List of usage examples for java.lang Thread activeCount
public static int activeCount()
From source file:org.waarp.openr66.protocol.localhandler.Monitoring.java
/** * /* w ww. j a va 2 s . c o m*/ * @param nbSecond * as specific PastLimit * @param detail * as to get detailed information */ public void run(long nbSecond, boolean detail) { synchronized (trafficCounter) { long limitDate = System.currentTimeMillis(); long nbMs = pastLimit; if (nbSecond <= 0) { nbMs = pastLimit; } else { nbMs = nbSecond * 1000; } if (dbSession != null && dbSession.isDisActive) { dbSession.checkConnectionNoException(); } if (dbSession == null || dbSession.isDisActive) { nbNetworkConnection = Configuration.configuration.getHttpChannelGroup().size() + Configuration.configuration.getServerChannelGroup().size(); bandwidthIn = trafficCounter.lastReadThroughput() >> 7;// B/s -> Kb/s bandwidthOut = trafficCounter.lastWriteThroughput() >> 7; nbThread = Thread.activeCount(); secondsRunning = (limitDate - startMonitor) / 1000; if (!reCompute()) { // too early return; } limitDate -= nbMs; currentLimit = limitDate; // Update value // Overall status including past, future and current transfers nbCountInfoToSubmit = CommanderNoDb.todoList.size(); if (Configuration.configuration.getInternalRunner() != null) { nbCountInfoRunning = Configuration.configuration.getInternalRunner().nbInternalRunner(); } else { nbCountInfoRunning = Configuration.configuration.getServerChannelGroup().size(); } // Current situation of all transfers, running or not nbCountAllRunningStep = nbCountInfoRunning; } else { nbNetworkConnection = DbAdmin.getNbConnection(); bandwidthIn = trafficCounter.lastReadThroughput() >> 7;// B/s -> Kb/s bandwidthOut = trafficCounter.lastWriteThroughput() >> 7; nbThread = Thread.activeCount(); secondsRunning = (limitDate - startMonitor) / 1000; if (!reCompute()) { // too early return; } limitDate -= nbMs; currentLimit = limitDate; // Update value try { // Overall status including past, future and current transfers nbCountInfoUnknown = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.UNKNOWN, limitDate); nbCountInfoNotUpdated = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.NOTUPDATED, limitDate); nbCountInfoInterrupted = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.INTERRUPTED, limitDate); nbCountInfoToSubmit = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.TOSUBMIT, limitDate); nbCountInfoError = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.INERROR, limitDate); nbCountInfoRunning = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.RUNNING, limitDate); nbCountInfoDone = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.DONE, limitDate); // Current situation of all transfers, running or not DbTaskRunner.finishSelectOrCountPrepareStatement(countInActiveTransfer, limitDate); nbInActiveTransfer = DbTaskRunner.getResultCountPrepareStatement(countInActiveTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countOutActiveTransfer, limitDate); nbOutActiveTransfer = DbTaskRunner.getResultCountPrepareStatement(countOutActiveTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countInTotalTransfer, limitDate); nbInTotalTransfer = DbTaskRunner.getResultCountPrepareStatement(countInTotalTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countOutTotalTransfer, limitDate); nbOutTotalTransfer = DbTaskRunner.getResultCountPrepareStatement(countOutTotalTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countOutErrorTransfer, limitDate); nbOutErrorTransfer = DbTaskRunner.getResultCountPrepareStatement(countOutErrorTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countInErrorTransfer, limitDate); nbInErrorTransfer = DbTaskRunner.getResultCountPrepareStatement(countInErrorTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepAllTransfer, limitDate); nbCountStepAllTransfer = DbTaskRunner.getResultCountPrepareStatement(countStepAllTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepNotask, limitDate); nbCountStepNotask = DbTaskRunner.getResultCountPrepareStatement(countStepNotask); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepPretask, limitDate); nbCountStepPretask = DbTaskRunner.getResultCountPrepareStatement(countStepPretask); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepTransfer, limitDate); nbCountStepTransfer = DbTaskRunner.getResultCountPrepareStatement(countStepTransfer); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepPosttask, limitDate); nbCountStepPosttask = DbTaskRunner.getResultCountPrepareStatement(countStepPosttask); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepAllDone, limitDate); nbCountStepAllDone = DbTaskRunner.getResultCountPrepareStatement(countStepAllDone); DbTaskRunner.finishSelectOrCountPrepareStatement(countStepError, limitDate); nbCountStepError = DbTaskRunner.getResultCountPrepareStatement(countStepError); DbTaskRunner.finishSelectOrCountPrepareStatement(countAllRunningStep, limitDate); nbCountAllRunningStep = DbTaskRunner.getResultCountPrepareStatement(countAllRunningStep); if (detail) { // First on Running Transfers only DbTaskRunner.finishSelectOrCountPrepareStatement(countRunningStep, limitDate); nbCountRunningStep = DbTaskRunner.getResultCountPrepareStatement(countRunningStep); DbTaskRunner.finishSelectOrCountPrepareStatement(countInitOkStep, limitDate); nbCountInitOkStep = DbTaskRunner.getResultCountPrepareStatement(countInitOkStep); DbTaskRunner.finishSelectOrCountPrepareStatement(countPreProcessingOkStep, limitDate); nbCountPreProcessingOkStep = DbTaskRunner .getResultCountPrepareStatement(countPreProcessingOkStep); DbTaskRunner.finishSelectOrCountPrepareStatement(countTransferOkStep, limitDate); nbCountTransferOkStep = DbTaskRunner.getResultCountPrepareStatement(countTransferOkStep); DbTaskRunner.finishSelectOrCountPrepareStatement(countPostProcessingOkStep, limitDate); nbCountPostProcessingOkStep = DbTaskRunner .getResultCountPrepareStatement(countPostProcessingOkStep); DbTaskRunner.finishSelectOrCountPrepareStatement(countCompleteOkStep, limitDate); nbCountCompleteOkStep = DbTaskRunner.getResultCountPrepareStatement(countCompleteOkStep); // Error Status on all transfers nbCountStatusConnectionImpossible = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.ConnectionImpossible, limitDate); nbCountStatusServerOverloaded = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.ServerOverloaded, limitDate); nbCountStatusBadAuthent = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.BadAuthent, limitDate); nbCountStatusExternalOp = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.ExternalOp, limitDate); nbCountStatusTransferError = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.TransferError, limitDate); nbCountStatusMD5Error = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.MD5Error, limitDate); nbCountStatusDisconnection = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.Disconnection, limitDate); nbCountStatusFinalOp = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.FinalOp, limitDate); nbCountStatusUnimplemented = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.Unimplemented, limitDate); nbCountStatusInternal = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.Internal, limitDate); nbCountStatusWarning = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.Warning, limitDate); nbCountStatusQueryAlreadyFinished = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.QueryAlreadyFinished, limitDate); nbCountStatusQueryStillRunning = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.QueryStillRunning, limitDate); nbCountStatusNotKnownHost = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.NotKnownHost, limitDate); nbCountStatusQueryRemotelyUnknown = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.QueryRemotelyUnknown, limitDate); nbCountStatusCommandNotFound = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.CommandNotFound, limitDate); nbCountStatusPassThroughMode = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.PassThroughMode, limitDate); nbCountStatusRemoteShutdown = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.RemoteShutdown, limitDate); nbCountStatusShutdown = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.Shutdown, limitDate); nbCountStatusRemoteError = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.RemoteError, limitDate); nbCountStatusStopped = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.StoppedTransfer, limitDate); nbCountStatusCanceled = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.CanceledTransfer, limitDate); nbCountStatusFileNotFound = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.FileNotFound, limitDate); nbCountStatusUnknown = DbTaskRunner.getResultCountPrepareStatement(countStatus, ErrorCode.Unknown, limitDate); } } catch (WaarpDatabaseNoConnectionException e) { } catch (WaarpDatabaseSqlException e) { } } } }
From source file:com.gargoylesoftware.htmlunit.SimpleWebTestCase.java
/** * Gets the active JavaScript threads./*from www . ja v a 2 s . c o m*/ * @return the threads */ protected List<Thread> getJavaScriptThreads() { final Thread[] threads = new Thread[Thread.activeCount() + 10]; Thread.enumerate(threads); final List<Thread> jsThreads = new ArrayList<Thread>(); for (final Thread t : threads) { if (t != null && t.getName().startsWith("JS executor for")) { jsThreads.add(t); } } return jsThreads; }
From source file:com.l2jfree.gameserver.status.GameStatusThread.java
@Override public void run() { String _usrCommand = ""; try {/*from w w w. j a va2 s . c om*/ while (_usrCommand.compareTo("quit") != 0 && _usrCommand.compareTo("exit") != 0) { _usrCommand = readLine(); if (_usrCommand == null) { _cSocket.close(); break; } if (_usrCommand.equals("help")) { _print.println("The following is a list of all available commands: "); _print.println("help - shows this help."); _print.println("status - displays basic server statistics."); _print.println("printmemusage - displays memory amounts in JVM."); _print.println("performance - shows server performance statistics."); _print.println("threads - dumps thread infos."); _print.println("purge - purges TPM."); _print.println("gc - forced garbage collection."); _print.println("clean - cleans leakmanager mapped objects."); _print.println("clear - clears leakmanager mapped objects."); _print.println("class - dumps TPM-class stats."); _print.println("announce <text> - announces <text> in game."); _print.println("msg <nick> <text> - Sends a whisper to char <nick> with <text>."); _print.println("gmchat <text> - Sends a message to all GMs with <text>."); _print.println("gmlist - lists all gms online."); _print.println("ip - gets IP of player <name>."); _print.println("kick - kick player <name> from server."); _print.println("shutdown <time> - shuts down server in <time> seconds."); _print.println("restart <time> - restarts down server in <time> seconds."); _print.println("abort - aborts shutdown/restart."); _print.println("halt - halts server."); _print.println("give <player> <itemid> <amount>"); _print.println( "enchant <player> <itemType> <enchant> (itemType: 1 - Helmet, 2 - Chest, 3 - Gloves, 4 - Feet, " + "5 - Legs, 6 - Right Hand, 7 - Left Hand, 8 - Left Ear, 9 - Right Ear , 10 - Left Finger, 11 - Right Finger, " + "12- Necklace, 13 - Underwear, 14 - Back, 15 - Belt, 0 - No Enchant)"); _print.println( "extreload <name> - reload and initializes the named extension or all if used without argument"); _print.println( "extinit <name> - initilizes the named extension or all if used without argument"); _print.println( "extunload <name> - unload the named extension or all if used without argument"); _print.println("debug <cmd> - executes the debug command (see 'help debug')."); _print.println("jail <player> [time]"); _print.println("unjail <player>"); _print.println("reload <...>"); _print.println("reload_config <file>"); if (Config.IRC_ENABLED) { _print.println("ircc <command> - sends a command to irc"); _print.println("ircm <target ><msg> - sends a message to irc"); } _print.println("quit - closes telnet session."); } else if (_usrCommand.equals("help debug")) { _print.println("The following is a list of all available debug commands: "); _print.println("decay - prints info about the DecayManager"); } else if (_usrCommand.equals("status")) { int max = LoginServerThread.getInstance().getMaxPlayer(); int playerCount = L2World.getInstance().getAllPlayersCount(); int objectCount = L2World.getInstance().getAllVisibleObjectsCount(); int itemCount = 0; int itemVoidCount = 0; int monsterCount = 0; int minionCount = 0; int minionsGroupCount = 0; int npcCount = 0; int pcCount = 0; int doorCount = 0; int summonCount = 0; int AICount = 0; for (L2Object obj : L2World.getInstance().getAllVisibleObjects()) { if (obj == null) continue; if (obj instanceof L2Creature) if (((L2Creature) obj).hasAI()) AICount++; if (obj instanceof L2ItemInstance) { if (((L2ItemInstance) obj).getLocation() == L2ItemInstance.ItemLocation.VOID) itemVoidCount++; else itemCount++; } else if (obj instanceof L2MonsterInstance) { monsterCount++; minionCount += ((L2MonsterInstance) obj).getTotalSpawnedMinionsInstances(); minionsGroupCount += ((L2MonsterInstance) obj).getTotalSpawnedMinionsGroups(); } else if (obj instanceof L2Npc) npcCount++; else if (obj instanceof L2Player) pcCount++; else if (obj instanceof L2Summon) summonCount++; else if (obj instanceof L2DoorInstance) doorCount++; } _print.println("Server Status: "); _print.println(" ---> Player Count: " + playerCount + "/" + max); _print.println(" +--> Object Count: " + objectCount); _print.println(" +--> AI Count: " + AICount); _print.println(" +.... L2Item(Void): " + itemVoidCount); _print.println(" +.......... L2Item: " + itemCount); _print.println(" +....... L2Monster: " + monsterCount); _print.println(" +......... Minions: " + minionCount); _print.println(" +.. Minions Groups: " + minionsGroupCount); _print.println(" +........... L2Npc: " + npcCount); _print.println(" +............ L2Pc: " + pcCount); _print.println(" +........ L2Summon: " + summonCount); _print.println(" +.......... L2Door: " + doorCount); _print.println(" ---> Ingame Time: " + GameTimeManager.getInstance().getFormattedGameTime()); _print.println(" ---> Server Uptime: " + getUptime(_uptime)); _print.println(" ---> GM Count: " + getOnlineGMS()); _print.println(" ---> Threads: " + Thread.activeCount()); _print.println(" RAM Used: " + ((Runtime.getRuntime().totalMemory() - Runtime.getRuntime().freeMemory()) / 1048576)); _print.flush(); } else if (_usrCommand.equals("printmemusage")) { for (String line : Util.getMemUsage()) { _print.println(line); } _print.flush(); } else if (_usrCommand.equals("performance")) { for (String line : ThreadPoolManager.getInstance().getStats()) { _print.println(line); } _print.flush(); } else if (_usrCommand.equals("threads")) { L2Thread.dumpThreads(); _print.println("Threads dumped...."); _print.flush(); } else if (_usrCommand.equals("purge")) { ThreadPoolManager.getInstance().purge(); _print.println("STATUS OF THREAD POOLS AFTER PURGE COMMAND:"); _print.println(""); for (String line : ThreadPoolManager.getInstance().getStats()) { _print.println(line); } _print.flush(); } else if (_usrCommand.startsWith("class")) { SortBy sortBy = null; try { sortBy = SortBy.valueOf(_usrCommand.substring(6).toUpperCase()); } catch (Exception e) { } RunnableStatsManager.dumpClassStats(sortBy); _print.println("TPM-Classes dumped...."); _print.flush(); } else if (_usrCommand.equals("gc")) { for (String line : Util.getMemUsage()) { _print.println(line); } _print.println(""); _print.println("##################################"); _print.print(" Garbage collecting... "); _print.flush(); long act = System.currentTimeMillis(); System.gc(); _print.println("Done!"); _print.println(" Duration: " + (System.currentTimeMillis() - act) + "msec..."); _print.println("##################################"); _print.println(""); for (String line : Util.getMemUsage()) { _print.println(line); } _print.flush(); } else if (_usrCommand.equals("clean")) { _print.println("================================================================"); long begin = System.currentTimeMillis(); LeakTaskManager.getInstance().clean(); _print.println("'clean' done in " + (System.currentTimeMillis() - begin) + "msec."); _print.println("================================================================"); } else if (_usrCommand.equals("clear")) { _print.println("================================================================"); long begin = System.currentTimeMillis(); LeakTaskManager.getInstance().clear(); _print.println("'clear' done in " + (System.currentTimeMillis() - begin) + "msec."); _print.println("================================================================"); } else if (_usrCommand.startsWith("announce")) { try { _usrCommand = _usrCommand.substring(9); if (Config.ALT_TELNET && Config.ALT_TELNET_GM_ANNOUNCER_NAME) _usrCommand += " [" + _gm + "(offline)]"; Announcements.getInstance().announceToAll(_usrCommand); _print.println("Announcement Sent!"); } catch (StringIndexOutOfBoundsException e) { _print.println("Please Enter Some Text To Announce!"); } } else if (_usrCommand.startsWith("msg")) { try { String val = _usrCommand.substring(4); StringTokenizer st = new StringTokenizer(val); String name = st.nextToken(); String message = val.substring(name.length() + 1); L2Player reciever = L2World.getInstance().getPlayer(name); CreatureSay cs = new CreatureSay(0, SystemChatChannelId.Chat_Tell, "Telnet Priv", message); if (Config.ALT_TELNET) cs = new CreatureSay(0, SystemChatChannelId.Chat_Tell, _gm + "(offline)", message); if (reciever != null) { reciever.sendPacket(cs); _print.println("Telnet Priv->" + name + ": " + message); if (Config.ALT_TELNET) _print.println(_gm + "(offline): " + name + ": " + message); _print.println("Message Sent!"); } else { _print.println("Unable To Find Username: " + name); } } catch (StringIndexOutOfBoundsException e) { _print.println("Please Enter Some Text!"); } } else if (_usrCommand.startsWith("gmchat")) { try { _usrCommand = _usrCommand.substring(7); CreatureSay cs = new CreatureSay(0, SystemChatChannelId.Chat_Alliance, "Telnet GM Broadcast from " + _cSocket.getInetAddress().getHostAddress(), _usrCommand); GmListTable.broadcastToGMs(cs); _print.println("Your Message Has Been Sent To " + getOnlineGMS() + " GM(s)."); } catch (StringIndexOutOfBoundsException e) { _print.println("Please Enter Some Text To Announce!"); } } else if (_usrCommand.equals("gmlist")) { int igm = 0; String gmList = ""; for (String player : GmListTable.getAllGmNames(false)) { gmList = gmList + ", " + player; igm++; } _print.println("There are currently " + igm + " GM(s) online..."); if (!gmList.isEmpty()) _print.println(gmList); } else if (_usrCommand.startsWith("ip")) { try { _usrCommand = _usrCommand.substring(3); L2Player player = L2World.getInstance().getPlayer(_usrCommand); if (player != null) { try { _print.println("IP of " + player + ": " + player.getClient().getHostAddress()); } catch (RuntimeException e) { _print.println(e.toString()); } } else { _print.println("No player online with that name!"); } } catch (StringIndexOutOfBoundsException e) { _print.println("Please enter player name to get IP"); } } else if (_usrCommand.startsWith("kick")) { try { _usrCommand = _usrCommand.substring(5); L2Player player = L2World.getInstance().getPlayer(_usrCommand); if (player != null) { new Disconnection(player).defaultSequence(false); _print.println("Player kicked"); } } catch (StringIndexOutOfBoundsException e) { _print.println("Please enter player name to kick"); } } else if (_usrCommand.startsWith("shutdown")) { try { int val = Integer.parseInt(_usrCommand.substring(9)); Shutdown.start(_cSocket.getInetAddress().getHostAddress(), val, ShutdownMode.SHUTDOWN); _print.println("Server Will Shutdown In " + val + " Seconds!"); _print.println("Type \"abort\" To Abort Shutdown!"); } catch (StringIndexOutOfBoundsException e) { _print.println("Please Enter * amount of seconds to shutdown!"); } catch (NumberFormatException e) { _print.println("Numbers Only!"); } } else if (_usrCommand.startsWith("restart")) { try { int val = Integer.parseInt(_usrCommand.substring(8)); Shutdown.start(_cSocket.getInetAddress().getHostAddress(), val, ShutdownMode.RESTART); _print.println("Server Will Restart In " + val + " Seconds!"); _print.println("Type \"abort\" To Abort Restart!"); } catch (StringIndexOutOfBoundsException e) { _print.println("Please Enter * amount of seconds to restart!"); } catch (Exception NumberFormatException) { _print.println("Numbers Only!"); } } else if (_usrCommand.startsWith("abort")) { Shutdown.abort(_cSocket.getInetAddress().getHostAddress()); _print.println("OK! - Shutdown/Restart Aborted."); } else if (_usrCommand.startsWith("halt")) { try { _print.print("Halting..."); Shutdown.halt(_cSocket.getInetAddress().getHostAddress()); } finally { _print.println("\t\t[OK]"); } } else if (_usrCommand.equals("quit")) { } else if (_usrCommand.startsWith("give")) { StringTokenizer st = new StringTokenizer(_usrCommand.substring(5)); String playername = st.nextToken(); try { L2Player player = L2World.getInstance().getPlayer(playername); int itemId = Integer.parseInt(st.nextToken()); int amount = Integer.parseInt(st.nextToken()); if (player != null) { L2ItemInstance item = player.getInventory().addItem("Status-Give", itemId, amount, null, null); InventoryUpdate iu = new InventoryUpdate(); iu.addItem(item); player.sendPacket(iu); SystemMessage sm = new SystemMessage(SystemMessageId.YOU_PICKED_UP_S1_S2); sm.addItemName(item); sm.addNumber(amount); player.sendPacket(sm); _print.println("ok - was online"); } else { Integer playerId = CharNameTable.getInstance().getByName(playername); if (playerId != null) { java.sql.Connection con = null; con = L2DatabaseFactory.getInstance().getConnection(con); addItemToInventory(con, playerId, IdFactory.getInstance().getNextId(), itemId, amount, 0); _print.println("ok - was offline"); } else { _print.println("player not found"); } } } catch (Exception e) { } } else if (_usrCommand.startsWith("enchant")) { StringTokenizer st = new StringTokenizer(_usrCommand.substring(8), " "); int enchant = 0, itemType = 0; try { L2Player player = L2World.getInstance().getPlayer(st.nextToken()); itemType = Integer.parseInt(st.nextToken()); enchant = Integer.parseInt(st.nextToken()); switch (itemType) { case 1: itemType = Inventory.PAPERDOLL_HEAD; break; case 2: itemType = Inventory.PAPERDOLL_CHEST; break; case 3: itemType = Inventory.PAPERDOLL_GLOVES; break; case 4: itemType = Inventory.PAPERDOLL_FEET; break; case 5: itemType = Inventory.PAPERDOLL_LEGS; break; case 6: itemType = Inventory.PAPERDOLL_RHAND; break; case 7: itemType = Inventory.PAPERDOLL_LHAND; break; case 8: itemType = Inventory.PAPERDOLL_LEAR; break; case 9: itemType = Inventory.PAPERDOLL_REAR; break; case 10: itemType = Inventory.PAPERDOLL_LFINGER; break; case 11: itemType = Inventory.PAPERDOLL_RFINGER; break; case 12: itemType = Inventory.PAPERDOLL_NECK; break; case 13: itemType = Inventory.PAPERDOLL_UNDER; break; case 14: itemType = Inventory.PAPERDOLL_BACK; break; case 15: itemType = Inventory.PAPERDOLL_BELT; break; default: itemType = 0; } if (enchant > 65535) enchant = 65535; else if (enchant < 0) enchant = 0; boolean success = false; if (player != null && itemType > 0) { success = setEnchant(_cSocket, player, enchant, itemType); if (success) _print.println("Item enchanted successfully."); } else if (!success) _print.println("Item failed to enchant."); } catch (Exception e) { } } else if (_usrCommand.startsWith("jail")) { StringTokenizer st = new StringTokenizer(_usrCommand.substring(5)); try { String name = st.nextToken(); L2Player playerObj = L2World.getInstance().getPlayer(name); int delay = 0; try { delay = Integer.parseInt(st.nextToken()); } catch (NumberFormatException nfe) { } catch (NoSuchElementException nsee) { } // L2Player playerObj = // L2World.getInstance().getPlayer(player); if (playerObj != null) { playerObj.setInJail(true, delay); _print.println("Character " + name + " jailed for " + (delay > 0 ? delay + " minutes." : "ever!")); } else jailOfflinePlayer(name, delay); } catch (NoSuchElementException nsee) { _print.println("Specify a character name."); } catch (Exception e) { if (_log.isDebugEnabled()) _log.error(e.getMessage(), e); } } else if (_usrCommand.startsWith("unjail")) { StringTokenizer st = new StringTokenizer(_usrCommand.substring(7)); try { String name = st.nextToken(); L2Player playerObj = L2World.getInstance().getPlayer(name); if (playerObj != null) { playerObj.stopJailTask(false); playerObj.setInJail(false, 0); _print.println("Character " + name + " removed from jail"); } else unjailOfflinePlayer(name); } catch (NoSuchElementException nsee) { _print.println("Specify a character name."); } catch (Exception e) { if (_log.isDebugEnabled()) _log.debug(e.getMessage(), e); } } else if (_usrCommand.startsWith("ircc")) { if (Config.IRC_ENABLED) { _usrCommand = _usrCommand.substring(4); try { IrcManager.getInstance().getConnection().send(_usrCommand); } catch (Exception e) { if (_log.isDebugEnabled()) _log.debug(e.getMessage(), e); } } } else if (_usrCommand.startsWith("ircm")) { if (Config.IRC_ENABLED) { String val = _usrCommand.substring(4); try { StringTokenizer st = new StringTokenizer(val); String name = st.nextToken(); String message = val.substring(name.length() + 1); IrcManager.getInstance().getConnection().send(name, message); } catch (Exception e) { if (_log.isDebugEnabled()) _log.debug(e.getMessage(), e); } } } else if (_usrCommand.startsWith("debug") && _usrCommand.length() > 6) { StringTokenizer st = new StringTokenizer(_usrCommand.substring(6)); try { String dbg = st.nextToken(); if (dbg.equals("decay")) _print.print(DecayTaskManager.getInstance().getStats()); } catch (Exception e) { } } else if (_usrCommand.startsWith("reload_config")) { StringTokenizer st = new StringTokenizer(_usrCommand); st.nextToken(); try { _print.println(L2AutoInitialization.loadConfig(st.nextToken())); } catch (Exception e) { _print.println("Usage: reload_config <" + L2AutoInitialization.getLoaderNames() + ">"); } } else if (_usrCommand.startsWith("reload")) { StringTokenizer st = new StringTokenizer(_usrCommand); st.nextToken(); try { String type = st.nextToken(); if (type.equals("multisell")) { _print.print("Reloading multisell... "); MultisellTable.getInstance().reload(); _print.println("done"); } else if (type.equals("teleport")) { _print.print("Reloading teleports... "); TeleportLocationTable.getInstance().reloadAll(); _print.println("done"); } else if (type.equals("skill")) { _print.print("Reloading skills... "); SkillTable.reload(); _print.println("done"); } else if (type.equals("npc")) { _print.print("Reloading npc templates... "); NpcTable.getInstance().cleanUp(); NpcTable.getInstance().reloadAll(); _print.println("done"); } else if (type.equals("htm")) { _print.print("Reloading html cache... "); HtmCache.getInstance().reload(true); _print.println("done"); } else if (type.equals("item")) { _print.print("Reloading item templates... "); ItemTable.reload(); _print.println("done"); } else if (type.equals("instancemanager")) { _print.print("Reloading instance managers... "); Manager.reloadAll(); _print.println("done"); } else if (type.equals("zone")) { _print.print("Reloading zone tables... "); ZoneManager.getInstance().reload(); _print.println("done"); } else if (type.equals("tradelist")) { _print.print("Reloading trade lists..."); TradeListTable.getInstance().reloadAll(); _print.println("done"); } else if (type.startsWith("door")) { _print.print("Reloading Doors..."); DoorTable.getInstance().reloadAll(); _print.println("done"); } else { _print.println( "Usage: reload <multisell|teleport|skill|npc|htm|item|instancemanager|tradelist|zone|door>"); } } catch (Exception e) { _print.println( "Usage: reload <multisell|teleport|skill|npc|htm|item|instancemanager|tradelist|zone|door>"); } } else if (_usrCommand.startsWith("gamestat")) { StringTokenizer st = new StringTokenizer(_usrCommand.substring(9)); try { String type = st.nextToken(); // name;type;x;y;itemId:enchant:price... if (type.equals("privatestore")) { for (L2Player player : L2World.getInstance().getAllPlayers()) { if (player.getPrivateStoreType() == 0) continue; TradeList list = null; String content = ""; if (player.getPrivateStoreType() == 1) // sell { list = player.getSellList(); for (TradeItem item : list.getItems()) { content += item.getItem().getItemId() + ":" + item.getEnchant() + ":" + item.getPrice() + ":"; } content = player.getName() + ";" + "sell;" + player.getX() + ";" + player.getY() + ";" + content; _print.println(content); continue; } else if (player.getPrivateStoreType() == 3) // buy { list = player.getBuyList(); for (TradeItem item : list.getItems()) { content += item.getItem().getItemId() + ":" + item.getEnchant() + ":" + item.getPrice() + ":"; } content = player.getName() + ";" + "buy;" + player.getX() + ";" + player.getY() + ";" + content; _print.println(content); continue; } } } } catch (Exception e) { } } else if (_usrCommand.startsWith("extreload")) { String[] args = _usrCommand.split("\\s+"); if (args.length > 1) { for (int i = 1; i < args.length; i++) DynamicExtension.getInstance().reload(args[i]); } else { DynamicExtension.getInstance().reload(); } } else if (_usrCommand.startsWith("extinit")) { String[] args = _usrCommand.split("\\s+"); if (args.length > 1) { for (int i = 1; i < args.length; i++) DynamicExtension.getInstance().initExtension(args[i]); } else { DynamicExtension.getInstance().initExtensions(); } } else if (_usrCommand.startsWith("extunload")) { String[] args = _usrCommand.split("\\s+"); if (args.length > 1) { for (int i = 1; i < args.length; i++) DynamicExtension.getInstance().unloadExtension(args[i]); } else { DynamicExtension.getInstance().unloadExtensions(); } } else if (_usrCommand.startsWith("get")) { Object o = null; try { String[] args = _usrCommand.substring(3).split("\\s+"); if (args.length == 1) o = DynamicExtension.getInstance().get(args[0], null); else o = DynamicExtension.getInstance().get(args[0], args[1]); } catch (Exception ex) { _print.println(ex.toString()); } if (o != null) _print.println(o.toString()); } else if (_usrCommand.length() > 0) { try { String[] args = _usrCommand.split("\\s+"); if (args.length == 1) DynamicExtension.getInstance().set(args[0], null, null); else if (args.length == 2) DynamicExtension.getInstance().set(args[0], null, args[1]); else DynamicExtension.getInstance().set(args[0], args[1], args[2]); } catch (Exception ex) { _print.print(ex.toString()); } } else if (_usrCommand.length() == 0) { } _print.print(""); _print.flush(); } if (!_cSocket.isClosed()) { _print.println("Bye Bye!"); _print.flush(); _cSocket.close(); } telnetOutput(1, "Connection from " + _cSocket.getInetAddress().getHostAddress() + " was closed by client."); } catch (IOException e) { _log.error(e.getMessage(), e); } }
From source file:org.hyperic.hq.agent.server.AgentDaemon.java
/** * MONITOR METHOD: Get the # of active threads */// www . j av a2 s . com public double getNumActiveThreads() throws AgentMonitorException { return Thread.activeCount(); }
From source file:com.gargoylesoftware.htmlunit.WebTestCase.java
/** * Gets the active JavaScript threads.//from www .j a v a 2 s. c om * @return the threads */ protected List<Thread> getJavaScriptThreads() { final Thread[] threads = new Thread[Thread.activeCount() + 10]; Thread.enumerate(threads); final List<Thread> jsThreads = new ArrayList<>(); for (final Thread t : threads) { if (t != null && t.getName().startsWith("JS executor for")) { jsThreads.add(t); } } return jsThreads; }
From source file:org.waarp.openr66.protocol.localhandler.Monitoring.java
/** * Update a value in Global MIB part//from ww w. ja va2 s. com * * @param nbMs * @param entry */ protected void run(long nbMs, WaarpGlobalValuesIndex entry) { synchronized (trafficCounter) { long val = 0; long limitDate = System.currentTimeMillis() - nbMs; if (dbSession == null || dbSession.isDisActive) { switch (entry) { case applUptime: return; case applOperStatus: return; case applLastChange: return; case applInboundAssociations: updateGlobalValue(entry.ordinal(), nbInActiveTransfer); return; case applOutboundAssociations: updateGlobalValue(entry.ordinal(), nbOutActiveTransfer); return; case applAccumInboundAssociations: updateGlobalValue(entry.ordinal(), nbInTotalTransfer); return; case applAccumOutboundAssociations: updateGlobalValue(entry.ordinal(), nbOutTotalTransfer); return; case applLastInboundActivity: val = (lastInActiveTransfer - this.agent.getUptimeSystemTime()) / 10; if (val < 0) val = 0; updateGlobalValue(entry.ordinal(), val); return; case applLastOutboundActivity: val = (lastOutActiveTransfer - this.agent.getUptimeSystemTime()) / 10; if (val < 0) val = 0; updateGlobalValue(entry.ordinal(), val); return; case applRejectedInboundAssociations: updateGlobalValue(entry.ordinal(), nbInErrorTransfer); return; case applFailedOutboundAssociations: updateGlobalValue(entry.ordinal(), nbOutErrorTransfer); return; case applInboundBandwidthKBS: val = trafficCounter.lastReadThroughput() >> 10;// B/s -> KB/s updateGlobalValue(entry.ordinal(), val); return; case applOutboundBandwidthKBS: val = trafficCounter.lastWriteThroughput() >> 10; updateGlobalValue(entry.ordinal(), val); return; case nbInfoUnknown: updateGlobalValue(entry.ordinal(), nbCountInfoUnknown); return; case nbInfoNotUpdated: updateGlobalValue(entry.ordinal(), nbCountInfoNotUpdated); return; case nbInfoInterrupted: updateGlobalValue(entry.ordinal(), nbCountInfoInterrupted); return; case nbInfoToSubmit: nbCountInfoToSubmit = CommanderNoDb.todoList.size(); updateGlobalValue(entry.ordinal(), nbCountInfoToSubmit); return; case nbInfoError: updateGlobalValue(entry.ordinal(), nbCountInfoError); return; case nbInfoRunning: nbCountInfoRunning = Configuration.configuration.getInternalRunner().nbInternalRunner(); updateGlobalValue(entry.ordinal(), nbCountInfoRunning); return; case nbInfoDone: updateGlobalValue(entry.ordinal(), nbCountInfoDone); return; case nbStepAllTransfer: updateGlobalValue(entry.ordinal(), nbCountStepAllTransfer); return; case memoryTotal: return; case memoryFree: return; case memoryUsed: return; case nbThreads: nbThread = Thread.activeCount(); updateGlobalValue(entry.ordinal(), nbThread); return; case nbNetworkConnection: nbNetworkConnection = Configuration.configuration.getHttpChannelGroup().size() + Configuration.configuration.getServerChannelGroup().size(); updateGlobalValue(entry.ordinal(), nbNetworkConnection); return; } return; } // Global try { switch (entry) { case applUptime: return; case applOperStatus: return; case applLastChange: return; case applInboundAssociations: DbTaskRunner.finishSelectOrCountPrepareStatement(countInActiveTransfer, limitDate); nbInActiveTransfer = DbTaskRunner.getResultCountPrepareStatement(countInActiveTransfer); updateGlobalValue(entry.ordinal(), nbInActiveTransfer); return; case applOutboundAssociations: DbTaskRunner.finishSelectOrCountPrepareStatement(countOutActiveTransfer, limitDate); nbOutActiveTransfer = DbTaskRunner.getResultCountPrepareStatement(countOutActiveTransfer); updateGlobalValue(entry.ordinal(), nbOutActiveTransfer); return; case applAccumInboundAssociations: DbTaskRunner.finishSelectOrCountPrepareStatement(countInTotalTransfer, limitDate); nbInTotalTransfer = DbTaskRunner.getResultCountPrepareStatement(countInTotalTransfer); updateGlobalValue(entry.ordinal(), nbInTotalTransfer); return; case applAccumOutboundAssociations: DbTaskRunner.finishSelectOrCountPrepareStatement(countOutTotalTransfer, limitDate); nbOutTotalTransfer = DbTaskRunner.getResultCountPrepareStatement(countOutTotalTransfer); updateGlobalValue(entry.ordinal(), nbOutTotalTransfer); return; case applLastInboundActivity: val = (lastInActiveTransfer - this.agent.getUptimeSystemTime()) / 10; if (val < 0) val = 0; updateGlobalValue(entry.ordinal(), val); return; case applLastOutboundActivity: val = (lastOutActiveTransfer - this.agent.getUptimeSystemTime()) / 10; if (val < 0) val = 0; updateGlobalValue(entry.ordinal(), val); return; case applRejectedInboundAssociations: DbTaskRunner.finishSelectOrCountPrepareStatement(countInErrorTransfer, limitDate); nbInErrorTransfer = DbTaskRunner.getResultCountPrepareStatement(countInErrorTransfer); updateGlobalValue(entry.ordinal(), nbInErrorTransfer); return; case applFailedOutboundAssociations: DbTaskRunner.finishSelectOrCountPrepareStatement(countOutErrorTransfer, limitDate); nbOutErrorTransfer = DbTaskRunner.getResultCountPrepareStatement(countOutErrorTransfer); updateGlobalValue(entry.ordinal(), nbOutErrorTransfer); return; case applInboundBandwidthKBS: val = trafficCounter.lastReadThroughput() >> 10;// B/s -> KB/s updateGlobalValue(entry.ordinal(), val); return; case applOutboundBandwidthKBS: val = trafficCounter.lastWriteThroughput() >> 10; updateGlobalValue(entry.ordinal(), val); return; case nbInfoUnknown: nbCountInfoUnknown = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.UNKNOWN, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoUnknown); return; case nbInfoNotUpdated: nbCountInfoNotUpdated = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.NOTUPDATED, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoNotUpdated); return; case nbInfoInterrupted: nbCountInfoInterrupted = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.INTERRUPTED, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoInterrupted); return; case nbInfoToSubmit: nbCountInfoToSubmit = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.TOSUBMIT, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoToSubmit); return; case nbInfoError: nbCountInfoError = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.INERROR, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoError); return; case nbInfoRunning: nbCountInfoRunning = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.RUNNING, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoRunning); return; case nbInfoDone: nbCountInfoDone = DbTaskRunner.getResultCountPrepareStatement(countInfo, UpdatedInfo.DONE, limitDate); updateGlobalValue(entry.ordinal(), nbCountInfoDone); return; case nbStepAllTransfer: DbTaskRunner.finishSelectOrCountPrepareStatement(countStepAllTransfer, limitDate); nbCountStepAllTransfer = DbTaskRunner.getResultCountPrepareStatement(countStepAllTransfer); updateGlobalValue(entry.ordinal(), nbCountStepAllTransfer); return; case memoryTotal: return; case memoryFree: return; case memoryUsed: return; case nbThreads: nbThread = Thread.activeCount(); updateGlobalValue(entry.ordinal(), nbThread); return; case nbNetworkConnection: nbNetworkConnection = DbAdmin.getNbConnection(); updateGlobalValue(entry.ordinal(), nbNetworkConnection); return; } } catch (WaarpDatabaseNoConnectionException e) { } catch (WaarpDatabaseSqlException e) { } } }
From source file:ECallCenter21.java
/** * *//*from ww w . j a v a2s . co m*/ public void timedSystemStatsUpdate() { Thread timedSystemStatsUpdateThread = new Thread(allThreadsGroup, new Runnable() { @Override @SuppressWarnings("static-access") public void run() { String[] status = new String[2]; // Get CustomerOrder in case of any runtime changes like a changed soundfile if ((campaign != null) && (order != null) && (boundMode.equals("Outbound")) && (callCenterStatus == RUNNING)) { order = dbClient.selectCustomerOrder(campaign.getOrderId()); if (lastMessageDuration != order.getMessageDuration()) { soundFileToStream = order.getMessageFilename(); filename = "file:" + soundFileToStream; // Make sure the callSpeedSlider adapts to the message length in relation to the Call / Message Duration when message is longer than 10 seconds if (Math.round( order.getMessageDuration() * 100) < (eCallCenterGUI.callSpeedSlider.getMinimum())) // Soundfile results below minimum { eCallCenterGUI.callSpeedSlider.setMaximum(eCallCenterGUI.callSpeedSlider.getMinimum()); } else { eCallCenterGUI.callSpeedSlider.setMaximum(order.getMessageDuration() * 50); eCallCenterGUI.callSpeedSlider .setMajorTickSpacing(Math.round((eCallCenterGUI.callSpeedSlider.getMaximum() - eCallCenterGUI.callSpeedSlider.getMinimum()) / 10)); eCallCenterGUI.callSpeedSlider.setPaintLabels(true); } callSpeedInterval = Math.round(eCallCenterGUI.callSpeedSlider.getMaximum() / 2); callSpeedSlider.setValue(callSpeedInterval); lastMessageDuration = order.getMessageDuration(); } } memFree = sysMonitor.getPhysMem(); systemStatsTable.setValueAt(Long.toString(memFree), 2, 1); heapMemMax = (Runtime.getRuntime().maxMemory() / (1024 * 1024)); systemStatsTable.setValueAt(Long.toString(heapMemMax), 3, 1); // KB heapMemTot = (Runtime.getRuntime().totalMemory() / (1024 * 1024)); systemStatsTable.setValueAt(Long.toString(heapMemTot), 4, 1); // KB heapMemFree = (Runtime.getRuntime().freeMemory() / (1024 * 1024)); systemStatsTable.setValueAt(Long.toString(heapMemFree), 5, 1); // KB systemStatsTable.setValueAt(Thread.activeCount(), 1, 1); // Display time / performance facts currentTimeCalendar = Calendar.getInstance(nlLocale); difRegStartExpEndCalendar = Calendar.getInstance(nlLocale); difRegStartCurTimeCalendar = Calendar.getInstance(nlLocale); difCurTimeExpEndCalendar = Calendar.getInstance(nlLocale); if ((outboundCallsInProgress) && (campaignStat.getCallingTT() > 0)) { // Set & Display the ExpectedEnd timestamp in human readable format // campaign.setCalendarExpectedEnd(TimeWindow.getEstimatedEndCalendar(Calendar.getInstance(), order, throughputFactor, destination.getDestinationCount())); // The new way campaign.setCalendarExpectedEnd(timeTool.getEstimatedEndCalendar(Calendar.getInstance(), order, throughputFactor, destination.getDestinationCount(), order.getTimewindowIndexArray())); // The new way dbClient.updateCampaign(campaign); difRegStartExpEndCalendar.setTimeInMillis(campaign.getCalendarExpectedEnd().getTimeInMillis() - campaign.getCalendarRegisteredStart().getTimeInMillis()); difRegStartCurTimeCalendar.setTimeInMillis(currentTimeCalendar.getTimeInMillis() - campaign.getCalendarRegisteredStart().getTimeInMillis()); difCurTimeExpEndCalendar.setTimeInMillis(campaign.getCalendarExpectedEnd().getTimeInMillis() - currentTimeCalendar.getTimeInMillis()); // Sets the End Expected Timestamp campaignTable.setValueAt( String.format("%04d", campaign.getCalendarExpectedEnd().get(Calendar.YEAR)) + "-" + String.format("%02d", campaign.getCalendarExpectedEnd().get(Calendar.MONTH) + 1) + "-" + String.format( "%02d", campaign.getCalendarExpectedEnd().get(Calendar.DAY_OF_MONTH)) + " " + String.format("%02d", campaign.getCalendarExpectedEnd().get(Calendar.HOUR_OF_DAY)) + ":" + String.format("%02d", campaign.getCalendarExpectedEnd().get(Calendar.MINUTE)) + ":" + String.format("%02d", campaign.getCalendarExpectedEnd().get(Calendar.SECOND)), 3, 1); // Sets the Past / Elapsed Campaign Time campaignTable.setValueAt( String.format("%04d", difRegStartExpEndCalendar.get(Calendar.YEAR) - 1970) + "-" + String.format("%02d", difRegStartExpEndCalendar.get(Calendar.MONTH)) + "-" + String.format("%02d", difRegStartExpEndCalendar.get(Calendar.DAY_OF_MONTH) - 1) + " " + String.format("%02d", difRegStartExpEndCalendar.get(Calendar.HOUR_OF_DAY) - 1) + ":" + String.format("%02d", difRegStartExpEndCalendar.get(Calendar.MINUTE)) + ":" + String.format("%02d", difRegStartExpEndCalendar.get(Calendar.SECOND)), 6, 1); // Sets the Campaign Ending Countdown Time (ETA) campaignTable.setValueAt(String.format("%04d", difRegStartCurTimeCalendar.get(Calendar.YEAR) - 1970) + "-" + String.format("%02d", difRegStartCurTimeCalendar.get(Calendar.MONTH)) + "-" + String.format("%02d", difRegStartCurTimeCalendar.get(Calendar.DAY_OF_MONTH) - 1) + " " + String.format("%02d", difRegStartCurTimeCalendar.get(Calendar.HOUR_OF_DAY) - 1) + ":" + String.format("%02d", difRegStartCurTimeCalendar.get(Calendar.MINUTE)) + ":" + String.format("%02d", difRegStartCurTimeCalendar.get(Calendar.SECOND)), 7, 1); campaignTable.setValueAt( String.format("%04d", difCurTimeExpEndCalendar.get(Calendar.YEAR) - 1970) + "-" + String.format("%02d", difCurTimeExpEndCalendar.get(Calendar.MONTH)) + "-" + String.format("%02d", difCurTimeExpEndCalendar.get(Calendar.DAY_OF_MONTH) - 1) + " " + String.format("%02d", difCurTimeExpEndCalendar.get(Calendar.HOUR_OF_DAY) - 1) + ":" + String.format("%02d", difCurTimeExpEndCalendar.get(Calendar.MINUTE)) + ":" + String.format("%02d", difCurTimeExpEndCalendar.get(Calendar.SECOND)), 8, 1); dbClient.updateCampaign(campaign); } // Display PieGraph & Update CampaignStat if ((callCenterIsOutBound) && (callRatioChartData != null) && (callRatioChart != null) && (dbClient != null) && ((callCenterStatus == RUNNING) || (callCenterStatus == RERUNBREAK))) { callRatioChartData.setValue("Connecting", (campaignStat.getConnectingTT() - campaignStat.getTryingTT())); callRatioChartData.setValue("Trying", (campaignStat.getTryingTT() - campaignStat.getCallingTT())); callRatioChartData.setValue("Busy", campaignStat.getRemoteBusyTT()); callRatioChartData.setValue("Success", campaignStat.getTalkingTT()); callRatioChart.setTitle("Call Ratio"); // Store the CampaignStats in database dbClient.updateCampaignStat(campaignStat); } // Only in correct TimeWindow // if ( order != null) // { // if ((callCenterIsNetManaged) && (callCenterIsOutBound) && (!TimeWindow.getCurrentTimeWindow().equals(order.getTimeWindowCategory()))) // { // showStatus (License.PRODUCT + " Shutdown: Running outside " + order.getTimeWindowCategory(), true, true); // try { Thread.sleep(5000); } catch (InterruptedException ex) { } // System.exit(0); // } // } if (order != null) { boolean legalTimeWindow = false; for (int orderTimewindow : order.getTimewindowIndexArray()) { if (orderTimewindow == timeTool.getCurrentTimeWindowIndex()) { legalTimeWindow = true; } } if (!legalTimeWindow) { showStatus("Self Destructing: " + Vergunning.PRODUCT + " running outside TimeWindow !", true, true); try { Thread.sleep(5000); } catch (InterruptedException ex) { } System.exit(0); } } // Management Server Heartbeat (Manager heartbeat Lost) if (callCenterIsNetManaged) { //Exit if no management signal is received in time if (selfDestructCounter == 0) { showStatus(Vergunning.PRODUCT + " Shutdown: Management Heartbeat Lost", true, true); try { Thread.sleep(5000); } catch (InterruptedException ex) { } System.exit(0); } if (selfDestructCounter > 0) { selfDestructCounter--; } if (selfDestructCounter < (selfDestructCounterLimit - 2)) // Warning and Restart { if (!callCenterIsOutBound) { if (!isRegistering) { showStatus("Restarting Inbound Management Server", true, true); enableInboundNetManagerServer(false); try { Thread.sleep(500); } catch (InterruptedException ex) { } enableInboundNetManagerServer(true); } } else// if (getCallCenterStatus() == RUNNING) { showStatus("Restarting Outbound Management Server", true, true); enableOutboundNetManagerServer(false); try { Thread.sleep(500); } catch (InterruptedException ex) { } enableOutboundNetManagerServer(true); } } else { if (!callCenterIsOutBound) { netManagerInboundServerToggleButton.setForeground(Color.BLACK); } else { netManagerOutboundServerToggleButton.setForeground(Color.BLACK); } } } } // Run }); // Thread timedSystemStatsUpdateThread.setName("timedSystemStatsUpdateThread"); timedSystemStatsUpdateThread.setDaemon(runThreadsAsDaemons); timedSystemStatsUpdateThread.start(); }