/* 
    *   Firemox is a turn based strategy simulator
    *   Copyright (C) 2003-2007 Fabrice Daugan
    *
    *   This program is free software; you can redistribute it and/or modify it 
    * under the terms of the GNU General Public License as published by the Free 
    * Software Foundation; either version 2 of the License, or (at your option) any
    * later version.
    *
   *   This program is distributed in the hope that it will be useful, but WITHOUT 
   * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
   * FOR A PARTICULAR PURPOSE.  See the GNU General Public License for more 
   * details.
   *
   *   You should have received a copy of the GNU General Public License along  
   * with this program; if not, write to the Free Software Foundation, Inc., 
   * 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
   * 
   */
  package net.sf.firemox.action;
  
  import java.io.IOException;
  import java.io.InputStream;
  import java.util.ArrayList;
  import java.util.Arrays;
  import java.util.List;
  
  import net.sf.firemox.action.context.ActionContextWrapper;
  import net.sf.firemox.action.context.MoveContext;
  import net.sf.firemox.action.handler.FollowAction;
  import net.sf.firemox.clickable.ability.Ability;
  import net.sf.firemox.clickable.target.Target;
  import net.sf.firemox.clickable.target.card.MCard;
  import net.sf.firemox.clickable.target.player.Player;
  import net.sf.firemox.event.Detached;
  import net.sf.firemox.event.MovedCard;
  import net.sf.firemox.event.context.ContextEventListener;
  import net.sf.firemox.network.ConnectionManager;
  import net.sf.firemox.network.message.CoreMessageType;
  import net.sf.firemox.stack.StackManager;
  import net.sf.firemox.test.TestOn;
  import net.sf.firemox.token.IdPositions;
  import net.sf.firemox.token.IdZones;
  import net.sf.firemox.tools.Log;
  import net.sf.firemox.tools.MToolKit;
  import net.sf.firemox.ui.i18n.LanguageManagerMDB;
  import net.sf.firemox.ui.wizard.Arrange;
  import net.sf.firemox.ui.wizard.Wizard;
  import net.sf.firemox.zone.MZone;
  import net.sf.firemox.zone.ZoneManager;
  
  /***
   * To move the current target list from their place to another. New position
   * within the new zone, and the new controller have to be specified. <br>
   * 
   * @version 0.91
   * @author <a href="mailto:fabdouglas@users.sourceforge.net">Fabrice Daugan </a>
   * @author <a href="mailto:kismet-sl@users.sourceforge.net">Stefano "Kismet"
   *         Lenzi</a>
   * @since 0.54
   * @since 0.80 activated abilities of card are registered before the 'moved
   *        card' is generated
   * @since 0.80 support replacement
   * @since 0.82 card is moved into the destination zone before the event is
   *        generated. During the event dispatching there is an incoherence.
   * @since 0.82 timestamp is checked
   * @since 0.82 if there are several cards to move, controller chooses order
   * @since 0.86 action ignore non-card element present in the target list
   */
  public class MoveCard extends UserAction implements LoopAction, FollowAction,
  		BackgroundMessaging, AccessibleContext {
  
  	/***
  	 * Create an instance of MoveCardList by reading a file Offset's file must
  	 * pointing on the first byte of this action <br>
  	 * <ul>
  	 * Structure of InputStream : Data[size]
  	 * <li>new controller [TestOn]</li>
  	 * <li>destination zone [IdZone]</li>
  	 * <li>idPosition [int16]</li>
  	 * <li>silent [boolean]</li>
  	 * </ul>
  	 * 
  	 * @param inputFile
  	 *          file containing this action
  	 * @throws IOException
  	 *           if error occurred during the reading process from the specified
  	 *           input stream
  	 */
  	MoveCard(InputStream inputFile) throws IOException {
  		super(inputFile);
  		controller = TestOn.deserialize(inputFile);
  		destination = inputFile.read();
  		idPosition = MToolKit.readInt16(inputFile);
  		silent = inputFile.read() == 1;
  	}
  
  	public final void replayAction(ContextEventListener context, Ability ability,
  			Wizard wizard) {
 		wizard.setVisible(true);
 		if (Wizard.optionAnswer != Wizard.BACKGROUND_OPTION) {
 			// valid answer
 			boolean taken = false;
 			if (!StackManager.noReplayToken.takeNoBlock()) {
 				taken = true;
 			}
 
 			final List<MCard> toBeSortedCardsCurrent = new ArrayList<MCard>();
 			final List<MCard> toBeSortedCardsNonCurrent = new ArrayList<MCard>();
 			fillList(toBeSortedCardsCurrent, toBeSortedCardsNonCurrent);
 			final int[] order = ((Arrange) wizard).order;
 			final byte[] toSend = new byte[order.length];
 			if (((Arrange) wizard).owner == StackManager.currentPlayer()) {
 				// current player (you) has arranged these cards
 
 				for (int i = order.length; i-- > 0;) {
 					toSend[i] = (byte) order[i];
 					StackManager.getTargetListAccess().remove(
 							toBeSortedCardsCurrent.get(order[i]));
 					StackManager.getTargetListAccess().add(
 							toBeSortedCardsCurrent.get(order[i]));
 				}
 				// we send our choice
 				Log.debug("Order sent : " + Arrays.toString(toSend));
 				ConnectionManager.send(CoreMessageType.MOVE_ORDER_ANSWER, toSend);
 
 				// then, check the cards owned by non-current player
 				if (toBeSortedCardsNonCurrent.size() > 1) {
 					// now we wait the non current player choice
 					Log.debug("Opponent is arranging moving cards he/she owns");
 					StackManager.currentPlayer().getOpponent().setHandedPlayer();
 					// stop here since the recursive call manages the non-current case
 				} else {
 					// all is done : current and non-current player have made their choice
 					StackManager.actionManager.loopingIndex = StackManager
 							.getTargetListAccess().size();
 
 					// free the locking-token
 					if (taken) {
 						StackManager.noReplayToken.release();
 					}
 
 					StackManager.resolveStack();
 				}
 			} else {
 				// non current player (you) has arranged these cards
 
 				for (int i = order.length; i-- > 0;) {
 					toSend[i] = (byte) order[i];
 					StackManager.getTargetListAccess().remove(
 							toBeSortedCardsNonCurrent.get(order[i]));
 					StackManager.getTargetListAccess().add(
 							toBeSortedCardsNonCurrent.get(order[i]));
 				}
 
 				// we send our choice
 				Log.debug("Order sent : " + Arrays.toString(toSend));
 				ConnectionManager.send(CoreMessageType.MOVE_ORDER_ANSWER, toSend);
 
 				// all is done : current and non-current player have made their choice
 				StackManager.actionManager.loopingIndex = StackManager
 						.getTargetListAccess().size();
 
 				// free the locking-token
 				if (taken) {
 					StackManager.noReplayToken.release();
 				}
 
 				StackManager.resolveStack();
 			}
 		}
 	}
 
 	/***
 	 * return the id of this action. This action has been read from the MDB file.
 	 * 
 	 * @see Actiontype
 	 * @return the id of this action
 	 */
 	@Override
 	public final Actiontype getIdAction() {
 		return Actiontype.MOVE_CARD;
 	}
 
 	/***
 	 * Move a card in a zone with a specified new controller.
 	 * 
 	 * @param card
 	 *          the card to move.
 	 * @param controller
 	 *          the new controller.
 	 * @param destination
 	 *          the new zone.
 	 * @param context
 	 *          the context of current ability.
 	 * @param idPosition
 	 *          the new state of this card.
 	 * @param ability
 	 *          the current ability.
 	 * @param silentMode
 	 *          Is the silent mode is enabled while playing.
 	 * @return true if the card has been moved.
 	 */
 	public static boolean moveCard(MCard card, TestOn controller,
 			int destination, ContextEventListener context, int idPosition,
 			Ability ability, boolean silentMode) {
 
 		// check timestamp
 		if (!checkTimeStamp(context, card)) {
 			// we ignore this action
 			return true;
 		}
 
 		return moveCard(card, (Player) controller.getTargetable(ability, card,
 				context, null), destination, context, idPosition, ability, silentMode);
 	}
 
 	/***
 	 * @param movingCard
 	 *          the card to move.
 	 * @param controller
 	 *          the new controller.
 	 * @param destination
 	 *          the new zone.
 	 * @param context
 	 *          the context of current ability.
 	 * @param idPosition
 	 *          the new state of this card.
 	 * @param ability
 	 *          the current ability.
 	 * @param silentMode
 	 *          Is the silent mode is enabled for this move.
 	 * @return true if the card has been moved.
 	 */
 	public static boolean moveCard(MCard movingCard, Player controller,
 			int destination, ContextEventListener context, int idPosition,
 			Ability ability, boolean silentMode) {
 		final MCard card = (MCard) movingCard.getOriginalTargetable();
 		final int idDestination = MCard.getIdZone(destination, context);
 		// add new abilities before the card is moved
 		card.registerReplacementAbilities(idDestination);
 		if (!MovedCard.tryAction(card, idDestination, controller, silentMode)) {
 			// this action has been replaced
 			return false;
 		}
 
 		if (idDestination == IdZones.PLAY) {
 			/*
 			 * the card comes into play : the card is moved before the 'moved' event
 			 * is generated.
 			 */
 			final int previousIdZone = card.getIdZone();
 			card.moveCard(idDestination, controller,
 					(destination & IdZones.PLAY_TAPPED) == IdZones.PLAY_TAPPED,
 					idPosition);
 
 			// add the modifiers of this card activated only when card is in play
 			if (card.getModifierModels() != null && previousIdZone != IdZones.PLAY) {
 				card.getModifierModels().addModifierFromModel(ability, card);
 			}
 
 			// add new abilities
 			card.registerAbilities(IdZones.PLAY);
 
 			// but we do not update the idZone now.
 			card.setIdZone(previousIdZone);
 
 			/*
 			 * FROM THIS POINT THERE IS AN INCOHERENCE IN MCard#idZone since the card
 			 * is in a zone Y but MCard#idZone value is X, assuming the card is moving
 			 * from X to Y
 			 */
 
 			// dispatch the event before performing this action
 			MovedCard.dispatchEvent(card, idDestination, controller, silentMode);
 
 			// we update the idZone now.
 			card.setIdZone(IdZones.PLAY);
 
 			/*
 			 * FROM THIS POINT THERE IS NO MORE INCOHERENCE IN MCard#idZone
 			 */
 		} else {
 			/*
 			 * Since the card does not move into play, we proceed as usual : generate
 			 * events, and then move physically the card.
 			 */
 
 			// dispatch the event before performing this action
 			MovedCard.dispatchEvent(card, idDestination, controller, silentMode);
 
 			// add new abilities
 			card.registerAbilities(idDestination);
 
 			// move now the card
 			final int previousIdZone = card.getIdZone();
 			card.moveCard(idDestination, controller, false, idPosition);
 
 			// Add the modifiers
 			if (card.getModifierModels() != null && previousIdZone != idDestination) {
 				card.getModifierModels().addModifierFromModel(card.getDummyAbility(),
 						null);
 			}
 
 			// detachment event?
 			if (previousIdZone == IdZones.PLAY && !silentMode) {
 				/*
 				 * since we are leaving play, we generate the event concerning
 				 * detachment for each components
 				 */
 				for (MCard attachedCard : card.getAttachedCards()) {
 					Detached.dispatchEvent(attachedCard, card);
 				}
 			}
 		}
 
 		if (silentMode) {
 			for (MCard attachedCard : card.getAttachedCards()) {
 				attachedCard.setIdZone(idDestination);
 				attachedCard.clearDamages();
 			}
 		}
 
 		// unregister useless abilities from the eventManager
 		card.unregisterAbilities();
 		return true;
 	}
 
 	public boolean continueLoop(ContextEventListener context, int loopingIndex,
 			Ability ability) {
 		Log.debug("\t...continue loop, index : " + loopingIndex);
 		if (!StackManager.getInstance().getTargetedList().get(loopingIndex)
 				.isCard()
 				|| moveCard((MCard) StackManager.getInstance().getTargetedList().get(
 						loopingIndex), controller, destination, context, idPosition,
 						ability, silent)) {
 			return true;
 		}
 		return false;
 	}
 
 	/***
 	 * This method is called when the opponent has finished to choose the order of
 	 * moves.
 	 * 
 	 * @param data
 	 *          array corresponding to the order of cards owned by opponent.
 	 */
 	public synchronized void receiveMoveOrder(byte[] data) {
 		Log.debug("receiveMoveOrder : " + Arrays.toString(data));
 		final List<MCard> toBeSortedCardsCurrnt = new ArrayList<MCard>();
 		final List<MCard> toBeSortedCardsNonCurrent = new ArrayList<MCard>();
 		fillList(toBeSortedCardsCurrnt, toBeSortedCardsNonCurrent);
 		if (StackManager.currentIsYou()) {
 			/*
 			 * we are receiving the move order of non current player, and we have
 			 * already made our choice since we are the current player. Apply
 			 * arrangement following specified order.
 			 */
 			for (byte i : data) {
 				StackManager.getTargetListAccess().remove(
 						toBeSortedCardsNonCurrent.get(i));
 				StackManager.getTargetListAccess()
 						.add(toBeSortedCardsNonCurrent.get(i));
 			}
 			// Now all players have made their choice, we resolve the stack
 			StackManager.actionManager.loopingIndex = StackManager
 					.getTargetListAccess().size();
 			StackManager.resolveStack();
 		} else {
 			/*
 			 * we are receiving the move order of current player. We are the
 			 * non-current player. Apply arrangement following specified order.
 			 */
 			for (int i = data.length; i-- > 0;) {
 				StackManager.getTargetListAccess().remove(
 						toBeSortedCardsCurrnt.get(data[i]));
 				StackManager.getTargetListAccess().add(
 						toBeSortedCardsCurrnt.get(data[i]));
 			}
 
 			// and then, the non-current player can make order choice if needed
 			if (toBeSortedCardsNonCurrent.size() > 1) {
 				Log.debug("You are arranging moving cards you own");
 				StackManager.currentPlayer().getOpponent().setHandedPlayer();
 				replayAction(StackManager.getInstance().getAbilityContext(),
 						StackManager.currentAbility, new Arrange(MCard.getIdZone(
 								destination, StackManager.getInstance().getAbilityContext()),
 								toBeSortedCardsNonCurrent, new int[toBeSortedCardsNonCurrent
 										.size()], StackManager.currentPlayer().getOpponent()));
 			} else {
 				// all is done : current and non-current player have made their choice
 				StackManager.actionManager.loopingIndex = StackManager
 						.getTargetListAccess().size();
 				StackManager.resolveStack();
 			}
 		}
 	}
 
 	private void fillList(List<MCard> toBeSortedCardsCurrnt,
 			List<MCard> toBeSortedCardsNonCurrent) {
 		/*
 		 * list all cards controlled by CURRENT player in order to put them in the
 		 * destination zone
 		 */
 		for (int i = 0; i < StackManager.getInstance().getTargetedList().size(); i++) {
 			if (StackManager.getInstance().getTargetedList().get(i).isCard()) {
 				if (((MCard) StackManager.getInstance().getTargetedList().get(i))
 						.getOwner().isCurrentPlayer()) {
 					toBeSortedCardsCurrnt.add((MCard) StackManager.getTargetListAccess()
 							.get(i));
 				} else {
 					toBeSortedCardsNonCurrent.add((MCard) StackManager
 							.getTargetListAccess().get(i));
 				}
 			}
 		}
 	}
 
 	public synchronized int getStartIndex() {
 		final int count = StackManager.getInstance().getTargetedList().size();
 		final int idDestination = MCard.getIdZone(destination, StackManager
 				.getInstance().getAbilityContext());
 		if (count > 1 && idDestination >= IdZones.FIRST_ADDITIONAL_ZONE
 				&& idDestination <= IdZones.LAST_ADDITIONAL_ZONE) {
 			final List<MCard> toBeSortedCardsCurrent = new ArrayList<MCard>(count);
 			final List<MCard> toBeSortedCardsNonCurrent = new ArrayList<MCard>(count);
 			fillList(toBeSortedCardsCurrent, toBeSortedCardsNonCurrent);
 
 			if (toBeSortedCardsCurrent.size() > 1) {
 				// current player can arrange order of cards
 				final int[] order = new int[toBeSortedCardsCurrent.size()];
 				if (StackManager.currentIsYou()) {
 					Log.debug("You (current player) are arranging moving cards you own");
 					StackManager.currentPlayer().setHandedPlayer();
 					replayAction(StackManager.getInstance().getAbilityContext(),
 							StackManager.currentAbility, new Arrange(idDestination,
 									toBeSortedCardsCurrent, order, StackManager.currentPlayer()));
 				} else {
 					Log
 							.debug("Opponent (current player) is arranging moving cards he/she owns");
 					StackManager.currentPlayer().setHandedPlayer();
 				}
 				return Integer.MAX_VALUE;
 			}
 			if (toBeSortedCardsNonCurrent.size() > 1) {
 				// now we wait the non current player choice
 				if (StackManager.currentIsYou()) {
 					Log
 							.debug("Opponent (non-current player) is arranging moving cards he/she owns");
 					StackManager.currentPlayer().getOpponent().setHandedPlayer();
 				} else {
 					Log
 							.debug("You (non-current player) are arranging moving cards you own");
 					StackManager.currentPlayer().getOpponent().setHandedPlayer();
 					final int[] order = new int[toBeSortedCardsNonCurrent.size()];
 					StackManager.currentPlayer().getOpponent().setHandedPlayer();
 					replayAction(StackManager.getInstance().getAbilityContext(),
 							StackManager.currentAbility, new Arrange(idDestination,
 									toBeSortedCardsNonCurrent, order, StackManager
 											.currentPlayer().getOpponent()));
 				}
 				return Integer.MAX_VALUE;
 			}
 		}
 		return count - 1;
 	}
 
 	public void rollback(ActionContextWrapper actionContext,
 			ContextEventListener context, Ability ability) {
 		final MoveContext bContext = (MoveContext) actionContext.actionContext;
 		for (int loopingIndex = 0; loopingIndex < StackManager.getInstance()
 				.getTargetedList().size(); loopingIndex++) {
 			if (StackManager.getInstance().getTargetedList().get(loopingIndex)
 					.isCard()) {
 				final MCard card = (MCard) ((MCard) StackManager.getInstance()
 						.getTargetedList().get(loopingIndex)).getOriginalTargetable();
 				final MZone zoneSrc = card.controller.zoneManager.getContainer(card
 						.getIdZone());
 
 				zoneSrc.remove(card);
 				card.setIdZone(bContext.idZones[loopingIndex]);
 				card.controller = bContext.controllers[loopingIndex];
 				if (bContext.attachedTo[loopingIndex] != null) {
 					bContext.attachedTo[loopingIndex].add(card);
 					// this card was attached to another one in play
 					bContext.attachedTo[loopingIndex].getMUI().updateLayout();
 				}
 
 				// update positions and controller
 				card.isHighLighted = false;
 				card.reversed = card.needReverse();
 				card.getMUI().updateLayout();
 
 				// move to the destination this card
 				switch (bContext.idZones[loopingIndex]) {
 				case IdZones.PLAY:
 					// update card UI
 					card.tap(bContext.tapPosition[loopingIndex]);
 					if ((Integer) bContext.indexes[loopingIndex].value != 0) {
 						card.controller.zoneManager.play.getCard(
 								bContext.indexes[loopingIndex].key).add(card,
 								bContext.indexes[loopingIndex].value.intValue());
 					} else {
 						card.controller.zoneManager.play.add(card,
 								bContext.indexes[loopingIndex].key);
 					}
 					break;
 				case IdZones.NOWHERE:
 					// the specified card will never be seen again
 					break;
 				default:
 					MZone zone = card.controller.zoneManager
 							.getContainer(bContext.idZones[loopingIndex]);
 					if ((Integer) bContext.indexes[loopingIndex].value != 0) {
 						zone.getCard(bContext.indexes[loopingIndex].key).add(card,
 								bContext.indexes[loopingIndex].value.intValue());
 					} else {
 						zone.add(card, bContext.indexes[loopingIndex].key);
 					}
 				}
 			} else {
 				Log
 						.warn("In MOVE-CARD action, target list contains non 'Card' object. Ignored");
 			}
 		}
 	}
 
 	public void simulate(ActionContextWrapper actionContext,
 			ContextEventListener context, Ability ability) {
 		final MoveContext bContext = new MoveContext(StackManager.getInstance()
 				.getTargetedList().size());
 		actionContext.actionContext = bContext;
 		final int idDestination = MCard.getIdZone(destination, context);
 		final boolean newIsTapped = (destination & IdZones.PLAY_TAPPED) == IdZones.PLAY_TAPPED;
 		for (int loopingIndex = StackManager.getInstance().getTargetedList().size(); loopingIndex-- > 0;) {
 			if (StackManager.getInstance().getTargetedList().get(loopingIndex)
 					.isCard()) {
 				final MCard card = (MCard) ((MCard) StackManager.getInstance()
 						.getTargetedList().get(loopingIndex)).getOriginalTargetable();
 				final Player newController = (Player) controller.getTargetable(ability,
 						card, context, null);
 				final MZone zoneSrc = card.controller.zoneManager.getContainer(card
 						.getIdZone());
 				// remove card from it's previous zone
 				bContext.tapPosition[loopingIndex] = card.tapped;
 				bContext.controllers[loopingIndex] = card.controller;
 				bContext.idZones[loopingIndex] = card.getIdZone();
 				bContext.indexes[loopingIndex] = zoneSrc.getRealIndexOf(card);
 
 				if (card.getIdZone() == IdZones.PLAY) {
 					final MCard attachedTo = card.getParent() instanceof MCard ? (MCard) card
 							.getParent()
 							: null;
 					bContext.attachedTo[loopingIndex] = attachedTo;
 					zoneSrc.remove(card);
 					card.tap(false);
 					if (attachedTo != null) {
 						// this card was attached to another one in play
 						attachedTo.getMUI().updateLayout();
 					}
 				} else if (card.getParent() != null) {
 					zoneSrc.remove(card);
 				}
 
 				// update positions ans controller
 				card.controller = newController;
 				card.setIdZone(idDestination);
 				card.isHighLighted = false;
 				card.reversed = card.needReverse();
 				card.getMUI().updateLayout();
 
 				// move to the destination this card
 				switch (idDestination) {
 				case IdZones.PLAY:
 					// update card UI
 					card.tap(newIsTapped);
 					newController.zoneManager.play.addBottom(card);
 					break;
 				case IdZones.NOWHERE:
 					// the specified card will never be seen again
 					break;
 				default:
 					switch (idPosition) {
 					case IdPositions.ON_THE_TOP:
 						newController.zoneManager.getContainer(idDestination).addTop(card);
 						break;
 					case IdPositions.ON_THE_BOTTOM:
 					default:
 						newController.zoneManager.getContainer(idDestination).addBottom(
 								card);
 					}
 				}
 			} else {
 				Log
 						.warn("In MOVE-CARD action, target list contains non 'Card' object. Ignored");
 			}
 		}
 	}
 
 	@Override
 	public String toString(Ability ability) {
 		if (destination == IdZones.PLAY_TAPPED) {
 			return LanguageManagerMDB.getString("move-"
 					+ ZoneManager.getZoneName(IdZones.PLAY) + "-tapped");
 		}
 		if (destination == IdZones.PLAY) {
 			return LanguageManagerMDB.getString("move-"
 					+ ZoneManager.getZoneName(IdZones.PLAY));
 		}
 		if (idPosition == IdPositions.ON_THE_BOTTOM) {
 			return LanguageManagerMDB.getString("move-"
 					+ ZoneManager.getZoneName(MCard.getIdZone(destination, null))
 					+ "-bottom");
 		}
 		return LanguageManagerMDB.getString("move-"
 				+ ZoneManager.getZoneName(MCard.getIdZone(destination, null)) + "-top");
 	}
 
 	/***
 	 * the destination place
 	 * 
 	 * @see IdZones
 	 */
 	private final int destination;
 
 	/***
 	 * The new controller
 	 */
 	private final TestOn controller;
 
 	/***
 	 * The position where card would be placed
 	 * 
 	 * @see net.sf.firemox.token.IdPositions
 	 */
 	private final int idPosition;
 
 	/***
 	 * Is the silent mode is enabled while playing.
 	 */
 	private final boolean silent;
 
 	public int getAccessibleInt(String attribute) {
 		// TODO complete to support the AccessibleContext pattern
 		return 0;
 	}
 
 	public Target getAccessibleTargetable(String attribute) {
 		// TODO complete to support the AccessibleContext pattern
 		return null;
 	}
 
 	/***
 	 * Shared attrribute to access to the destination zone id.
 	 */
 	// public static final String SHARE_DESTINATION = "destination";
 	/***
 	 * Shared attrribute to access to the destination controller player.
 	 */
 	// public static final String SHARE_CONTROLLER = "controller";
 }