());
break;
}
for (AutoRefPlayer apl : getPlayers())
hasBed.put(apl, apl.hasBed());
breakAction = "blown up";
}
public BedUpdateTask(String breakerName)
{
this.breakerName = breakerName;
for (AutoRefPlayer apl : getPlayers())
hasBed.put(apl, apl.hasBed());
breakAction = "broken";
}
public void run()
{
Set<AutoRefPlayer> lostBed = Sets.newHashSet();
String bedBreakNotification;
for (AutoRefPlayer apl : getPlayers())
if (hasBed.get(apl) != apl.hasBed()) lostBed.add(apl);
// if no one's bed changed, quit here
if (lostBed.isEmpty()) return;
// don't print or do anything if the bed's owner breaks it himself
if (breaker != null && lostBed.contains(breaker)) return;
if (lostBed.size() == 1)
bedBreakNotification = String.format("%s's bed has been %s by %s.",
((AutoRefPlayer) lostBed.toArray()[0]).getDisplayName(), breakAction, breakerName);
else
{
// get the team that owns this bed (null if owned by more than one team)
AutoRefTeam teamOwner = ((AutoRefPlayer) lostBed.toArray()[0]).getTeam();
for (AutoRefPlayer apl : lostBed) if (apl.getTeam() != teamOwner) teamOwner = null;
bedBreakNotification = teamOwner != null
? String.format("%s's bed has been %s by %s.", teamOwner.getDisplayName(), breakAction, breakerName)
: String.format("%s has %s a bed.", breakerName, breakAction);
}
for (Player ref : getReferees(false))
ref.sendMessage(bedBreakNotification);
}
}
private class PlayerCountTask extends BukkitRunnable
{
private long lastOccupiedTime = 0;
public PlayerCountTask()
{ lastOccupiedTime = ManagementFactory.getRuntimeMXBean().getUptime(); }
public void run()
{
long tick = ManagementFactory.getRuntimeMXBean().getUptime();
// if there are people in this world/match, reset last-occupied
if (getUserCount() != 0) lastOccupiedTime = tick;
// if this world has been inactive for long enough, just unload it
if (tick - lastOccupiedTime >= getCurrentState().inactiveMillis)
destroy(MatchUnloadEvent.Reason.EMPTY);
}
}
PlayerCountTask countTask = null;
public AutoRefMatch(World world, boolean tmp, MatchStatus state)
{ this(world, tmp); setCurrentState(state); }
public AutoRefMatch(World world, boolean tmp)
{
setPrimaryWorld(world);
world.setKeepSpawnInMemory(true);
// is this world a temporary world?
this.tmp = tmp;
// should eliminated players become spectators?
this.playersBecomeSpectators = AutoReferee.getInstance().getConfig()
.getBoolean("players-become-spectators", true);
// setup custom scoreboard
scoreboard = Bukkit.getScoreboardManager().getNewScoreboard();
infoboard = Bukkit.getScoreboardManager().getNewScoreboard();
if (AutoRefMatch.REPLACE_INTERNAL_SCOREBOARD) try
{
Method wHandle = world.getClass().getDeclaredMethod("getHandle");
Object nmsWorld = wHandle.invoke(world);
Method sHandle = scoreboard.getClass().getDeclaredMethod("getHandle");
Object nmsScoreboard = sHandle.invoke(scoreboard);
Field fScoreboard = nmsWorld.getClass().getField("scoreboard");
fScoreboard.setAccessible(true);
fScoreboard.set(nmsWorld, nmsScoreboard);
}
catch (Exception e)
{
AutoReferee.log("A problem occured whilst modifying NMS scoreboard internal values.");
AutoReferee.log("Are you sure you are using a CraftBukkit variant?");
AutoReferee.log("Please file a bug report, as this is a somewhat serious error.");
e.printStackTrace();
}
messageReferees("match", getWorld().getName(), "init");
loadWorldConfiguration();
messageReferees("match", getWorld().getName(), "map", getMapName());
setCurrentState(MatchStatus.WAITING);
// restore competitive settings and some default values
primaryWorld.setPVP(true);
primaryWorld.setSpawnFlags(true, true);
primaryWorld.setTicksPerAnimalSpawns(-1);
primaryWorld.setTicksPerMonsterSpawns(-1);
// last, send an update about the match to everyone logged in
for (Player pl : primaryWorld.getPlayers()) sendMatchInfo(pl);
// brand new match transcript
transcript = Lists.newLinkedList();
// fix vanish
this.setupSpectators();
// setup player count task (after assigning the world)
countTask = new PlayerCountTask();
// startup the player count timer (for automatic unloading)
countTask.runTaskTimer(AutoReferee.getInstance(), 5L, 60*20L);
}
/**
* Gets number of users (players and spectators) present in this match.
*
* @return number of users
*/
public int getUserCount()
{ return primaryWorld.getPlayers().size(); }
public Set<AutoRefPlayer> getPlayers()
{
Set<AutoRefPlayer> players = Sets.newHashSet();
for (AutoRefTeam team : teams)
players.addAll(team.getPlayers());
return players;
}
public Set<AutoRefPlayer> getCachedPlayers()
{
Set<AutoRefPlayer> players = Sets.newHashSet();
for (AutoRefTeam team : teams)
players.addAll(team.getCachedPlayers());
return players;
}
/**
* Gets all match spectators (spectators, referees, and streamers).
*
* @return collection of spectators
*/
public Set<Player> getSpectators()
{
Set<Player> specs = Sets.newHashSet();
for (Player p : primaryWorld.getPlayers())
if (!isPlayer(p)) specs.add(p);
return specs;
}
/**
* Gets all non-streamer referees present in this match.
*
* @return collection of referees
*/
public Set<Player> getReferees()
{ return getReferees(true); }
/**
* Gets referees present in this match, possibly excluding streamers.
*
* @param excludeStreamers whether streamers should be included
* @return collection of referees
*/
public Set<Player> getReferees(boolean excludeStreamers)
{
Set<Player> refs = Sets.newHashSet();
for (Player p : primaryWorld.getPlayers())
if (isReferee(p) && !(excludeStreamers && isStreamer(p))) refs.add(p);
return refs;
}
/**
* Gets streamers present in this match.
*
* @return collection of streamers
*/
public Set<Player> getStreamers()
{
Set<Player> streamers = Sets.newHashSet();
for (Player p : primaryWorld.getPlayers())
if (isStreamer(p)) streamers.add(p);
return streamers;
}
/**
* Checks if the specified player is a referee for this match.
*
* @return true if player is a referee and not on a team, otherwise false
*/
public boolean isReferee(Player player)
{
if (isPlayer(player) || getExpectedPlayers().contains(player.getName())) return false;
return player.hasPermission("autoreferee.referee");
}
/**
* Checks if the specified player is a streamer for this match.
*
* @return true if player is a streamer and not on a team, otherwise false
*/
public boolean isStreamer(Player player)
{
if (isPlayer(player) || getExpectedPlayers().contains(player.getName())) return false;
return isSpectator(player) && getSpectator(player).isStreamer();
}
/**
* Checks if the specified player is a spectator for this match.
*
* @return true if player is a spectator, otherwise false
*/
public boolean isSpectator(Player player)
{
return isReferee(player) || !getCurrentState().isBeforeMatch() && !isPlayer(player);
}
Map<String, AutoRefSpectator> spectators = Maps.newHashMap();
public AutoRefSpectator getSpectator(Player player)
{
if (!isSpectator(player)) return null;
String name = player.getName();
AutoRefSpectator spectator = this.spectators.get(name);
if (spectator == null) this.spectators.put(name,
spectator = new AutoRefSpectator(name, this));
return spectator;
}
public enum Role
{
// this list provides an ordering of roles. do not permute.
NONE, PLAYER, SPECTATOR, STREAMER, REFEREE;
public int getRank()
{ return this.ordinal(); }
public boolean atLeast(Role other)
{ return getRank() >= other.getRank(); }
}
/**
* Gets the role that this player has in this match.
*
* @return a role corresponding to this player
*/
public Role getRole(OfflinePlayer player)
{
if (isPlayer(player)) return Role.PLAYER;
if (!player.isOnline()) return Role.NONE;
Player pl = player.getPlayer();
if (pl.hasPermission("autoreferee.streamer")) return Role.STREAMER;
if (pl.hasPermission("autoreferee.referee")) return Role.REFEREE;
if (!getCurrentState().isBeforeMatch()) return Role.SPECTATOR;
return Role.NONE;
}
/**
* Checks if the given world is compatible with AutoReferee
* @param world world to check
* @return true if the world contains a config file, otherwise false
*/
public static boolean isCompatible(World world)
{ return new File(world.getWorldFolder(), AutoReferee.CFG_FILENAME).exists(); }
/**
* Reloads world configuration from config file.
*/
public void reload()
{ this.loadWorldConfiguration(); }
protected void loadWorldConfiguration()
{
try
{
// file stream and configuration object (located in world folder)
File f = worldConfigFile;
loadWorldConfiguration(f.exists() ? new FileInputStream(f)
: AutoReferee.getInstance().getResource("defaults/map.xml"));
}
catch (FileNotFoundException e)
{ e.printStackTrace(); }
}
protected void clearScoreboardData(Scoreboard sb)
{
// unregister all old objectives (created by AutoReferee)
for (Objective obj : scoreboard.getObjectives())
if (obj.getName().startsWith("ar#")) obj.unregister();
// unregister all old teams (created by AutoReferee)
for (Team team : scoreboard.getTeams())
if (team.getName().startsWith("ar#")) team.unregister();
}
protected void loadScoreboardData()
{
clearScoreboardData(scoreboard);
clearScoreboardData( infoboard);
// register our custom objective for the sideboard
long randx = System.currentTimeMillis() % (1L << 16);
infoboardObjective = infoboard.registerNewObjective(
String.format("ar#scores_%x", randx), "dummy");
// kill count objective
Objective infoKillCount = infoboard.registerNewObjective(
String.format("ar#kills_%x", randx), "playerKillCount");
infoKillCount.setDisplayName(ChatColor.BOLD + "Kills");
// death count objective
Objective infoDeathCount = infoboard.registerNewObjective(
String.format("ar#deaths_%x", randx), "deathCount");
infoDeathCount.setDisplayName(ChatColor.BOLD + "Deaths");
// objectives list (for cycling through after the match)
allInfoObjectives = Lists.newArrayList(infoboardObjective, infoKillCount, infoDeathCount);
try
{
File dataFolder = new File(primaryWorld.getWorldFolder(), "data");
File scoreboardFile = new File(dataFolder, "scoreboard.xml");
Element sbroot = new SAXBuilder().build(scoreboardFile).getRootElement();
for (Element teamnode : sbroot.getChild("teams").getChildren("team"))
{
Team team = scoreboard.registerNewTeam(teamnode.getAttributeValue("name"));
team.setPrefix(teamnode.getAttributeValue("prefix"));
team.setSuffix(teamnode.getAttributeValue("suffix"));
}
for (Element objroot : sbroot.getChild("objectives").getChildren("objective"))
{
Objective obj = scoreboard.registerNewObjective(
objroot.getAttributeValue("name"),
objroot.getAttributeValue("criteria"));
if (objroot.getAttributeValue("display") != null)
obj.setDisplaySlot(DisplaySlot.valueOf(objroot.getAttributeValue("display")));
}
AutoReferee.log("Loaded custom scoreboard data.");
}
catch (FileNotFoundException ignored)
{ }
catch (IOException e)
{ e.printStackTrace(); }
catch (JDOMException e)
{ e.printStackTrace(); }
}
public void saveScoreboardData()
{ saveScoreboardData(scoreboard); }
public void saveScoreboardData(Scoreboard sb)
{
Element teams = new Element("teams");
for (Team team : sb.getTeams())
{
Element teamnode = new Element("team");
teamnode.setAttribute("name", team.getName());
teamnode.setAttribute("prefix", team.getPrefix());
teamnode.setAttribute("suffix", team.getSuffix());
teams.addContent(teamnode);
}
teams.sortChildren(new Comparator<Element>()
{
@Override
public int compare(Element a, Element b)
{
String aname = a.getAttributeValue("name");
String bname = b.getAttributeValue("name");
return aname.compareToIgnoreCase(bname);
}
});
Element objectives = new Element("objectives");
for (Objective objective : sb.getObjectives())
{
Element objnode = new Element("objective");
objnode.setAttribute("name", objective.getName());
objnode.setAttribute("criteria", objective.getCriteria());
if (objective.getDisplaySlot() != null)
objnode.setAttribute("display", objective.getDisplaySlot().name());
objectives.addContent(objnode);
}
objectives.sortChildren(new Comparator<Element>()
{
@Override
public int compare(Element a, Element b)
{
String aname = a.getAttributeValue("name");
String bname = b.getAttributeValue("name");
return aname.compareToIgnoreCase(bname);
}
});
Element sbroot = new Element("scoreboard");
sbroot.addContent(teams);
sbroot.addContent(objectives);
try
{
XMLOutputter xmlout = new XMLOutputter(Format.getPrettyFormat());
File dataFolder = new File(primaryWorld.getWorldFolder(), "data");
xmlout.output(sbroot, new FileOutputStream(new File(dataFolder, "scoreboard.xml")));
}
catch (java.io.IOException e)
{ AutoReferee.log("Could not save scoreboard data: " + primaryWorld.getName()); }
}
protected void loadWorldConfiguration(InputStream cfg)
{
try
{
// until told otherwise, assume that what we have should not be
// saved (to prevent a bad config from being destroyed)
saveConfig = false;
// build configuration file from
worldConfig = new SAXBuilder().build(cfg).getRootElement();
// turn on saving functionality if we loaded a configuration properly
assert "map".equals(worldConfig.getName());
saveConfig = true;
}
catch (JDOMParseException e)
{
AutoReferee.log(String.format(">> With configuration file: %s [%s]",
worldConfigFile.getPath(), getWorld().getName()), Level.SEVERE);
AutoReferee.log(e.getLocalizedMessage(), Level.SEVERE);
// maybe try to salvage the partially parsed document?
worldConfig = e.getPartialDocument().getRootElement();
assert "map".equals(worldConfig.getName());
}
catch (Exception e) { e.printStackTrace(); return; }
loadScoreboardData();
this.gamemode = GameMode.SURVIVAL;
// get the extra settings cached
Element meta = worldConfig.getChild("meta");
if (meta != null)
{
mapName = meta.getChildText("name");
infoboardObjective.setDisplayName(ChatColor.BOLD + mapName);
versionString = meta.getChildText("version");
mapAuthors = Lists.newLinkedList();
for (Element e : meta.getChild("creators").getChildren("creator"))
mapAuthors.add(e.getText());
}
// set the time limit based on the server config
long limit_min = AutoReferee.getInstance().getConfig().getLong("time-limit", 0L);
this.setTimeLimit(60L * limit_min);
Element kitsElt = worldConfig.getChild("kits");
kits = Maps.newHashMap();
// parse kits before parsing teams
if (kitsElt != null) for (Element kitElt : kitsElt.getChildren("kit"))
{
PlayerKit kit = new PlayerKit(kitElt);
kits.put(kit.getName(), kit);
}
teams = Sets.newHashSet();
for (Element e : worldConfig.getChild("teams").getChildren("team"))
teams.add(AutoRefTeam.fromElement(e, this));
Element eProtect = worldConfig.getChild("protect");
protectedEntities = Sets.newHashSet();
if (eProtect != null) for (Element c : eProtect.getChildren())
try { protectedEntities.add(UUID.fromString(c.getTextTrim())); }
catch (IllegalArgumentException ignored) { }
// get the start region (safe for both teams, no pvp allowed)
assert worldConfig.getChild("startregion") != null;
for (Element e : worldConfig.getChild("startregion").getChildren())
addStartRegion(AutoRefRegion.fromElement(this, e));
String attrSpawn = worldConfig.getChild("startregion").getAttributeValue("spawn");
if (attrSpawn != null) setWorldSpawn(LocationUtil.fromCoords(getWorld(), attrSpawn));
String attrSpecSpawn = worldConfig.getChild("startregion").getAttributeValue("spec");
if (attrSpecSpawn != null) setSpectatorSpawn(LocationUtil.fromCoords(getWorld(), attrSpecSpawn));
Element gameplay = worldConfig.getChild("gameplay");
if (gameplay != null) this.parseExtraGameRules(gameplay);
Element regElt = worldConfig.getChild("regions");
regions = Sets.newHashSet();
for (Element reg : regElt.getChildren())
if (!this.addRegion(AutoRefRegion.fromElement(this, reg)))
AutoReferee.log("Region did not load correctly: " + reg.getName(), java.util.logging.Level.SEVERE);
Element goals = worldConfig.getChild("goals");
if (goals != null) for (Element teamgoals : goals.getChildren("teamgoals"))
{
AutoRefTeam team = this.getTeam(teamgoals.getAttributeValue("team"));
if (team != null) for (Element gelt : teamgoals.getChildren()) team.addGoal(gelt);
}
Element mechanisms = worldConfig.getChild("mechanisms");
startMechanisms = Sets.newHashSet();
if (mechanisms != null) for (Element mech : mechanisms.getChildren())
{
boolean state = Boolean.parseBoolean(mech.getText());
Location mechloc = LocationUtil.fromCoords(getWorld(), mech.getAttributeValue("pos"));
this.toggleStartMech(getWorld().getBlockAt(mechloc), state);
}
// setup scoreboard for the teams (on next server tick)
setupScoreboardObjectives();
}
private static Difficulty getDifficulty(String d)
{
Difficulty diff = Difficulty.valueOf(d.toUpperCase());
try { diff = Difficulty.getByValue(Integer.parseInt(d)); }
catch (NumberFormatException ignored) { }
return diff;
}
private void parseExtraGameRules(Element gameplay)
{
// get the time the match is set to start
if (gameplay.getChild("clockstart") != null)
{
startClock = AutoRefMatch.parseTimeString(gameplay.getChildText("clockstart"));
lockTime = gameplay.getChild("clockstart").getAttributeValue("lock") != null;
// @since 1.6.1, "doDaylightCycle=false" locks time
if (primaryWorld.isGameRule("doDaylightCycle"))
{
// set the gamerule to lock the time (or don't lock the time, see if I care!)
primaryWorld.setGameRuleValue("doDaylightCycle", "" + !lockTime);
// disable here to prevent the version based on setting the time
lockTime = false;
}
}
// set any specified gamerules (future-proof?)
if (gameplay.getChild("gamerules") != null)
{
for (Element rulenode : gameplay.getChild("gamerule").getChildren())
if (primaryWorld.isGameRule(rulenode.getName()))
primaryWorld.setGameRuleValue(rulenode.getName(), rulenode.getTextNormalize());
}
// allow or disallow friendly fire
if (gameplay.getChild("friendlyfire") != null)
setFriendlyFire(Boolean.parseBoolean(gameplay.getChildText("friendlyfire")));
// attempt to set world difficulty as best as possible
Difficulty diff = Difficulty.HARD;
if (gameplay.getChild("difficulty") != null)
diff = getDifficulty(gameplay.getChildText("difficulty"));
primaryWorld.setDifficulty(diff);
if (gameplay.getChild("maxtime") != null)
this.setTimeLimit(TimeGoal.parseTime(gameplay.getChildText("maxtime")));
// respawn mode
if (gameplay.getChild("respawn") != null)
{
String rtext = gameplay.getChildTextTrim("respawn");
RespawnMode rmode = null;
if (rtext != null && !rtext.isEmpty())
rmode = RespawnMode.valueOf(rtext.toUpperCase());
setRespawnMode(rmode == null ? RespawnMode.ALLOW : rmode);
}
if (gameplay.getChild("nocraft") != null)
{
for (Element item : gameplay.getChild("nocraft").getChildren("item"))
this.addIllegalCraft(BlockData.unserialize(item.getAttributeValue("id")));
}
if (gameplay.getChild("gamemode") != null)
{
String gm = gameplay.getChildTextNormalize("gamemode");
this.gamemode = GameMode.valueOf(gm.toUpperCase());
try { this.gamemode = GameMode.getByValue(Integer.parseInt(gm)); }
catch (NumberFormatException ignored) { }
if (this.gamemode == null)
this.gamemode = GameMode.SURVIVAL;
}
}
private void setupScoreboardObjectives()
{
// defer to prevent exception on server start,
// before any worlds are fully loaded
new BukkitRunnable()
{
@Override
public void run()
{
// setup the objectives for each team
for (AutoRefTeam team : getTeams())
{
team.scoreboardObjectives = AutoRefObjective.fromTeam(infoboardObjective, team);
if (!team.scoreboardObjectives.isEmpty())
infoboardObjective.setDisplaySlot(DisplaySlot.SIDEBAR);
}
}
// run this task on the next server tick
}.runTask(AutoReferee.getInstance());
}
/**
* Saves copy of autoreferee.xml back to the world folder.
*/
public void saveWorldConfiguration()
{
// if for some reason we have disabled the saveConfig flag,
// just do nothing. more than likely, trying to save will do more
// harm than good, so best to just skip this entirely
if (!saveConfig) return;
// if there is no configuration object or file, nothin' doin'...
if (worldConfig == null)
{
try
{
InputStream mapXML = AutoReferee.getInstance().getResource("defaults/map.xml");
worldConfig = new SAXBuilder().build(mapXML).getRootElement();
}
catch (Exception e) { e.printStackTrace(); return; }
}
else
{
// get the teams object
Element eTeams = worldConfig.getChild("teams");
if (eTeams == null) worldConfig.addContent(eTeams = new Element("team"));
// reset the teams to whatever has been saved
eTeams.removeContent();
for (AutoRefTeam team : teams)
eTeams.addContent(team.toElement());
// get the regions object
Element eRegions = worldConfig.getChild("regions");
if (eRegions == null) worldConfig.addContent(eRegions = new Element("regions"));
// reset the regions to whatever has been saved
eRegions.removeContent();
for (AutoRefRegion reg : this.getRegions())
eRegions.addContent(reg.toElement());
// get startregion object
Element eStartRegions = worldConfig.getChild("startregion");
if (getWorldSpawn() != null) eStartRegions.setAttribute("spawn",
LocationUtil.toBlockCoordsWithYaw(getWorldSpawn()));
if (specSpawn != null) eStartRegions.setAttribute("spec",
LocationUtil.toBlockCoordsWithYaw(specSpawn.getCenter()));
eStartRegions.removeContent();
for (AutoRefRegion reg : this.getStartRegions())
eStartRegions.addContent(reg.toElement());
// get the protections object
Element eProtect = worldConfig.getChild("protect");
if (eProtect == null) worldConfig.addContent(eProtect = new Element("protect"));
// reset the protections to whatever has been saved
eProtect.removeContent();
for (UUID uid : protectedEntities)
eProtect.addContent(new Element("entity").setText(uid.toString()));
// get the goals object
Element eGoals = worldConfig.getChild("goals");
if (eGoals == null) worldConfig.addContent(eGoals = new Element("goals"));
// reset the goals to whatever has been saved
eGoals.removeContent();
for (AutoRefTeam team : this.getTeams())
{
Element tgoals = new Element("teamgoals")
.setAttribute("team", team.getDefaultName());
eGoals.addContent(tgoals);
for (AutoRefGoal goal : team.getTeamGoals())
tgoals.addContent(goal.toElement());
}
// get the mechanisms object
Element eMechanisms = worldConfig.getChild("mechanisms");
if (eMechanisms == null) worldConfig.addContent(eMechanisms = new Element("mechanisms"));
// reset the mechanisms to whatever has been saved
eMechanisms.removeContent();
for (StartMechanism mech : this.startMechanisms)
eMechanisms.addContent(mech.toElement());
Element eGameplay = worldConfig.getChild("gameplay");
if (eGameplay == null) worldConfig.addContent(eGameplay = new Element("gameplay"));
if (this.prohibitCraft.size() > 0)
{
Element eNoCraft = eGameplay.getChild("nocraft");
if (eNoCraft == null) eGameplay.addContent(eNoCraft = new Element("nocraft"));
eNoCraft.removeContent();
for (BlockData bd : prohibitCraft)
{
Element nocraft = new Element("item").setText(bd.getName());
eNoCraft.addContent(nocraft.setAttribute("id", bd.serialize()));
}
}
}
// save the configuration file back to the original filename
try
{
XMLOutputter xmlout = new XMLOutputter(Format.getPrettyFormat());
xmlout.output(worldConfig, new FileOutputStream(worldConfigFile));
}
// log errors, report which world did not save
catch (java.io.IOException e)
{ AutoReferee.log("Could not save world config: " + primaryWorld.getName()); }
}
/**
* Sends a referee plugin channel message to all referees, properly delimited.
*/
public void messageReferees(String ...parts)
{
for (Player ref : getReferees(false)) messageReferee(ref, parts);
// if there is a URI set for a node server receiving match messages, send
if (AutoReferee.getInstance().getConfig().isSet("node-api-url")) try
{
String url = AutoReferee.getInstance().getConfig().getString("node-api-url");
QueryUtil.syncPutQuery(url, QueryUtil.prepareParams(ImmutableMap.of(
"msg", StringUtils.join(parts, SpectatorListener.DELIMITER),
"world", getWorld().getName()
)));
}
catch (IOException ignored) {}
}
/**
* Sends a referee plugin channel message to a specific referee, properly delimited.
*
* @param ref referee to recieve the plugin channel message
*/
public static void messageReferee(Player ref, String ...parts)
{
try
{
ByteArrayOutputStream b = new ByteArrayOutputStream();
DataOutputStream out = new DataOutputStream(b);
String msg = StringUtils.join(parts, SpectatorListener.DELIMITER);
//ASSUMING UTF
out.writeUTF(msg);
ref.sendPluginMessage(AutoReferee.getInstance(), AutoReferee.REFEREE_PLUGIN_CHANNEL,
b.toByteArray());
}
catch (UnsupportedEncodingException e)
{
AutoReferee.log("Unsupported encoding: " + AutoReferee.PLUGIN_CHANNEL_ENC);
}
catch (IOException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
/**
* Sends all information to a single referee necessary to sync a match's current status.
*
* @param ref referee to receive the plugin channel messages
*/
public void updateReferee(Player ref)
{
messageReferee(ref, "match", getWorld().getName(), "init");
messageReferee(ref, "match", getWorld().getName(), "map", getMapName());
if (getCurrentState().inProgress())
messageReferee(ref, "match", getWorld().getName(), "time", getTimestamp(","));
for (AutoRefTeam team : getTeams())
{
messageReferee(ref, "team", team.getName(), "init");
messageReferee(ref, "team", team.getName(), "color", team.getColor().toString());
for (AutoRefGoal goal : team.getTeamGoals())
goal.updateReferee(ref);
for (AutoRefPlayer apl : team.getPlayers())
{
messageReferee(ref, "team", team.getName(), "player", "+" + apl.getName());
updateRefereePlayerInfo(ref, apl);
}
}
}
private void updateRefereePlayerInfo(Player ref, AutoRefPlayer apl)
{
messageReferee(ref, "player", apl.getName(), "kills", Integer.toString(apl.getKills()));
messageReferee(ref, "player", apl.getName(), "deaths", Integer.toString(apl.getDeathCount()));
messageReferee(ref, "player", apl.getName(), "streak", Integer.toString(apl.getStreak()));
apl.sendAccuracyUpdate(ref);
Player pl = apl.getPlayer();
if (pl != null)
{
messageReferee(ref, "player", apl.getName(), "hp", Integer.toString((int) pl.getHealth()));
messageReferee(ref, "player", apl.getName(), "armor", Integer.toString(ArmorPoints.fromPlayer(pl)));
}
for (AutoRefPlayer en : getPlayers()) if (apl.isDominating(en))
messageReferee(ref, "player", apl.getName(), "dominate", en.getName());
messageReferee(ref, "player", apl.getName(), apl.isOnline() ? "login" : "logout");
messageReferee(ref, "player", apl.getName(), "cape", apl.getCape());
}
private class ItemElevatorDetectionTask extends BukkitRunnable
{
private static final long INTERVAL = 5L;
private static final double DISTANCE_THRESHOLD = 1.8;
private static final double YDELTA_THRESHOLD = 0.8;
private Map<UUID, Location> itemLocations = Maps.newHashMap();
private Map<UUID, Location> lastStoppedLocation = Maps.newHashMap();
@Override public void run()
{
for (Entity e : getWorld().getEntitiesByClasses(Item.class))
{
Item item = (Item) e;
UUID uuid = item.getUniqueId();
Location prev = itemLocations.get(uuid);
Location curr = e.getLocation();
Location stop = lastStoppedLocation.get(uuid);
if (prev == null) continue;
boolean pass = TeleportationUtil.isBlockPassable(curr.getBlock());
// if the item is moving upwards and is currently in a passable
double ydelta = curr.getY() - prev.getY();
if (ydelta > YDELTA_THRESHOLD && !pass && !elevatedItem.containsKey(uuid))
elevatedItem.put(uuid, false);
double dy = stop == null ? 0.0 : curr.getY() - stop.getY();
if (elevatedItem.containsKey(uuid) && dy >= DISTANCE_THRESHOLD)
elevatedItem.put(uuid, true);
if (ydelta < 0.001)
{
// record the last location it was stopped at
lastStoppedLocation.put(uuid, curr);
boolean atrest = !TeleportationUtil.isBlockPassable(curr.getBlock().getRelative(0, -1, 0));
if (elevatedItem.containsKey(uuid) && elevatedItem.get(uuid) && atrest)
{
// if the item didn't elevate high enough, don't worry about it
if (dy < DISTANCE_THRESHOLD) { elevatedItem.remove(uuid); continue; }
setLastNotificationLocation(curr);
String coords = LocationUtil.toBlockCoords(curr);
String msg = ChatColor.DARK_GRAY + String.format(
"Possible Item Elevator @ (%s) [y%+d] %s", coords, Math.round(dy),
new BlockData(item.getItemStack()).getDisplayName());
for (Player ref : getReferees()) ref.sendMessage(msg);
AutoReferee.log(msg);
}
}
}
itemLocations.clear();
for (Entity e : getWorld().getEntitiesByClasses(Item.class))
itemLocations.put(e.getUniqueId(), e.getLocation());
}
}
public Map<UUID, Boolean> elevatedItem = Maps.newHashMap();
protected ItemElevatorDetectionTask itemElevatorDetectionTask = null;
/**
* Sends a message to all players in this match, including referees and streamers.
*
* @param msgs messages to be sent
*/
public void broadcast(String ...msgs)
{
for (String msg : msgs)
{
if (AutoReferee.getInstance().isConsoleLoggingEnabled())
AutoReferee.log(ChatColor.stripColor(msg));
for (Player p : primaryWorld.getPlayers()) p.sendMessage(msg);
}
}
private SyncBroadcastTask broadcastTask = new SyncBroadcastTask();
/**
* Force a broadcast to be sent synchronously. Safe to use from an asynchronous task.
*
* @param msgs messages to be sent
*/
public void broadcastSync(String ...msgs)
{
for (String msg : msgs)
broadcastTask.addMessage(msg);
try { broadcastTask.runTask(AutoReferee.getInstance()); }
catch (IllegalStateException ignored) { }
}
private class SyncBroadcastTask extends BukkitRunnable
{
private List<String> msgQueue = Lists.newLinkedList();
public SyncBroadcastTask addMessage(String message)
{ msgQueue.add(message); return this; }
@Override public void run()
{
AutoRefMatch.this.broadcastTask = new SyncBroadcastTask();
AutoRefMatch.this.broadcast(msgQueue.toArray(new String[msgQueue.size()]));
msgQueue.clear();
}
}
/**
* Removes any non-alphanumeric characters from a map name. Prepares a map name
* to be used as a file name or a target in a chat command.
*
* @param name original map name
* @return normalized version of map name
*/
public static String normalizeMapName(String name)
{ return name == null ? null : name.replaceAll("[^0-9a-zA-Z]+", ""); }
/**
* Assigns a world a match object. Best suited for retro-fitting worlds that
* have already been loaded.
*
* @param world loaded AutoReferee-compatible world
* @param tmp whether this world should be unloaded when the match completes
*/
public static void setupWorld(World world, boolean tmp)
{
// if this map isn't compatible with AutoReferee, quit...
if (AutoReferee.getInstance().getMatch(world) != null || !isCompatible(world)) return;
AutoReferee.getInstance().addMatch(new AutoRefMatch(world, tmp, MatchStatus.WAITING));
}
private static final File PACKAGING_DIRECTORY = FileUtils.getTempDirectory();
private static class FilenameSetFilter implements FilenameFilter
{
private final Set<String> names;
public FilenameSetFilter(final Set<String> names)
{ this.names = names; }
@Override public boolean accept(File dir, String filename)
{ return names.contains(filename); }
}
private static final IOFileFilter DATA_FOLDER_FILTER =
FileFilterUtils.asFileFilter(new FilenameSetFilter(Sets.newHashSet
( "scoreboard.dat"
, "scoreboard.xml"
)));
/**
* Archives this map and stores a clean copy in the map library. Clears unnecessary
* files and attempts to generate a minimal copy of the map, ready for distribution.
*
* @return root folder of the archived map
* @throws IOException if archive cannot be created
*/
private File archiveMapData() throws IOException
{
this.clearEntities();
primaryWorld.setTime(this.getStartClock());
// save the world and configuration first, then archive
primaryWorld.save();
this.saveWorldConfiguration();
// make sure the folder exists first
File archiveFolder = new File(PACKAGING_DIRECTORY, this.getVersionString());
if (!archiveFolder.exists()) FileUtils.forceMkdir(archiveFolder);
FileUtils.cleanDirectory(archiveFolder);
// (1) copy the configuration file:
FileUtils.copyFileToDirectory(
new File(getWorld().getWorldFolder(), AutoReferee.CFG_FILENAME), archiveFolder);
// (2) copy the level.dat:
FileUtils.copyFileToDirectory(
new File(getWorld().getWorldFolder(), "level.dat"), archiveFolder);
// (3) copy the region folder (only the .mca files):
FileUtils.copyDirectory(new File(getWorld().getWorldFolder(), "region"),
new File(archiveFolder, "region"), FileFilterUtils.suffixFileFilter(".mca"));
// (4) make an empty data folder:
FileUtils.copyDirectory(new File(getWorld().getWorldFolder(), "data"),
new File(archiveFolder, "data"), DATA_FOLDER_FILTER);
return archiveFolder;
}
private static void addToZip(ZipOutputStream zip, File f, File base) throws IOException
{
zip.putNextEntry(new ZipEntry(base.toURI().relativize(f.toURI()).getPath()));
if (f.isDirectory()) for (File c : f.listFiles()) addToZip(zip, c, base);
else IOUtils.copy(new FileInputStream(f), zip);
}
/**
* Packages and compresses (zip) map folder for easy distribution.
*
* @return generated zip file
* @throws IOException if map cannot be archived
*/
public File distributeMap() throws IOException
{
File archiveFolder = this.archiveMapData();
File outZipfile = new File(AutoRefMap.getMapLibrary(), this.getVersionString() + ".zip");
ZipOutputStream zip = new ZipOutputStream(new
BufferedOutputStream(new FileOutputStream(outZipfile)));
zip.setMethod(ZipOutputStream.DEFLATED);
addToZip(zip, archiveFolder, PACKAGING_DIRECTORY);
zip.close();
FileUtils.deleteQuietly(archiveFolder);
return outZipfile;
}
private class WorldFolderDeleter extends BukkitRunnable
{
private File worldFolder;
private int deleteAttempts = 5;
WorldFolderDeleter(World w)
{ this.worldFolder = w.getWorldFolder(); }
@Override
public void run()
{
World world = AutoReferee.getInstance().getServer().getWorld(worldFolder.getName());
if (world == null && worldFolder.exists()) try
{
// if we fail, we loop back around again on the next try...
FileUtils.deleteDirectory(worldFolder);
AutoReferee.log(worldFolder.getName() + " deleted!");
}
catch (IOException e)
{ if (deleteAttempts-- > 0) AutoReferee.log("File lock held on " + worldFolder.getName()); }
// stop the repeating task if the file is gone
if (!worldFolder.exists()) this.cancel();
}
}
protected class PlayerEjectTask extends BukkitRunnable
{
private Player player;
private Location target;
protected PlayerEjectTask(Player player, Location target)
{
this.player = player;
this.target = target;
}
@Override
public void run()
{ player.teleport(target); }
}
public void ejectPlayer(Player player)
{
PlayerMatchLeaveEvent event = new PlayerMatchLeaveEvent(player, this);
AutoReferee.callEvent(event);
if (event.isCancelled()) return;
// resets the player to default state
PlayerUtil.reset(player);
// if there is a lobby to teleport them, do so
World target = AutoReferee.getInstance().getLobbyWorld();
if (target == null) for (World w : Bukkit.getWorlds())
if (!AutoRefMatch.isCompatible(w)) { target = w; break; }
if (target != null)
{
PlayerUtil.setGameMode(player, GameMode.SURVIVAL);
new PlayerEjectTask(player, target.getSpawnLocation()).runTask(AutoReferee.getInstance());
}
// otherwise, kick them from the server
else player.kickPlayer(AutoReferee.COMPLETED_KICK_MESSAGE);
}
/**
* Unloads and cleans up this match. Players will be teleported out or kicked,
* the map will be unloaded, and the map folder may be deleted.
*/
public void destroy(MatchUnloadEvent.Reason reason)
{
// fire match unload event
MatchUnloadEvent event = new MatchUnloadEvent(this, reason);
AutoReferee.callEvent(event);
if (event.isCancelled()) return;
// for cleanup purposes, BEFORE we eject all of the players
this.messageReferees("world", getWorld().getName(), "destroy");
// first, handle all the players
for (Player p : primaryWorld.getPlayers()) this.ejectPlayer(p);
// if everyone has been moved out of this world, clean it up
if (primaryWorld.getPlayers().size() == 0)
{
// if this is OUR world (we can delete it if we want)
AutoReferee plugin = AutoReferee.getInstance();
if (this.isTemporaryWorld())
{
plugin.clearMatch(this);
this.countTask.cancel();
plugin.getServer().unloadWorld(primaryWorld, false);
if (!plugin.getConfig().getBoolean("save-worlds", false))
new WorldFolderDeleter(primaryWorld).runTaskTimer(plugin, 0L, 10 * 20L);
}
}
}
/**
* Checks if a item is prohibited from crafting.
*
* @param blockdata block data object for the item being queried
* @return true if item may be crafted, otherwise false
*/
public boolean canCraft(BlockData blockdata)
{
for (BlockData nc : prohibitCraft)
if (nc.equals(blockdata)) return false;
return true;
}
/**
* Prohibits an item from being crafted during a match.
*
* @param blockdata block data object for the prohibited item
*/
public void addIllegalCraft(BlockData blockdata)
{
this.prohibitCraft.add(blockdata);
this.broadcast("Crafting " + blockdata.getDisplayName() + " is now prohibited");
}
/**
* Gets an arbitrary team, attempting to maintain balanced teams if possible.
*
* @return an arbitrary team
*/
public AutoRefTeam getArbitraryTeam()
{
// minimum size of any one team, and an array to hold valid teams
int minsize = Integer.MAX_VALUE;
List<AutoRefTeam> vteams = Lists.newArrayList();
// determine the size of the smallest team
for (AutoRefTeam team : getTeams())
if (team.getPlayers().size() < minsize)
minsize = team.getPlayers().size();
// make a list of all teams with this size
for (AutoRefTeam team : getTeams())
if (team.getPlayers().size() == minsize) vteams.add(team);
// return a random element from this list
return vteams.get(new Random().nextInt(vteams.size()));
}
private Set<AutoRefRegion> regions;
public Set<AutoRefRegion> getRegions()
{ return regions; }
@SuppressWarnings("unchecked")
public <T extends AutoRefRegion> Set<T> getRegions(Class<T> clazz)
{
Set<T> typedRegions = Sets.newHashSet();
for (AutoRefRegion reg : regions)
if (clazz.isInstance(reg))
typedRegions.add((T) reg);
return typedRegions;
}
public Set<AutoRefRegion> getRegions(AutoRefTeam team)
{
Set<AutoRefRegion> teamRegions = Sets.newHashSet();
for (AutoRefRegion reg : regions)
if (reg.isOwner(team)) teamRegions.add(reg);
return teamRegions;
}
public boolean addRegion(AutoRefRegion reg)
{ return reg != null && !regions.contains(reg) && regions.add(reg); }
/**
* A redstone mechanism necessary to start a match.
*
* @author authorblues
*/
public static class StartMechanism
{
private Block block = null;
private BlockState state = null;
private boolean flip = true;
public StartMechanism(Block block, boolean flip)
{
this.flip = flip;
this.block = block;
state = block.getState();
}
public Element toElement()
{
return new Element(state.getType().name().toLowerCase())
.setAttribute("pos", LocationUtil.toBlockCoords(block.getLocation()))
.setText(Boolean.toString(flip));
}
@Override public int hashCode()
{ return block.hashCode() ^ state.hashCode(); }
@Override public boolean equals(Object o)
{ return (o instanceof StartMechanism) && hashCode() == o.hashCode(); }
public String serialize()
{ return LocationUtil.toBlockCoords(block.getLocation()) + ":" + Boolean.toString(flip); }
@Override public String toString()
{ return state.getType().name() + "(" + this.serialize() + ")"; }
public Block getBlock()
{ return block; }
public BlockState getBlockState()
{ return state; }
public boolean getFlippedPosition()
{ return flip; }
public boolean active()
{
MaterialData bdata = state.getData();
if (bdata instanceof Redstone)
return flip == ((Redstone) bdata).isPowered();
if (bdata instanceof PressureSensor)
return flip == ((PressureSensor) bdata).isPressed();
return false;
}
public boolean canFlip(AutoRefMatch match)
{
MatchStatus mstate = match.getCurrentState();
return !mstate.isBeforeMatch() && !active();
}
}
static final Set<Material> EXPECTED_MECHANISMS = Sets.newHashSet
( Material.LEVER
, Material.STONE_BUTTON
, Material.WOOD_BUTTON
, Material.STONE_PLATE
, Material.WOOD_PLATE
);
/**
* Adds a new start mechanism for this map. These mechanisms are activated automatically
* at the start of a match when using SportBukkit, and players may interact with them
* normally in the start region when using vanilla CraftBukkit.
*
* @param block block containing the start mechanism
* @param state intended state of the redstone mechanism
* @return generated start mechanism object
* @see <a href="http://www.github.com/OvercastNetwork/SportBukkit">SportBukkit</a>
*/
public StartMechanism toggleStartMech(Block block, boolean state)
{
StartMechanism sm = new StartMechanism(block, state);
boolean adding = startMechanisms.add(sm);
if (!adding) { startMechanisms.remove(sm); return null; }
if (!EXPECTED_MECHANISMS.contains(block.getType()))
AutoReferee.log("Unexpected start mechanism: " + block.getType().name(), Level.WARNING);
return sm;
}
/**
* Adds a new start mechanism for this map. These mechanisms are activated automatically
* at the start of a match when using SportBukkit, and players may interact with them
* normally in the start region when using vanilla CraftBukkit.
*
* @param block block containing the start mechanism
* @return generated start mechanism object
* @see <a href="http://www.github.com/OvercastNetwork/SportBukkit">SportBukkit</a>
*/
public StartMechanism toggleStartMech(Block block)
{
boolean state = block.getType() != Material.LEVER ||
((Redstone) block.getState().getData()).isPowered();
return this.toggleStartMech(block, state);
}
/**
* Gets the start mechanism associated with this location.
*
* @return start mechanism located at that position, otherwise null
*/
public StartMechanism getStartMechanism(Block block)
{
if (block == null) return null;
for (StartMechanism sm : startMechanisms)
if (block.equals(sm.getBlock())) return sm;
return null;
}
/**
* Checks if a specified block location is a start mechanism for this match.
*
* @return true if a start mechanism is located at that position, otherwise false
*/
public boolean isStartMechanism(Block block)
{ return getStartMechanism(block) != null; }
/**
* Parameters necessary to configure a match.
* <p>
* This class is serialized in through JSON.
* <p>
* TODO allow modification thru commands during map publication prep?
*
* @author authorblues
*/
public static class MatchParams implements Serializable
{
public static class TeamInfo
{
private String name;
public String getName()
{ return name; }
private List<String> players;
public List<String> getPlayers()
{ return Collections.unmodifiableList(players); }
}
// info about all the teams
private List<TeamInfo> teams;
public List<TeamInfo> getTeams()
{ return Collections.unmodifiableList(teams); }
// match tag for reporting
private String tag;
public String getTag()
{ return tag; }
// map name
private String map;
public String getMap()
{ return map; }
}
/**
* Starts the match.
*/
protected void _startMatch()
{
// set up the world time one last time
primaryWorld.setTime(startClock);
this.setStartTime(ManagementFactory.getRuntimeMXBean().getUptime());
addEvent(new TranscriptEvent(this, TranscriptEvent.EventType.MATCH_START, "Match began.", null));
// send referees the start event
messageReferees("match", getWorld().getName(), "start");
// remove all mobs, animals, and items (again)
this.clearEntities();
// loop through all the redstone mechanisms required to start
for (StartMechanism sm : startMechanisms)
{
MaterialData mdata = sm.getBlockState().getData();
switch (sm.getBlockState().getType())
{
case LEVER:
// flip the lever to the correct state
((Lever) mdata).setPowered(sm.getFlippedPosition());
break;
case STONE_BUTTON:
// press (or depress) the button
((Button) mdata).setPowered(sm.getFlippedPosition());
break;
case WOOD_PLATE:
case STONE_PLATE:
// press (or depress) the pressure plate
((PressurePlate) mdata).setData((byte)(sm.getFlippedPosition() ? 0x1 : 0x0));
break;
default:
break;
}
// save the block state and fire an update
sm.getBlockState().setData(mdata);
sm.getBlockState().update(true);
// FIXME BUKKIT-1858
if (!SportBukkitUtil.hasSportBukkitApi()) {
// Determine attached block
BlockFace face = BlockFace.SELF;
if (mdata instanceof Attachable) {
face = ((Attachable) mdata).getAttachedFace();
} else if (mdata instanceof PressurePlate) {
face = BlockFace.DOWN;
}
// Apply a force-update to the attached block
Block atch = sm.getBlock().getRelative(face);
BlockState stat = atch.getState(); // Store the state, to reapply it
// Trying to update with no changes does nothing, so we first set it to air, with no physics (so that the mechanism doesn't come off).
atch.setTypeId(0, false);
stat.update(true);
}
}
// reset enderchests and bed spawns
for (AutoRefPlayer apl : getPlayers()) {
Player player = apl.getPlayer();
PlayerUtil.clearEnderChest(player);
PlayerUtil.clearBedSpawn(player);
}
// set teams as started
for (AutoRefTeam team : getTeams())
team.startMatch();
if (specSpawn != null)
for (Player spec : this.getSpectators())
if (this.inStartRegion(spec.getLocation()))
spec.teleport(specSpawn.getLocation());
for (Player spec : this.getSpectators())
{
spec.getInventory().setItem(0, new ItemStack(SpectatorListener.ToolAction.SPECTATOR_TELEPORT.tooltype));
spec.getInventory().setItem(1, new ItemStack(SpectatorListener.ToolAction.SPECTATOR_CYCLE.tooltype));
}
// set the current state to playing
setCurrentState(MatchStatus.PLAYING);
// match minute timer
AutoReferee plugin = AutoReferee.getInstance();
clockTask = new MatchClockTask();
clockTask.runTaskTimer(plugin, 20L, 20L);
if (plugin.playedMapsTracker != null)
plugin.playedMapsTracker.increment(normalizeMapName(this.getMapName()));
}
// handle to the clock task
protected MatchClockTask clockTask;
protected class MatchClockTask extends BukkitRunnable
{
private Set<Long> announceMinutes = Sets.newHashSet(60L, 30L, 10L, 5L, 4L, 3L, 2L, 1L);
public void run()
{
AutoRefMatch match = AutoRefMatch.this;
if (match.hasTimeLimit())
{
long secondsRemaining = match.getTimeRemaining();
if (secondsRemaining <= 0L)
{
String timelimit = (match.getTimeLimit() / 60L) + " min";
match.addEvent(new TranscriptEvent(match, TranscriptEvent.EventType.MATCH_END,
"Match time limit reached: " + timelimit, null));
match.endMatch();
}
else
{
long minutesRemaining = secondsRemaining / 60L - 1;
if (announceMinutes.contains(minutesRemaining))
{
match.broadcast(">>> " + ChatColor.GREEN +
"Match ends in " + minutesRemaining + "m");
announceMinutes.remove(minutesRemaining);
}
}
}
// send clock updates to ensure that client hud stays sync'd
messageReferees("match", getWorld().getName(), "time", getTimestamp(","));
if (lockTime) primaryWorld.setTime(startClock);
AutoRefMatch.this.checkWinConditions();
}
}
private int getVanishLevel(Player p)
{
// if this person is a player, lowest vanish level
if (isPlayer(p)) return 0;
// streamers are ONLY able to see streamers and players
if (isStreamer(p)) return 1;
// referees have the highest vanish level (see everything)
if (isReferee(p)) return 200;
// spectators can only be seen by referees
return 100;
}
// either vanish or show the player `subj` from perspective of `view`
protected void setupVanish(Player view, Player subj)
{
if (isSpectator(subj) && getSpectator(subj).isInvisible()) view.hidePlayer(subj);
if (getVanishLevel(view) < getVanishLevel(subj) &&
this.getCurrentState().inProgress()) view.hidePlayer(subj);
else view.showPlayer(subj);
}
/**
* Reconfigures spectator mode for all connected players.
*/
public void setupSpectators()
{ for ( Player pl : getWorld().getPlayers() ) setupSpectators(pl); }
/**
* Reconfigures spectator mode for a single player. Useful for updating all
* players when one player logs in.
*
* @param player player to configure spectator mode for
*/
public void setupSpectators(Player player)
{
if (getCurrentState().isBeforeMatch()) setSpectatorMode(player, isReferee(player) || isPreviewMode());
else setSpectatorMode(player, !isPlayer(player) || getCurrentState().isAfterMatch());
// redo visibility
setupVisibility(player);
// if this player is a spectator
if (isSpectator(player))
{
// apply night vision if necessary
AutoRefSpectator s = getSpectator(player);
if (s.hasNightVision()) s.applyNightVision();
}
}
/**
* Reconfigures visibility, to and from the specified player.
*/
public void setupVisibility(Player player)
{
for ( Player x : getWorld().getPlayers() )
{
// setup vanish in both directions
setupVanish(player, x);
setupVanish(x, player);
}
}
/**
* Sets whether a specified player is in spectator mode, explicitly setting gamemode.
*
* @param player player to set spectator mode for
* @param spec true to set spectator mode on, false to set spectator mode off
*/
public void setSpectatorMode(Player player, boolean spec)
{
PlayerUtil.setSpectatorSettings(player, spec, this.gamemode);
player.setScoreboard(spec ? getInfoboard() : getScoreboard());
for (AutoRefTeam team : getTeams()) team.updateObjectives();
if (!player.getAllowFlight()) player.setFallDistance(0.0f);
SportBukkitUtil.setAffectsSpawning(player, !spec);
boolean noEntityCollide = spec && getCurrentState().inProgress();
SportBukkitUtil.setCollidesWithEntities(player, !noEntityCollide);
}
/**
* Removes unprotected entities from the world.
*/
public void clearEntities()
{
for (Entity e : primaryWorld.getEntitiesByClasses(Projectile.class, Item.class,
Monster.class, Animals.class, Ambient.class, ExperienceOrb.class))
if (!protectedEntities.contains(e.getUniqueId())) e.remove();
}
/**
* Checks if the match start countdown is running.
*
* @return true if the countdown is in progress, otherwise false
*/
public boolean isCountdownRunning()
{ return matchStarter != null; }
/**
* Cancels the match countdown in progress.
*/
public void cancelCountdown()
{
if (isCountdownRunning()) matchStarter.cancel();
matchStarter = null;
}
// helper class for starting match, synchronous task
private static class CountdownTask extends BukkitRunnable
{
public static final ChatColor COLOR = ChatColor.GREEN;
private int remainingSeconds = 3;
private AutoRefMatch match = null;
private boolean start = false;
public CountdownTask(AutoRefMatch m, int time, boolean start)
{
match = m;
remainingSeconds = time;
this.start = start;
}
public void run()
{
if (remainingSeconds <= 0)
{
// setup world to go!
if (this.start) match._startMatch();
match.broadcast(">>> " + CountdownTask.COLOR + "GO!");
// cancel the task
match.cancelCountdown();
}
else if (remainingSeconds <= 3)
{
// report number of seconds remaining
match.broadcast(
">>> " + CountdownTask.COLOR + Integer.toString(remainingSeconds) + "...");
}
// count down
--remainingSeconds;
}
}
// prepare this world to start
public void startMatch(MatchStartEvent.Reason reason)
{
// match has already started, don't try to start it again
if (!this.getCurrentState().isBeforeMatch()) return;
MatchStartEvent event = new MatchStartEvent(this, reason);
AutoReferee.callEvent(event);
if (!refereeReady && event.isCancelled()) return;
// nothing to do if the countdown is running
if (isCountdownRunning()) return;
// update all the objectives
for (AutoRefTeam team : getTeams())
team.updateObjectives();
// set the current time to the start time
primaryWorld.setTime(this.startClock);
// remove all mobs, animals, and items
this.clearEntities();
// turn off weather forever (or for a long time)
primaryWorld.setStorm(false);
primaryWorld.setWeatherDuration(Integer.MAX_VALUE);
// prepare all players for the match
for (AutoRefPlayer apl : getPlayers()) apl.heal();
// announce the match starting in X seconds
int readyDelay = this.getReadyDelay();
this.broadcast(CountdownTask.COLOR + "Match will begin in "
+ ChatColor.WHITE + Integer.toString(readyDelay) + CountdownTask.COLOR + " seconds.");
// send referees countdown notification
messageReferees("match", getWorld().getName(), "countdown", Integer.toString(readyDelay));
startCountdown(readyDelay, true);
// save a copy of the map image quickly before the match starts...
saveMapImage();
// TODO put this behind a config option
itemElevatorDetectionTask = new ItemElevatorDetectionTask();
itemElevatorDetectionTask.runTaskTimer(AutoReferee.getInstance(),
0L, ItemElevatorDetectionTask.INTERVAL);
}
/**
* Starts a countdown.
*
* @param delay number of seconds before end of countdown
* @param start true if countdown should start match, otherwise false
*/
public void startCountdown(int delay, boolean start)
{
// cancel any previous match-start task
this.cancelCountdown();
// schedule the task to announce and prepare the match
this.matchStarter = new CountdownTask(this, delay, start);
this.matchStarter.runTaskTimer(AutoReferee.getInstance(), 0L, 20L);
}
/**
* Checks if teams have any players missing and are ready to play.
*/
public void checkTeamsReady()
{
// this function is only useful if called prior to the match
if (!getCurrentState().isBeforeMatch()) return;
// if there are no players on the server
if (getPlayers().isEmpty())
{
// set all the teams to not ready and status as waiting
for ( AutoRefTeam t : teams ) t.setReady(false);
setCurrentState(MatchStatus.WAITING); return;
}
// check if all the players are here
boolean ready = true;
for ( String name : getExpectedPlayers() )
{
OfflinePlayer opl = Bukkit.getOfflinePlayer(name);
ready &= opl.isOnline() && isPlayer(opl.getPlayer()) &&
getPlayer(opl.getPlayer()).isPresent();
}
// set status based on whether the players are online
setCurrentState(ready ? MatchStatus.READY : MatchStatus.WAITING);
}
/**
* Checks if teams and referees are ready for the match to start.
*/
public void checkTeamsStart()
{
boolean teamsReady = true;
for ( AutoRefTeam t : teams )
teamsReady &= t.isReady();
boolean ready = getReferees().size() == 0 ? teamsReady : isRefereeReady();
if (teamsReady && !ready) for (Player p : getReferees())
p.sendMessage(ChatColor.GRAY + "Teams are ready. Type /ready to begin the match.");
// everyone is ready, let's go!
if (ready) this.startMatch(MatchStartEvent.Reason.READY);
}
/**
* Checks if any team has satisfied the win conditions.
*/
public void checkWinConditions()
{
Plugin plugin = AutoReferee.getInstance();
plugin.getServer().getScheduler().runTask(plugin,
new Runnable(){ public void run(){ _checkWinConditions(); } });
}
private void _checkWinConditions()
{
if (!getCurrentState().inProgress())
{ return; }
Set<AutoRefTeam> winningTeams = Sets.newHashSet();
for (AutoRefTeam team : this.teams)
{
// pass this information along to the scoreboard
team.updateObjectives();
// if there are no win conditions set, skip this team
if (team.getTeamGoals().size() == 0) continue;
// check all win condition blocks (AND together)
boolean win = true;
for (AutoRefGoal goal : team.getTeamGoals())
win &= goal.isSatisfied(this);
// force an update of objective status
team.updateBlockGoals();
// if the team won, mark the match as completed
if (win) winningTeams.add(team);
}
// if there is one "winning" team, they win
if (winningTeams.size() == 1)
endMatch(Iterables.getOnlyElement(winningTeams));
// if we are just waiting for this match to end, check always
else if (currentlyTied) endMatch();
}
// helper class for terminating world, synchronous task
private class MatchUnloadTask extends BukkitRunnable
{
public void run()
{ destroy(MatchUnloadEvent.Reason.COMPLETE); }
}
private static class TiebreakerComparator implements Comparator<AutoRefTeam>
{
public int compare(AutoRefTeam a, AutoRefTeam b)
{
// break ties based on goal scores (FIXME)
return (int) Math.signum(b.getObjectiveScore() - a.getObjectiveScore());
}
}
/**
* Ends match, allowing AutoReferee to break ties according to its own policies.
*/
public void endMatch()
{
TiebreakerComparator cmp = new TiebreakerComparator();
List<AutoRefTeam> sortedTeams = Lists.newArrayList(getTeams());
// sort the teams based on their "score"
Collections.sort(sortedTeams, cmp);
if (0 != cmp.compare(sortedTeams.get(0), sortedTeams.get(1)))
{ endMatch(sortedTeams.get(0)); return; }
if (AutoRefMatch.areTiesAllowed()) { endMatch(null); return; }
if (currentlyTied) return;
currentlyTied = true;
// let the console know that the match cannot be ruled upon
AutoReferee.log("Match tied. Deferring to referee intervention...");
for (Player ref : getReferees())
{
ref.sendMessage(ChatColor.DARK_GRAY + "This match is currently tied.");
ref.sendMessage(ChatColor.DARK_GRAY + "Use '/autoref endmatch <team>' to declare a winner.");
}
if (clockTask != null) clockTask.cancel();
}
/**
* Ends match in favor of a specified team.
*
* @param team winning team, or null for no winner
*/
public void endMatch(AutoRefTeam team)
{
MatchCompleteEvent event = new MatchCompleteEvent(this, team);
AutoReferee.callEvent(event);
if (event.isCancelled()) return;
AutoReferee plugin = AutoReferee.getInstance();
// update winner from the match complete event
team = event.getWinner();
// announce the victory and set the match to completed
if (team != null) this.broadcast(team.getDisplayName() + " Wins!");
else this.broadcast("Match terminated!");
// don't have to delay this anymore :)
clearEntities();
for (AutoRefPlayer apl : getPlayers())
{
Player pl = apl.getPlayer();
if (pl == null) continue;
pl.getInventory().clear();
// reset bed spawns
PlayerUtil.clearBedSpawn(pl);
}
// update the client clock to ensure it syncs with match summary
messageReferees("match", getWorld().getName(), "time", getTimestamp(","));
this.recordedTime = this.getElapsedSeconds();
// send referees the end event
if (team != null) messageReferees("match", getWorld().getName(), "end", team.getName());
else messageReferees("match", getWorld().getName(), "end");
// reset and report kill streaks
for (AutoRefPlayer apl : getPlayers()) apl.resetKillStreak();
String winner = team == null ? "" : (" " + team.getName() + " wins!");
addEvent(new TranscriptEvent(this, TranscriptEvent.EventType.MATCH_END, "Match ended." + winner, null));
setCurrentState(MatchStatus.COMPLETED);
setWinningTeam(team);
logPlayerStats();
if (clockTask != null) clockTask.cancel();
int termDelay = plugin.getConfig().getInt(
"delay-seconds.completed", COMPLETED_SECONDS);
if (plugin.getLobbyWorld() != null)
new MatchUnloadTask().runTaskLater(plugin, termDelay * 20L);
if (itemElevatorDetectionTask != null) itemElevatorDetectionTask.cancel();
itemElevatorDetectionTask = null;
// set the time to day
getWorld().setTime(0L);
}
/**
* Finds a team whose name matches the given string.
*
* @param name team name to look up, either custom team name or base team name
* @return team object matching the name if one exists, otherwise null
*/
public AutoRefTeam getTeam(String name)
{
AutoRefTeam mteam = null;
int bsz = 0;
// if there is no match on that world, forget it
// is this team name a word?
for (AutoRefTeam t : teams)
{
// get the "match size"
int msz = t.matches(name);
// update the best match (null if multiple matches)
if (msz > bsz) { mteam = t; bsz = msz; }
else if (msz == bsz) mteam = null;
}
// return the matched team (or null if no match)
return mteam;
}
/**
* Finds a team whose scoreboard team name matches the given string.
*
* @param name scoreboard team name to look up
* @return team object matching the name if one exists, otherwise null
*/
public AutoRefTeam getScoreboardTeam(String name)
{
for (AutoRefTeam t : teams)
if (name.equalsIgnoreCase(t.getScoreboardTeamName()))
return t;
return null;
}
Set<String> expectedPlayers = Sets.newHashSet();
public Set<String> getExpectedPlayers()
{
Set<String> eps = Sets.newHashSet(expectedPlayers);
for (AutoRefTeam team : teams)
eps.addAll(team.getExpectedPlayers());
return eps;
}
protected Map<String, String> playerCapes = Maps.newHashMap();
public void addCape(String name, String cape)
{ playerCapes.put(name.toLowerCase(), cape); }
/**
* Adds a player to the list of expected players, without a team affiliation.
*/
public void addExpectedPlayer(OfflinePlayer opl)
{ expectedPlayers.add(opl.getName().toLowerCase()); }
/**
* Gets the team the specified player is expected to join.
*
* @return team player is expected to join, otherwise null
*/
public AutoRefTeam expectedTeam(OfflinePlayer opl)
{
String name = opl.getName().toLowerCase();
for (AutoRefTeam team : teams)
if (team.getExpectedPlayers().contains(name)) return team;
return null;
}
/**
* Checks if the specified player is expected to join this match.
*
* @return true if player is expected, otherwise false
*/
public boolean isPlayerExpected(OfflinePlayer opl)
{ return getExpectedPlayers().contains(opl.getName().toLowerCase()); }
/**
* Removes a specified player from any expected player lists for this match.
*/
public void removeExpectedPlayer(OfflinePlayer opl)
{
String name = opl.getName().toLowerCase();
for (AutoRefTeam t : teams)
t.getExpectedPlayers().remove(name);
expectedPlayers.remove(name);
}
/**
* Teleports a player to a match they have been added to, joining the team inviting them.
*/
public void joinMatch(Player player)
{
PlayerMatchJoinEvent event = new PlayerMatchJoinEvent(player, this);
AutoReferee.callEvent(event);
if (event.isCancelled()) return;
// if already here, skip this
if (this.isPlayer(player)) return;
// if this player needs to be placed on a team, go for it
AutoRefTeam team = this.expectedTeam(player);
if (team != null) this.joinTeam(player,
team, PlayerTeamJoinEvent.Reason.EXPECTED, false);
// otherwise, get them into the world
else if (player.getWorld() != this.getWorld())
player.teleport(this.getPlayerSpawn(player));
// remove name from all lists
this.removeExpectedPlayer(player);
this.checkTeamsReady();
}
/**
* Adds a player to the specified team. Removes the player from any other teams first,
* if necessary. Roster changes are restricted while a match is in progress, unless forced.
*
* @param player player to be added to team
* @param team team to add player to
* @param force should player be added to team, even if match is in progress
* @return true if player was added to team, otherwise false
*/
public boolean joinTeam(Player player, AutoRefTeam team, PlayerTeamJoinEvent.Reason reason, boolean force)
{
AutoRefTeam pteam = getPlayerTeam(player);
if (team == pteam) return true;
if (pteam != null) pteam.leave(player, force);
return team.join(player, reason, force);
}
/**
* Removes player from all teams.
*
* @param player player to be removed
* @param force should player be removed, even if match is in progress
*/
public void leaveTeam(Player player, boolean force)
{ for (AutoRefTeam team : teams) team.leave(player, force); }
private List<String> sortedPlayers;
protected void updatePlayerList()
{
sortedPlayers = Lists.newLinkedList();
for (AutoRefPlayer apl : getPlayers())
sortedPlayers.add(apl.getName());
Collections.sort(sortedPlayers);
}
protected String getCycleNextPlayer(String name)
{ return getCycleRelativePlayer(name, +1); }
protected String getCyclePrevPlayer(String name)
{ return getCycleRelativePlayer(name, -1); }
private String getCycleRelativePlayer(String name, int z)
{
if (name == null) return sortedPlayers.get(0);
int k = Collections.binarySearch(sortedPlayers, name);
int len = sortedPlayers.size();
return sortedPlayers.get((k + len + z) % len);
}
public enum RespawnMode
{ ALLOW, BEDS_ONLY, DISALLOW }
private RespawnMode respawnMode = RespawnMode.ALLOW;
public RespawnMode getRespawnMode()
{ return respawnMode; }
public void setRespawnMode(RespawnMode mode)
{ this.respawnMode = mode; }
/**
* Eliminates player from the match.
*/
public void eliminatePlayer(Player player)
{
AutoRefTeam team = getPlayerTeam(player);
if (team == null) return;
String name = this.getDisplayName(player);
if (!team.leaveQuietly(player)) return;
this.broadcast(name + " has been eliminated!");
if (!this.playersBecomeSpectators) this.ejectPlayer(player);
this.checkWinConditions();
}
/**
* Gets AutoRefPlayer object associated with a given player.
*
* @param name player name
* @return matching AutoRefPlayer object, or null if no match
*/
public AutoRefPlayer getPlayer(String name)
{
AutoRefPlayer bapl = null;
if (name != null)
{
int score, b = Integer.MAX_VALUE;
for (AutoRefPlayer apl : getPlayers())
{
score = apl.nameSearch(name);
if (score < b) { b = score; bapl = apl; }
}
}
return bapl;
}
/**
* Gets AutoRefPlayer object associated with a given player.
*
* @return matching AutoRefPlayer object, or null if no match
*/
public AutoRefPlayer getPlayer(OfflinePlayer player)
{ return player == null ? null : getPlayer(player.getName()); }
/**
* Checks if the specified player is on a team
*
* @return true if player is on a team, otherwise false
*/
public boolean isPlayer(OfflinePlayer pl)
{ return getPlayer(pl) != null; }
/**
* Gets the player nearest to a specified location.
*
* @return player object for closest player, or null if no players
*/
public AutoRefPlayer getNearestPlayer(Location loc)
{
AutoRefPlayer apl = null;
double distance = Double.POSITIVE_INFINITY;
for (AutoRefPlayer a : getPlayers())
{
Player pl = a.getPlayer();
if (pl == null || pl.getWorld() != loc.getWorld()) continue;
double d = loc.distanceSquared(pl.getLocation());
if (d < distance) { apl = a; distance = d; }
}
return apl;
}
/**
* Gets the team for a specified player.
*
* @return associated team object if one exists, otherwise null
*/
public AutoRefTeam getPlayerTeam(Player player)
{
for (AutoRefTeam team : teams)
if (team.getPlayer(player) != null) return team;
return null;
}
/**
* Gets colored player name for a specified player.
*
* @return colored player name
*/
public String getDisplayName(Player player)
{
AutoRefPlayer apl = getPlayer(player);
return (apl == null) ? player.getName() : apl.getDisplayName();
}
/**
* Gets spawn location for the specified player, based on team.
*
* @return team-specific spawn location, or world spawn if not set
*/
public Location getPlayerSpawn(Player player)
{
AutoRefTeam team = getPlayerTeam(player);
if (team != null) return team.getSpawnLocation();
boolean useWorldSpawn = getCurrentState().isBeforeMatch();
return useWorldSpawn ? this.getWorldSpawn() : this.getSpectatorSpawn();
}
/**
* Checks if a region is marked with a specific region flag.
*
* @return true if location contains flag, otherwise false
*/
public boolean hasFlag(Location loc, AutoRefRegion.Flag flag)
{
// check start region flags
if (inStartRegion(loc)) return getStartRegionFlags().contains(flag);
boolean is = flag.defaultValue; Set<AutoRefRegion> regions = getRegions();
if (regions != null) for ( AutoRefRegion reg : regions )
if (reg.contains(loc)) { is = false; if (reg.is(flag)) return true; }
return is;
}
private class MatchReportSaver extends BukkitRunnable
{
private File localStorage = null;
private String webDirectory = null;
public boolean serveLocally()
{ return webDirectory != null; }
public MatchReportSaver()
{
String localDirectory = AutoReferee.getInstance().getConfig()
.getString("local-storage.match-summary.directory", null);
this.localStorage = localDirectory != null ? new File(localDirectory) :
new File(AutoReferee.getInstance().getDataFolder(), "summary");
if (!this.localStorage.exists())
try { FileUtils.forceMkdir(this.localStorage); }
catch (IOException e) { this.localStorage = null; }
this.webDirectory = AutoReferee.getInstance().getConfig()
.getString("local-storage.match-summary.web-directory", null);
}
public void run()
{
broadcastSync(ChatColor.RED + "Generating Match Summary...");
String report = matchReportGenerator.generate(AutoRefMatch.this);
MatchUploadStatsEvent event = new MatchUploadStatsEvent(AutoRefMatch.this, report);
AutoReferee.callEvent(event);
report = event.getWebstats();
String webstats = null;
if (!event.isCancelled())
{
if (this.localStorage != null)
{
String localFileID = new SimpleDateFormat("yyyy.MM.dd-HH.mm.ss").format(new Date()) + ".html";
File localReport = new File(this.localStorage, localFileID);
try
{
FileUtils.writeStringToFile(localReport, report);
localReport.setReadable(true);
}
catch (IOException e) { e.printStackTrace(); }
webstats = serveLocally() ? (webDirectory + localFileID) : uploadReport(report);
}
else webstats = uploadReport(report);
}
if (webstats == null) broadcastSync(ChatColor.RED + AutoReferee.NO_WEBSTATS_MESSAGE);
else broadcastSync(ChatColor.RED + "Match Summary: " + ChatColor.RESET + webstats);
}
}
private void logPlayerStats()
{
// upload WEBSTATS (do via an async query in case uploading the stats lags the main thread)
new MatchReportSaver().runTaskAsynchronously(AutoReferee.getInstance());
}
private String uploadReport(String report)
{
String failure;
try
{
// submit our request to pastehtml, get back a link to the report
return QueryUtil.syncQuery("http://pastehtml.com/upload/create",
"input_type=html&result=address&minecraft=1",
"txt=" + URLEncoder.encode(report, "UTF-8"));
}
catch (IOException e) { failure = e.getLocalizedMessage(); }
// somewhat quietly log the reason for the failed upload
AutoReferee.log("Report upload failed: " + failure, Level.SEVERE);
return null;
}
/**
* Checks if a specified location is within the start region.
*
* @return true if location is inside start region, otherwise false
*/
public boolean inStartRegion(Location loc)
{
if (getStartRegions() != null) for (AutoRefRegion reg : getStartRegions())
if (reg.distanceToRegion(loc) < ZoneListener.SNEAK_DISTANCE) return true;
return false;
}
public void updateCarrying(AutoRefPlayer apl, GoalsInventorySnapshot oldCarrying, GoalsInventorySnapshot newCarrying)
{
MapDifference<BlockData, Integer> diff = oldCarrying.getDiff(newCarrying);
Player player = apl.getPlayer();
// TODO send quantities too next protocol update
for (BlockData bd : diff.entriesOnlyOnRight().keySet()) messageReferees("player", player.getName(), "goal", "+" + bd.serialize());
for (BlockData bd : diff.entriesOnlyOnLeft().keySet()) messageReferees("player", player.getName(), "goal", "-" + bd.serialize());
}
public void updateHealthArmor(AutoRefPlayer apl, int oldHealth,
int oldArmor, int newHealth, int newArmor)
{
Player player = apl.getPlayer();
if (oldHealth != newHealth) messageReferees("player", player.getName(),
"hp", Integer.toString(newHealth));
if (oldArmor != newArmor) messageReferees("player", player.getName(),
"armor", Integer.toString(newArmor));
}
/**
* An event to be later reported in match statistics. Events are announced when they happen,
* and each type has its own visibility level to denote who will see the even happen live.
*
* @author authorblues
*/
public static class TranscriptEvent
{
// TODO: TEAM visibility would be nice
public enum EventVisibility
{ NONE, REFEREES, TEAM, ALL }
public enum EventType
{
// generic match start and end events
MATCH_START("match-start", false, EventVisibility.NONE),
MATCH_END("match-end", false, EventVisibility.NONE),
// player messages (except kill streak) should be broadcast to players
PLAYER_DEATH("player-death", true, EventVisibility.NONE),
PLAYER_STREAK("player-killstreak", false, EventVisibility.NONE, ChatColor.DARK_GRAY),
PLAYER_DOMINATE("player-dominate", true, EventVisibility.ALL, ChatColor.DARK_GRAY),
PLAYER_REVENGE("player-revenge", true, EventVisibility.ALL, ChatColor.DARK_GRAY),
// objective events should not be broadcast to the other team
OBJECTIVE_FOUND("objective-found", true, EventVisibility.TEAM),
OBJECTIVE_PLACED("objective-place", true, EventVisibility.TEAM),
OBJECTIVE_DETAIL("objective-detail", true, EventVisibility.REFEREES),
;
private String eventClass;
private EventVisibility visibility;
private ChatColor color;
private boolean supportsFiltering;
EventType(String eventClass, boolean hasFilter, EventVisibility visibility)
{ this(eventClass, hasFilter, visibility, null); }
EventType(String eventClass, boolean hasFilter,
EventVisibility visibility, ChatColor color)
{
this.eventClass = eventClass;
this.visibility = visibility;
this.color = color;
this.supportsFiltering = hasFilter;
}
public String getEventClass()
{ return eventClass; }
public String getEventName()
{ return StringUtils.capitalize(name().toLowerCase().replaceAll("_", " ")); }
public EventVisibility getVisibility()
{ return visibility; }
public ChatColor getColor()
{ return color; }
public boolean hasFilter()
{ return supportsFiltering; }
}
private Set<Object> actors;
public Set<Object> getActors()
{ return actors; }
private Set<AutoRefPlayer> playerActors;
public Set<AutoRefPlayer> getPlayerActors()
{ return playerActors; }
private EventType type;
public EventType getType()
{ return type; }
private String message;
public String getMessage()
{ return ChatColor.stripColor(message); }
public String getColoredMessage()
{ return message; }
private Location location;
private long timestamp;
/**
*
* Supported Actor types: AutoRefPlayer, BlockData
*
* @param match
* @param type
* @param message
* @param loc
* @param actors
*/
public TranscriptEvent(AutoRefMatch match, EventType type, String message,
Location loc, Object ...actors)
{
this.type = type;
this.message = type.getColor() != null ? type.getColor() + message + ChatColor.RESET :
message.contains("" + ChatColor.COLOR_CHAR) ? message : match.colorMessage(message);
// if no location is given, use the spawn location
this.location = (loc != null) ? loc :
match.getWorld().getSpawnLocation();
this.timestamp = match.getElapsedSeconds();
this.actors = Sets.newHashSet(actors);
this.playerActors = Sets.newHashSet();
for (Object o : actors)
if (o instanceof AutoRefPlayer)
playerActors.add((AutoRefPlayer) o);
}
public String getTimestamp()
{
long t = getSeconds();
return String.format("%02d:%02d:%02d",
t/3600L, (t/60L)%60L, t%60L);
}
@Override
public String toString()
{ return String.format("[%s] %s", this.getTimestamp(), this.getColoredMessage()); }
public Location getLocation()
{ return location; }
public long getSeconds()
{ return timestamp; }
}
/**
* Adds an event to the match transcript. Announces the event to the appropriate recipients.
*
* @param event event to be added to the transcript
*/
public void addEvent(TranscriptEvent event)
{
AutoReferee plugin = AutoReferee.getInstance();
AutoReferee.callEvent(new MatchTranscriptEvent(this, event));
transcript.add(event);
Collection<Player> recipients = null;
switch (event.getType().getVisibility())
{
case REFEREES: recipients = getReferees(false); break;
case TEAM:
recipients = getReferees(false);
for (AutoRefPlayer p : event.getPlayerActors())
{
for (AutoRefPlayer teamPlayer : p.getTeam().getPlayers())
{ recipients.add(teamPlayer.getPlayer()); }
}
break;
case ALL: recipients = getWorld().getPlayers(); break;
case NONE: recipients = null; break;
default: break;
}
String message = event.getColoredMessage();
if (recipients != null) for (Player player : recipients)
player.sendMessage(message);
if (plugin.isConsoleLoggingEnabled())
{
if (plugin.isColoredConsoleLoggingEnabled())
Bukkit.getConsoleSender().sendMessage("[AR] " + event.toString());
else
AutoReferee.log(event.toString());
}
}
/**
* Gets the current match transcript up to this point in time.
*
* @return immutable copy of the match transcript
*/
public List<TranscriptEvent> getTranscript()
{ return Collections.unmodifiableList(transcript); }
/**
* Colors a message with team and objective colors. Prepares a message for broadcasting
* to the chat, and should be used as a pre-processing step whenever a message needs to
* be pretty-printed.
*
* @param message plain message
* @return colored message
*/
public String colorMessage(String message)
{
for (AutoRefPlayer apl : getPlayers()) if (apl != null)
message = message.replaceAll(apl.getName(), apl.getDisplayName());
return ChatColor.RESET + message;
}
// ABANDON HOPE, ALL YE WHO ENTER HERE!
/**
* Converts a human-readable time to a clock tick in Minecraft. Converts times such as "8am",
* "1600", or "3:45p" to a valid clock tick setting that can be used to change the world time.
*
* @param time A string representing a human-readable time.
* @return Equivalent clock tick
*/
public static long parseTimeString(String time)
{
// "Some people, when confronted with a problem, think 'I know, I'll use
// regular expressions.' Now they have two problems." -- Jamie Zawinski
Pattern pattern = Pattern.compile("(\\d{1,5})(:(\\d{2}))?((a|p)m?)?", Pattern.CASE_INSENSITIVE);
Matcher match = pattern.matcher(time);
// if the time matches something sensible
if (match.matches()) try
{
// get the primary value (could be hour, could be entire time in ticks)
long prim = Long.parseLong(match.group(1));
if (match.group(1).length() > 2 || prim > 24) return prim;
// parse am/pm distinction (12am == midnight, 12pm == noon)
if (match.group(5) != null)
prim = ("p".equals(match.group(5)) ? 12 : 0) + (prim % 12L);
// ticks are 1000/hour, group(3) is the minutes portion
long ticks = prim * 1000L + (match.group(3) == null ? 0L :
(Long.parseLong(match.group(3)) * 1000L / 60L));
// ticks (18000 == midnight, 6000 == noon)
return (ticks + 18000L) % 24000L;
}
catch (NumberFormatException ignored) { }
// default time: 6am
return 0L;
}
// TODO make configurable
private ItemStack customMatchInfoBook = null;
/**
* Gets the book given to players upon joining this match.
*/
public ItemStack getMatchInfoBook()
{
if (this.customMatchInfoBook != null)
return this.customMatchInfoBook.clone();
ItemStack book = new ItemStack(Material.WRITTEN_BOOK, 1);
BookMeta meta = (BookMeta) book.getItemMeta();
meta.setTitle(ChatColor.RED + "" + ChatColor.BOLD + this.getMapName());
meta.setAuthor(ChatColor.DARK_GRAY + this.getAuthorList());
List<String> pages = Lists.newArrayList();
// PAGE 1
pages.add(BookUtil.makePage(
BookUtil.center(ChatColor.BOLD + "[" + AutoReferee.getInstance().getName() + "]")
, BookUtil.center(ChatColor.DARK_GRAY + this.getMapName())
, BookUtil.center(" by " + ChatColor.DARK_GRAY + this.getAuthorList())
, BookUtil.center("(v" + this.getMapVersion() + ")")
, ""
, BookUtil.center(ChatColor.DARK_GRAY + "" + ChatColor.BOLD + "-- Teams --")
, BookUtil.center(this.getTeamList())
, ""
, ChatColor.BOLD + "Pg2." + ChatColor.RESET + " About the Map"
, ChatColor.BOLD + "Pg3." + ChatColor.RESET + " About the Plugin"
));
// PAGE 2
pages.add(BookUtil.makePage(
BookUtil.center(ChatColor.BOLD + "[" + AutoReferee.getInstance().getName() + "]")
, BookUtil.center(ChatColor.DARK_GRAY + this.getMapName())
, BookUtil.center(" by " + ChatColor.DARK_GRAY + this.getAuthorList())
, BookUtil.center("(v" + this.getMapVersion() + ")")
, ""
// TODO
, BookUtil.center("Coming soon...")
));
// PAGE 3
pages.add(BookUtil.makePage(
BookUtil.center(ChatColor.BOLD + "[" + AutoReferee.getInstance().getName() + "]")
, ""
, ChatColor.BOLD + "/jointeam <team>"
, " Join team"
, ""
, ChatColor.BOLD + "/jointeam"
, " Join random team"
, ""
, ChatColor.BOLD + "/leaveteam"
, " Leave current team"
, ""
, ChatColor.BOLD + "/ready"
, " Mark team as ready"
));
meta.setPages(pages);
book.setItemMeta(meta);
return book;
}
public void giveMatchInfoBook(Player player, boolean force)
{
if (force || AutoRefMatch.giveMatchInfoBooks)
player.getInventory().addItem(this.getMatchInfoBook());
}
public void giveMatchInfoBook(Player player)
{ this.giveMatchInfoBook(player, false); }
/**
* Send updated match information to a player.
*/
public void sendMatchInfo(CommandSender sender)
{
sender.sendMessage(ChatColor.RESET + "Map: " + ChatColor.GRAY + getMapName() +
" v" + getMapVersion() + ChatColor.ITALIC + " by " + getAuthorList());
if (sender instanceof Player)
{
Player player = (Player) sender;
AutoRefPlayer apl = getPlayer(player);
String tmpflag = tmp ? "*" : "";
if (apl != null && apl.getTeam() != null)
player.sendMessage("You are on team: " + apl.getTeam().getDisplayName());
else if (isReferee(player)) player.sendMessage(ChatColor.GRAY + "You are a referee! " + tmpflag);
else player.sendMessage("You are not on a team! Type " + ChatColor.GRAY + "/jointeam");
}
for (AutoRefTeam team : getTeams())
sender.sendMessage(String.format("%s (%d) - %s",
team.getDisplayName(), team.getPlayers().size(), team.getPlayerList()));
sender.sendMessage("Match status is currently " + ChatColor.GRAY + getCurrentState().name() +
(this.getCurrentState().isBeforeMatch() ? (" [" + this.access.name() + "]") : ""));
sender.sendMessage("Map difficulty is set to: " + ChatColor.GRAY + getWorld().getDifficulty().name());
long timestamp = this.getElapsedSeconds(), timelimit = this.getTimeLimit();
if (getCurrentState().inProgress()) sender.sendMessage(this.hasTimeLimit()
? String.format(ChatColor.GRAY + "The current match time is: " +
"%02d:%02d:%02d / %02d:%02d:%02d", timestamp/3600L, (timestamp/60L)%60L, timestamp%60L,
timelimit/3600L, (timelimit/60L)%60L, timelimit%60L)
: String.format(ChatColor.GRAY + "The current match time is: " +
"%02d:%02d:%02d", timestamp/3600L, (timestamp/60L)%60L, timestamp%60L));
}
}