File indexing completed on 2024-12-08 06:46:39

 /********************************************f*******************************
                           mapmanager.cpp  -  description
                              -------------------
     begin                : Wed Mar 7 2001
     copyright            : (C) 2001 by KMud Development Team
                            (C) 2007 Tomas Mecir <kmuddy@kmuddy.com>
     email                : kmud-devel@kmud.de
  ***************************************************************************/
 
 /***************************************************************************
  *                                                                         *
  *   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.                                   *
  *                                                                         *
  ***************************************************************************/
 
 #include "cmapmanager.h"
 
 #include <KLocalizedString>
 #include <kservicetypetrader.h>
 #include <kmessagebox.h>
 #include <kstandardaction.h>
 #include <kpagedialog.h>
 
 #include <QDebug>
 #include <QIcon>
 #include <QQueue>
 #include <QStandardPaths>
 #include <QStatusBar>
 #include <QTimer>
 #include <QUndoStack>
 
 #include "cmapzone.h"
 #include "cmappath.h"
 #include "cmaptext.h"
 #include "cmaproom.h"
 #include "cmapview.h"
 #include "cmaplevel.h"
 #include "cmapview.h"
 #include "cmaptoolbase.h"
 #include "cmappluginbase.h"
 #include "cmapzonemanager.h"
 
 #include "cmapcmdelementcreate.h"
 #include "cmapcmdelementdelete.h"
 #include "cmapcmdelementproperties.h"
 #include "cmapcmdgroup.h"
 #include "cmapcmdmovemap.h"
 #include "cmapcmdmoveplayer.h"
 #include "cmapcmdleveldelete.h"
 #include "cmapcmdlevelcreate.h"
 #include "cmapcmdtogglepathtwoway.h"
 #include "cmapfilefilterbase.h"
 
 #include "kmuddy_mapper.h"
 
 #include "filefilters/cmapfilefilterxml.h"
 
 #include "dialogs/dlgmaproomproperties.h"
 #include "dialogs/dlgmappathproperties.h"
 #include "dialogs/dlgmaptextproperties.h"
 #include "dialogs/dlgspeedwalkprogress.h"
 #include "dialogs/dlgmapspeedwalk.h"
 #include "dialogs/dlgmapcolor.h"
 #include "dialogs/dlgmapdirections.h"
 #include "dialogs/dlgmapmovement.h"
 
 #include "cactionmanager.h"
 #include "cdialoglist.h"
 #include "cglobalsettings.h"
 #include "cstatus.h"
 
 CMapManager::CMapManager (QWidget *parent, KMuddyMapper *mapper, int sessId) :
   cActionBase ("map-manager", 0),
   m_sessId (sessId),
   mapperPlugin (mapper)
 {
   qDebug() << "constructor begins";
 
   // register action handlers
   addEventHandler ("dialog-create", 50, PT_STRING);
   addEventHandler ("dialog-save", 50, PT_STRING);
 
   mapData = new CMapData();
 
   // Setup vars
   loginRoom = nullptr;
   currentRoom = nullptr;
   elementEdit = nullptr;
 
   /** Create undo/redo history */
   commandHistory = new QUndoStack();
   //FIXME_jp: Needs to be configurable
   commandHistory->setUndoLimit(30);
   commandHistory->clear();
   historyGroup = nullptr;
   m_commandsActive = true;
 
   initFileFilters();
 
   activeView = nullptr;
 
   setDefaultOptions();
 
   speedwalkActive = false;
 
   speedwalkProgressDlg = new DlgSpeedwalkProgress();
   speedwalkProgressDlg->hide();
   connect(speedwalkProgressDlg,SIGNAL(abortSpeedwalk()),this,SLOT(slotAbortSpeedwalk()));
 
   m_zoneCount = 0;
   m_levelCount = 0;
   m_zoneManager = nullptr;
 
   setUndoActive (false);
   createNewMap();  // because some things break if a map doesn't exist
   activeView = new CMapView(this, parent);
 
   m_zoneManager = new CMapZoneManager(sessId, this);
   if (!m_zoneManager->zonesModel()->rowCount())
     m_zoneManager->createZone (i18n ("Map #1"));
   m_zoneManager->loadZone(0);
 
   initPlugins();
   activeView->initGUI();
 
   readOptions();
 
   openMapView ();
   setUndoActive (true);
 
   qDebug() << "constructor ends";
 }
 
 CMapManager::~CMapManager()
 {
   qDebug() << "CMapManager::~CMapManager() start";
   removeEventHandler ("dialog-create");
   removeEventHandler ("dialog-save");
 
   if (mapData)
     delete mapData;
   mapData = nullptr;
   delete m_zoneManager;
   delete activeView;
 
   if (commandHistory)
     delete commandHistory;
 
   for (CMapFileFilterBase *filter : m_fileFilter)
     delete filter;
   m_fileFilter.clear();
 
   qDebug() << "CMapManager::~CMapManager() end";
 }
 
 void CMapManager::eventStringHandler (QString event, int, QString &par1, const QString &)
 {
   if (event == "dialog-create") {
     if (par1 == "profile-prefs")
       createProfileConfigPanes ();
     else if (par1 == "app-prefs")
       createGlobalConfigPanes ();
   }
   if (event == "dialog-save") {
     if (par1 == "profile-prefs") {
     } else if (par1 == "app-prefs") {
       // TODO: the first two should be profile prefs
       mapDirection->slotOkPressed();
       mapMovement->slotOkPressed();
 
       mapColor->slotOkPressed();
       mapSpeedwalk->slotOkPressed();
       saveGlobalConfig ();
     }
   }
 }
 
 void CMapManager::createProfileConfigPanes ()
 {
   /*KPageDialog *dlg = */(KPageDialog *) cDialogList::self()->getDialog ("profile-prefs");
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->createProfileConfigPanes();
 }
 
 void CMapManager::createGlobalConfigPanes ()
 {
   KPageDialog *dlg = (KPageDialog *) cDialogList::self()->getDialog ("app-prefs");
 
   KPageWidgetItem *item;
   QFrame *frmdir = new QFrame (dlg);
   item = dlg->addPage (frmdir, i18n ("Mapper: Directions"));
   item->setIcon (QIcon::fromTheme ("gear"));
   QFrame *frmmovement = new QFrame (dlg);
   item = dlg->addPage (frmmovement, i18n ("Mapper: Movement"));
   item->setIcon (QIcon::fromTheme ("run"));
   QFrame *frmcolor = new QFrame (dlg);
   item = dlg->addPage (frmcolor, i18n ("Mapper: Colors"));
   item->setIcon (QIcon::fromTheme ("colorize"));
   QFrame *frmspeedwalk = new QFrame (dlg);
   item = dlg->addPage (frmspeedwalk, i18n ("Mapper: Speedwalk"));
   item->setIcon (QIcon::fromTheme ("launch"));
 
   QVBoxLayout *dirlayout = new QVBoxLayout (frmdir);
   QVBoxLayout *movementlayout = new QVBoxLayout (frmmovement);
   QVBoxLayout *colorlayout = new QVBoxLayout (frmcolor);
   QVBoxLayout *speedwalklayout = new QVBoxLayout (frmspeedwalk);
   mapDirection = new DlgMapDirections (this, frmdir);
   mapMovement = new DlgMapMovement (this, frmmovement);
   mapColor = new DlgMapColor(this, frmcolor);
   mapSpeedwalk = new DlgMapSpeedwalk(this, frmspeedwalk);
   dirlayout->addWidget (mapDirection);
   movementlayout->addWidget (mapMovement);
   colorlayout->addWidget (mapColor);
   speedwalklayout->addWidget (mapSpeedwalk);
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->createGlobalConfigPanes();
 }
 
 QList<CMapPropertiesPaneBase *> CMapManager::createPropertyPanes(elementTyp type,CMapElement *element,QWidget *parent)
 {
   QList<CMapPropertiesPaneBase *> res;
   for (CMapPluginBase *plugin : pluginList)
     res.append(plugin->createPropertyPanes(type, element, parent));
   return res;
 }
 
 
 /** This will setup the import/export file filters */
 void CMapManager::initFileFilters()
 {
   m_fileFilter.push_back(new CMapFileFilterXML(this));
 }
 
 #include "plugins/standard/cmappluginstandard.h"
 
 /** Used to create the plugins */
 void CMapManager::initPlugins()
 {
   int pluginCount = 0;
   qDebug() << "Loading Static Plugins...\n";
   // These used to be plug-ins, but now I'm linking them in statically, and just pretend that they are plug-ins.
   // This is because linking to the mapper part is causing issues.
   CMapPluginBase *plugin;
   plugin = new CMapPluginStandard (activeView);
   pluginList.push_back (plugin);
 
   for (CMapPluginBase *plugin : pluginList)
   {
     qDebug() << "Tools in plugin : " << plugin->getToolList()->count();
     foreach (CMapToolBase *tool, *plugin->getToolList())
     {
       toolList.push_back(tool);
     }
 
 //      getActiveView()->insertChildClient(plugin);
     
     pluginCount++;
   }
 
   qDebug() << "Finished loading " << pluginCount << " plugins\n";
   qDebug() << "Finished loading " << toolList.size() << " tools\n";
   
   if (!toolList.empty())
   {
     currentTool = toolList.front();
     currentTool->setChecked(true);
   }
   else
   {
     qWarning() << "No tools loaded!\n";
     currentTool = nullptr;
   }
 
     if (pluginCount==0)
     {
     qWarning() << "No plugins loaded!\n";
     }
 
      qDebug() << "XML File : " << activeView->xmlFile(); 
 }
 
 /** Used to get a list of the plugins */
 std::vector<CMapPluginBase *> CMapManager::getPluginList()
 {
   return pluginList;
 }
 
 /** Used to get a pointer to the map data */
 CMapData *CMapManager::getMapData() const
 {
   return mapData;
 }
 
 CMapZone *CMapManager::getZone(bool noCreate)
 {
   CMapZone *zone = mapData->rootZone;
   if ((!zone) && (!noCreate))
     zone = new CMapZone(this);
 
   return zone;
 }
 
 /** Used to create a new view of the map */
 void CMapManager::openMapView()
 {
   if (loginRoom)
     activeView->showPosition(QPoint(loginRoom->getX(),loginRoom->getY()),loginRoom->getLevel());
   else
   {
     CMapRoom *firstRoom = findFirstRoom(nullptr);
     if (firstRoom)
       displayLevel(firstRoom->getLevel(), true);
   }
 }
 
 void CMapManager::displayLevel(CMapLevel *level, bool centerView)
 {
   CMapView *mapView = getActiveView();
   mapView->showPosition(level, centerView);
 }
 
 /** This method is used to covert cords so that they snap to the grid */
 QPoint CMapManager::cordsSnapGrid(QPoint oldPos)
 {
   QPoint newPos;
 
   int oldx = (int)(oldPos.x() / mapData->gridSize.width());
   int oldy =  (int)(oldPos.y() / mapData->gridSize.height());
   newPos.setX( oldx * mapData->gridSize.width());
   newPos.setY( oldy * mapData->gridSize.height());
 
   return newPos;
 }
 
 /**
  * Used to create a new view of the a given level and
  * center the view on the given position.
  */
 void CMapManager::openNewMapView(QPoint pos,CMapLevel *level)
 {
   CMapView *mapView = getActiveView();
   mapView->showPosition(pos,level);
 }
 
 /** Used to set properties of the view widget */
 void CMapManager::setPropertiesAllViews(QCursor *cursor,bool mouseTracking)
 {  
   activeView->setCursor(*cursor);
   activeView->setMouseTracking(mouseTracking);
 }
 
 /** Used to unselect all the elements in a level */
 void CMapManager::unselectElements(CMapLevel *level)
 {
   QList<CMapElement *> lst = level->getAllElements();
   foreach (CMapElement *element, lst)
   {
     element->setSelected(false);
     element->setEditMode(false);
   }  
 }
 
 /** Used to convert a text direction to a direction type */
 QString CMapManager::directionToText(directionTyp dir, QString specialCmd, bool shortName)
 {
   if ((uint)dir < NUM_DIRECTIONS)
   {
     if (shortName && ((uint)dir < NUM_DIRECTIONS / 2)) dir = (directionTyp) ((int)dir + NUM_DIRECTIONS / 2);
     return mapData->directions[dir];
   }
   else
   {
     return specialCmd;
   }
 }
 
 /** Used to convert a direction type to a text direction */
 directionTyp CMapManager::textToDirection(QString text)
 {
   directionTyp dir = SPECIAL;  
 
   for (uint i = 0; i < NUM_DIRECTIONS; ++i)
   {
     if (text == mapData->directions[i])
     {
       if (i>9)
       {
         dir = (directionTyp)(i-10);
       }
       else
       {
         dir =  (directionTyp)i;
       }
       break;
     }
   }
   
   return dir;
 }
 
 /** Used to set the login room */
 void CMapManager::setLoginRoom(CMapRoom *room)
 {
   openCommandGroup(i18n("Change Login Room"));
   if (loginRoom)
   {
     CMapCmdElementProperties *cmdRemove = new CMapCmdElementProperties(this,i18n("Remove Login Room Status"),loginRoom);
     cmdRemove->getOrgProperties().writeEntry("Login",true);
     cmdRemove->getNewProperties().writeEntry("Login",false);
 
     addCommand(cmdRemove);
   }
 
   CMapCmdElementProperties *cmdSet = new CMapCmdElementProperties(this,i18n("Set Login Room Status"),room);
 
   cmdSet->getOrgProperties().writeEntry("Login",false);
   cmdSet->getNewProperties().writeEntry("Login",true);
 
   addCommand(cmdSet);
 
   closeCommandGroup();
 }
 
 /** Uesd to return the login room */
 CMapRoom *CMapManager::getLoginRoom()
 {
   return loginRoom;
 }
 
 /** Should only be called by CMapRoom.setCurrentRoom() */
 void CMapManager::setCurrentRoomWithoutUndo(CMapRoom *room)
 {
   currentRoom = room;
 }
 
 /** Should only be called by CMapRoom.setLoginRoom() */
 void CMapManager::setLoginRoomWithoutUndo(CMapRoom *room)
 {
   loginRoom = room;
 }
 
 
 /** Used to set the current room */
 void CMapManager::setCurrentRoom(CMapRoom *room)
 {
   openCommandGroup(i18n("Change Current Room"));
 
   CMapCmdElementProperties *cmdRemove = new CMapCmdElementProperties(this,i18n("Remove Current Room Status"),currentRoom);
   cmdRemove->getOrgProperties().writeEntry("Current",true);
   cmdRemove->getNewProperties().writeEntry("Current",false);
   addCommand(cmdRemove);
 
   CMapCmdElementProperties *cmdSet = new CMapCmdElementProperties(this,i18n("Set Current Room Status"),room);
   cmdSet->getOrgProperties().writeEntry("Current",false);
   cmdSet->getNewProperties().writeEntry("Current",true);
   addCommand(cmdSet);
 
   closeCommandGroup();
 }
 
 /** Uesd to return the current room */
 CMapRoom *CMapManager::getCurrentRoom()
 {
   return currentRoom;
 }
 
 /** This method is used to find a element from a list of properties
   * @param properties The list of proerties
   * @return The element if it's found otherwise NULL */
 CMapElement *CMapManager::findElement(KConfigGroup properties)
 {
   elementTyp type = (elementTyp)properties.readEntry("Type",(uint)OTHER);
 
   if (type == OTHER) return nullptr;
 
   if (type==PATH)
   {
     CMapLevel *srcLevel = findLevel(properties.readEntry("SrcLevel",-1));
     CMapRoom *srcRoom = srcLevel->findRoom(properties.readEntry("SrcRoom",-1));
     if (!srcRoom) return nullptr;
     directionTyp srcDir = (directionTyp)properties.readEntry("SrcDir",0);
 
     QString specialCommand = properties.readEntry("SpecialCmdSrc","");
     return srcRoom->getPathDirection(srcDir,specialCommand);
   }
 
   CMapLevel *level = findLevel(properties.readEntry("Level",-5));
   if (!level) return nullptr;
 
   if (type == ROOM)
   {
     CMapRoom *room = level->findRoom(properties.readEntry("RoomID",-5));
     return room;
   }
 
   int x = properties.readEntry("X",-5);
   int y = properties.readEntry("Y",-5);
 
   foreach (CMapText *text, *level->getTextList())
     if ((text->getX()==x) && (text->getY()==y))
       return text;
 
   return nullptr;
 }
 
 /** Used to erase the map. This will erase all elements and can't be undone */
 void CMapManager::eraseMap(void)
 {
   if (!mapData->rootZone) return;
 
   eraseZone(mapData->rootZone);
   delete mapData->rootZone;
   mapData->rootZone = nullptr;
 
   m_zoneCount = 0;
   m_levelCount = 0;
 
   if (activeView) activeView->setLevel(nullptr);
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->mapErased();
 
   loginRoom = nullptr;
   currentRoom = nullptr;
   elementEdit = nullptr;
 }
 
 void CMapManager::eraseZone(CMapZone *zone)
 {
   if (zone == nullptr)
     return;
 
   QList<CMapLevel *> levels;
   for (unsigned int idx = 0; idx < zone->levelCount(); ++idx)
     levels.append(zone->getLevel(idx));
   foreach (CMapLevel *level, levels)
   {
     // TODO: this seems to not delete things correctly
     foreach (CMapRoom *room, *level->getRoomList())
     {        
       room->getPathList()->clear();
       room->getConnectingPathList()->clear();
     }
     level->getRoomList()->clear();
     level->getTextList()->clear();
 
     delete level;
   }
 }
 
 /** Create new bottom or top level depending on the given direction */
 CMapLevel *CMapManager::createLevel(directionTyp dir)
 {
   CMapLevel *result = nullptr;
 
   CMapCmdLevelCreate *cmd = nullptr;
 
   int pos = (dir == UP) ? getZone()->levelCount() : 0;
   if (getUndoActive())
   {
     cmd = new CMapCmdLevelCreate(this,i18n("Create Level"),pos);
     addCommand(cmd);
     
     result = cmd->getLevel();
   }
   else
   {
     result = new CMapLevel(this, pos);
   }
   
   return result;
 }
 
 /** This is used to find a level with a given id
   * @param id The id of the level to find
   * @return Null if no level is found otherwise a pointer to the level */
 CMapLevel *CMapManager::findLevel(unsigned int id)
 {
   CMapZone *zone = getZone();
   for (unsigned int idx = 0; idx < zone->levelCount(); ++idx)
   {
     CMapLevel *level = zone->getLevel(idx);
     if (level->getLevelID() == id)
       return level;
   }
 
   return nullptr;
 }
 
 /** Create new map */
 void CMapManager::createNewMap()
 {
   // Create the root zone
   getMapData()->rootZone = nullptr;  
 
   CMapZone *zone = getZone();
 
   // Create a empty room in the first level of the new zone
   CMapRoom *room = CMapElementUtil::createRoom(this, QPoint(2 * mapData->gridSize.width(),2 * mapData->gridSize.height()),zone->firstLevel());
   setCurrentRoomWithoutUndo(room);
   setLoginRoomWithoutUndo(room);
 
   if (!activeView) return;
 
   if (currentRoom) activeView->showPosition(currentRoom->getLowPos(),zone->firstLevel());
 
   if (activeView->getCurrentlyViewedLevel()==nullptr)  
     activeView->showPosition(loginRoom,true);
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->newMapCreated();
 
   activeView->changed();
 }
 
 /** Used to create a new room that can be undone/redone
    * @param pos The position to create the room
    * @param level The level to create the room in
    */
 void CMapManager::createRoom(QPoint pos,CMapLevel *level)
 {
   if (getUndoActive())
   {
     KMemConfig properties;
     KConfigGroup props = properties.group("Properties");
     props.writeEntry("Type",(int)ROOM);
     props.writeEntry("X",pos.x());
     props.writeEntry("Y",pos.y());
     props.writeEntry("Level",level->getLevelID());
     CMapCmdElementCreate *command = new CMapCmdElementCreate(this,i18n("Create Room"));
     command->addElement(&properties);
     addCommand(command);
   }
   else
   {
     CMapElementUtil::createRoom(this, pos, level);
   }
 }
 
 /** Used to create a new text label */
 void CMapManager::createText(QPoint pos,CMapLevel *level,QString str)
 {
   if (getUndoActive())
   {
     KMemConfig properties;
     KConfigGroup props = properties.group("Properties");
     props.writeEntry("Type",(int)TEXT);
     props.writeEntry("X",pos.x());
     props.writeEntry("Y",pos.y());
 
     if (level)
     {
       props.writeEntry("Level",level->getLevelID());
     }
     
     props.writeEntry("Text",str);
 
     CMapCmdElementCreate *command = new CMapCmdElementCreate(this,i18n("Create Text"));
     command->addElement(&properties);
     addCommand(command);
   }
   else
   {
     CMapElementUtil::createText(this, pos, level, str);
   }
 }
 
 /** Used to create a new text label */
 void CMapManager::createText(QPoint pos,CMapLevel *level,QString str,QFont font,QColor col)
 {
   if (getUndoActive())
   {
     KMemConfig properties;
     KConfigGroup props = properties.group("Properties");
     props.writeEntry("Type",(int)TEXT);
     props.writeEntry("X",pos.x());
     props.writeEntry("Y",pos.y());
     if (level)
     {
       props.writeEntry("Level",level->getLevelID());
     }
 
     props.writeEntry("Text",str);
     props.writeEntry("Font",font);
     props.writeEntry("Color",col);
 
     CMapCmdElementCreate *command = new CMapCmdElementCreate(this,i18n("Create Text"));
     command->addElement(&properties);
     addCommand(command);
   }
   else
   {
     CMapElementUtil::createText(this, pos, level, str, font, col);
   }
 }
 
 
 /** Used to create a new path*/
 CMapPath *CMapManager::createPath(QPoint srcPos,CMapLevel *srcLevel,directionTyp srcDir,
                                   QPoint destPos,CMapLevel *destLevel,directionTyp destDir)
 {
   CMapRoom *room=nullptr;
   CMapRoom *srcRoom=nullptr;
   CMapRoom *destRoom=nullptr;
 
   if (!srcLevel || !destLevel)
     return nullptr;
 
   foreach (room, *srcLevel->getRoomList())
   {
     if (room->getLowPos() == srcPos)
     {
       srcRoom = room;
       break;
     }
   }
 
   foreach (room, *destLevel->getRoomList())
   {
     if (room->getLowPos()  == destPos)
     {
       destRoom = room;
        break;
     }
   }
 
   return createPath(srcRoom,srcDir,destRoom,destDir);
 }
 
 CMapPath *CMapManager::createPath(CMapRoom *srcRoom,CMapRoom *destRoom)
 {
   CMapPath *result = nullptr;
 
   KMemConfig properties;
   KConfigGroup props = properties.group("Properties");
   // Auto-set the directions if possible
   directionTyp srcDir = srcRoom->bestDirectionToRoom(destRoom);
   directionTyp destDir = getOpsiteDirection(srcDir);
   if (srcDir != SPECIAL) {
     // nothing if there is an exit already
     if (srcRoom->getPathDirection(srcDir, QString())) srcDir = SPECIAL;
     if (destRoom->getPathDirection(destDir, QString())) destDir = SPECIAL;
   }
   props.writeEntry("SrcDir", (int) srcDir);
   props.writeEntry("DestDir", (int) destDir);
 
   DlgMapPathProperties d(this,props,false);
 
   if (!d.exec()) return nullptr;
 
   srcDir = (directionTyp)props.readEntry("SrcDir",0);
   destDir = (directionTyp)props.readEntry("DestDir",0);
   QString specialCmdSrc = props.readEntry("SpecialCmdSrc");
   QString specialCmdDest = props.readEntry("SpecialCmdDest");
 
   if (srcRoom->getPathDirection(srcDir,specialCmdSrc) || destRoom->getPathDirection(destDir,specialCmdDest))
   {
     KMessageBox::information (nullptr,i18n("A path already exists at this location"),i18n("KMuddy Mapper"));
     return nullptr;
   }
 
   // create
   props.writeEntry("Type",(int)PATH);
   props.writeEntry("SrcRoom",srcRoom->getRoomID());
   props.writeEntry("SrcDir",(int)srcDir);
   props.writeEntry("SrcLevel",srcRoom->getLevel()->getLevelID());
   props.writeEntry("DestRoom",destRoom->getRoomID());
   props.writeEntry("DestDir",(int)destDir);        
   props.writeEntry("DestLevel",destRoom->getLevel()->getLevelID());
 
   CMapCmdElementCreate *command = new CMapCmdElementCreate(this,i18n("Create Path"));
   command->addElement(&properties);
 
   addCommand(command);
 
   QList<CMapElement *> *elements=command->getElements();
 
   foreach (CMapElement *el, *elements)
     if (el->getElementType()==PATH)
       result = (CMapPath *)el;
 
   return result;
 }
 
 
 /** Used to create a new path*/
 CMapPath *CMapManager::createPath (CMapRoom *srcRoom,directionTyp srcDir,CMapRoom *destRoom,directionTyp destDir,bool undoable, bool twoWay)
 {
   // FIXME_jp : Allow this to call lowlevel mapper methods when undo is not active
   //            but becarefull of second stage stuff
 
   CMapPath *result = nullptr;
   
   KMemConfig properties;
   KConfigGroup props = properties.group("Properties");
   props.writeEntry("Type",(int)PATH);
   props.writeEntry("SrcRoom",srcRoom->getRoomID());
   props.writeEntry("SrcLevel",srcRoom->getLevel()->getLevelID());
   props.writeEntry("SrcDir",(int)srcDir);
   props.writeEntry("DestRoom",destRoom->getRoomID());
   props.writeEntry("DestLevel",destRoom->getLevel()->getLevelID());
   props.writeEntry("DestDir",(int)destDir);
   props.writeEntry("PathTwoWay",twoWay);
 
   CMapCmdElementCreate *command = new CMapCmdElementCreate(this,i18n("Create Path"));
   command->addElement(&properties);
   bool active = getUndoActive();
   if (!undoable)
   {
     setUndoActive(false);
   }
     
   addCommand(command);
 
   if (!undoable)
   {
     setUndoActive(active);
   }
 
   QList<CMapElement *> *elements=command->getElements();
   foreach (CMapElement *el, *elements)
     if (el->getElementType()==PATH)
       result = (CMapPath *)el;
 
   return result;
 }
 
 
 /** Find the first room in the map, if one can't be found then create one */
 CMapRoom *CMapManager::findFirstRoom(CMapRoom *existingRoom)
 {
   CMapZone *zone = getZone();
   for (unsigned int idx = 0; idx < zone->levelCount(); ++idx)
   {
     CMapLevel *level = zone->getLevel(idx);
     foreach (CMapRoom *room, *level->getRoomList())
       if (room!=existingRoom)
         return room;
   }
 
   // If we get to this point then no room was found so create one
   return CMapElementUtil::createRoom(this, QPoint(2 * mapData->gridSize.width(),2 * mapData->gridSize.height()), getZone()->firstLevel());
 }
 
 void CMapManager::deleteLevel(CMapLevel *level)
 {
   //FIXME_jp: Check to see what happens when all levels are deleted.
     //          It may be nessecary to create a new one.
 
   // Delete the level
   CMapCmdLevelDelete *cmd = new CMapCmdLevelDelete(this,i18n("Delete Level"),level);
   addCommand(cmd);
 }
 
 
 /** Check to see if a string is a valid move command
   * @param dirCmd The command that was typed
   * @return True, if a valid command otherwise false */
 bool CMapManager::validMoveCmd(QString dirCmd)
 {
   if (dirCmd.isEmpty()) return false;
 
   // check for directions
   for (uint i = 0; i < NUM_DIRECTIONS; ++i)
     if (mapData->directions[i] == dirCmd)
       return true;
   
   if (currentRoom)
     foreach (CMapPath *path, *currentRoom->getPathList())
       if (path->getSpecialExit() && (path->getSpecialCmd()==dirCmd))
         return true;
 
   return false;
 }
 
 /** Used to delete a element from the map, should not be used by deleteElement as
   * it does not use groups                                                */
 // FIXME_jp : This method can be removed if the deleteElement method is recursive
 void CMapManager::deleteElementWithoutGroup(CMapElement *element,bool delOpsite)
 {
   KMemConfig properties;
 
   element->saveProperties(properties.group("Properties"));
 
   CMapCmdElementDelete *command = new CMapCmdElementDelete(this,i18n("Delete Element"),delOpsite);
 
   command->addElement(&properties);
   addCommand(command);
 }
 
 /** Used to delete a element from the map */
 void CMapManager::deleteElement(CMapElement *element,bool delOpsite)
 {
   openCommandGroup(i18n("Delete Element"));
 
   // If the element is a room, then we also need to delete all its paths
   if (element->getElementType()==ROOM)
   {
     CMapRoom *room = (CMapRoom *)element;
     if (room->getLinkedElement())  
     {
       deleteElementWithoutGroup(room->getLinkedElement(),true);
     }
 
     QList<CMapPath *> wipePaths;
     // Delete the paths for the room
     foreach (CMapPath *path, *room->getPathList())
       if (!wipePaths.contains(path))
         wipePaths.push_back(path);
     // Delete any paths connecting with this room
     foreach (CMapPath *path, *room->getConnectingPathList())
       if (!wipePaths.contains(path))
         wipePaths.push_back(path);
     foreach (CMapPath *path, wipePaths)
       deleteElementWithoutGroup(path,false);
   }
 
   if (element->getElementType() == ZONE)
   {
     // Delete the levels in the zone
     CMapZone *zone = (CMapZone *)element;
     QList<CMapLevel *> levels;
     for (unsigned int idx = 0; idx < zone->levelCount(); ++idx)
       levels.append(zone->getLevel(idx));
     foreach (CMapLevel *level, levels)
       deleteLevel(level);
   }
 
   deleteElementWithoutGroup(element,delOpsite);
 
   closeCommandGroup();
 }
 
 bool CMapManager::isClean() const
 {
   return commandHistory->isClean();
 }
 
 /** Used to load a map */
 void CMapManager::importMap(const QString& file,CMapFileFilterBase *filter)
 {
   QFile f(file);
 
   setUndoActive(false);
   commandHistory->clear();
   historyGroup = nullptr;
 
   eraseMap();
 
   if (!f.exists())
     createNewMap();
   else {
     // Load the map using the correct filter
     filter->loadData(file);
   }
 
   if (!getLoginRoom())
   {
     CMapRoom *firstRoom = findFirstRoom(nullptr);
     setLoginRoom(firstRoom);
   }
 
   setCurrentRoomWithoutUndo(loginRoom);
 
   if (loginRoom && activeView)
   {
     if (activeView->getCurrentlyViewedLevel()==nullptr)  
       activeView->showPosition(loginRoom,true);
     setCurrentRoom(loginRoom);
   }
 
   setUndoActive(true);
 }
 
 /** Used to save a map */
 void CMapManager::exportMap(const QString& url,CMapFileFilterBase *filter)
 {
   filter->saveData(url);
   commandHistory->setClean();
 }
 
 /** Used to inform to change the state of the navigation tools */
 void CMapManager::activeViewChanged(void)
 {
   if (!activeView) return;
   CMapLevel *level = activeView->getCurrentlyViewedLevel();
   if (!level) return;
 
   // nothing here at this time
 }
 
 void CMapManager::levelChanged(CMapLevel *level)
 {
   if (level==nullptr)
     return;
 
   activeView->changedLevel(level);
 }
 
 /** Used to inform the various parts of the mapper that a element has changed */
 void CMapManager::changedElement(CMapElement *element)
 {
   if (element==nullptr)
     return;
   if (!activeView) return;
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->elementChanged(element);
 
   activeView->changedElement(element);
 }
 
 /** Used to inform the various parts of the mapper that a element has added */
 void CMapManager::addedElement(CMapElement *element)
 {
   if (!activeView) return;
   if (activeView->getCurrentlyViewedLevel())
     activeView->addedElement(element);
 }
 
 
 /** Used to alter the path properties */
 bool CMapManager::propertiesPath(CMapPath *path)
 {
   DlgMapPathProperties d(this,path);
 
   return d.exec();
 }
 
 /** Used to alter the room properties */
 bool CMapManager::propertiesRoom(CMapRoom *room)
 {
   openCommandGroup("Change room properties");
   DlgMapRoomProperties d(this,room);
 
   bool b = d.exec();
   
   closeCommandGroup();
   
   return b;
 }
 
 /** Used to alter the text properties */
 bool CMapManager::propertiesText(CMapText *text)
 {
   DlgMapTextProperties d(this,text);
 
   if (d.exec())
   {
     text->updateLinkElements();
     return true;
   }
 
   return false;
 }
 
 void CMapManager::setDefaultOptions()
 {
   cGlobalSettings *gs = cGlobalSettings::self();
   // directions
   gs->setDefaultString ("mapper-direction-north", "north");
   gs->setDefaultString ("mapper-direction-northeast", "northeast");
   gs->setDefaultString ("mapper-direction-east", "east");
   gs->setDefaultString ("mapper-direction-southeast", "southeast");
   gs->setDefaultString ("mapper-direction-south", "south");
   gs->setDefaultString ("mapper-direction-southwest", "southwest");
   gs->setDefaultString ("mapper-direction-west", "west");
   gs->setDefaultString ("mapper-direction-northwest", "northwest");
   gs->setDefaultString ("mapper-direction-up", "up");
   gs->setDefaultString ("mapper-direction-down", "down");
   gs->setDefaultString ("mapper-direction-n", "n");
   gs->setDefaultString ("mapper-direction-ne", "ne");
   gs->setDefaultString ("mapper-direction-e", "e");
   gs->setDefaultString ("mapper-direction-se", "se");
   gs->setDefaultString ("mapper-direction-s", "s");
   gs->setDefaultString ("mapper-direction-sw", "sw");
   gs->setDefaultString ("mapper-direction-w", "w");
   gs->setDefaultString ("mapper-direction-nw", "nw");
   gs->setDefaultString ("mapper-direction-u", "u");
   gs->setDefaultString ("mapper-direction-d", "d");
 
   // move check
   gs->setDefaultBool ("mapper-movement-validcheck", false);
 
   gs->setDefaultColor ("mapper-color-Background", QColor(12*16,12*16,12*16));
   gs->setDefaultColor ("mapper-color-Grid",QColor(160,160,160));
   gs->setDefaultColor ("mapper-color-LowerRoom", Qt::darkGray);
   gs->setDefaultColor ("mapper-color-LowerZone", Qt::darkGray);
   gs->setDefaultColor ("mapper-color-LowerText", Qt::darkGray);
   gs->setDefaultColor ("mapper-color-DefaultRoom", QColor(32,255,0));
   gs->setDefaultColor ("mapper-color-DefaultZone", QColor(32,255,0));
   gs->setDefaultColor ("mapper-color-HigherRoom", Qt::white);
   gs->setDefaultColor ("mapper-color-HigherZone", Qt::white);
   gs->setDefaultColor ("mapper-color-HigherText", Qt::white);
   gs->setDefaultColor ("mapper-color-LowerPath", Qt::darkGray);
   gs->setDefaultColor ("mapper-color-DefaultPath", Qt::black);
   gs->setDefaultColor ("mapper-color-HigherPath", Qt::white);
   gs->setDefaultColor ("mapper-color-DefaultText", Qt::black);
   gs->setDefaultColor ("mapper-color-Selected", Qt::blue);
   gs->setDefaultColor ("mapper-color-Special", Qt::yellow);
   gs->setDefaultColor ("mapper-color-Login", Qt::blue);
   gs->setDefaultColor ("mapper-color-Edit", Qt::red);
   gs->setDefaultColor ("mapper-color-Current", Qt::red);
 
   // read speedwalk options
   gs->setDefaultBool ("mapper-speedwalk-abort-active", true);
   gs->setDefaultInt ("mapper-speedwalk-abort-limit", 100);
   gs->setDefaultInt ("mapper-speedwalk-delay", 0);
 
 
 }
 
 /** Used to read the map options */
 void CMapManager::readOptions()
 {  
   cGlobalSettings *gs = cGlobalSettings::self();
 
   // Read directions
   getMapData()->directions[NORTH] = gs->getString ("mapper-direction-north");
   getMapData()->directions[NORTHEAST] = gs->getString ("mapper-direction-northeast");
   getMapData()->directions[EAST] = gs->getString ("mapper-direction-east");
   getMapData()->directions[SOUTHEAST] = gs->getString ("mapper-direction-southeast");
   getMapData()->directions[SOUTH] = gs->getString ("mapper-direction-south");
   getMapData()->directions[SOUTHWEST] = gs->getString ("mapper-direction-southwest");
   getMapData()->directions[WEST] = gs->getString ("mapper-direction-west");
   getMapData()->directions[NORTHWEST] = gs->getString ("mapper-direction-northwest");
   getMapData()->directions[UP] = gs->getString ("mapper-direction-up");
   getMapData()->directions[DOWN] = gs->getString ("mapper-direction-down");
 
   int half = NUM_DIRECTIONS/2;
   getMapData()->directions[NORTH+half] = gs->getString ("mapper-direction-n");
   getMapData()->directions[NORTHEAST+half] = gs->getString ("mapper-direction-ne");
   getMapData()->directions[EAST+half] = gs->getString ("mapper-direction-e");
   getMapData()->directions[SOUTHEAST+half] = gs->getString ("mapper-direction-se");
   getMapData()->directions[SOUTH+half] = gs->getString ("mapper-direction-s");
   getMapData()->directions[SOUTHWEST+half] = gs->getString ("mapper-direction-sw");
   getMapData()->directions[WEST+half] = gs->getString ("mapper-direction-w");
   getMapData()->directions[NORTHWEST+half] = gs->getString ("mapper-direction-nw");
   getMapData()->directions[UP+half] = gs->getString ("mapper-direction-u");
   getMapData()->directions[DOWN+half] = gs->getString ("mapper-direction-d");
 
   // Read movecheck config
   getMapData()->validRoomCheck = gs->getBool ("mapper-movement-validcheck");
   int count = gs->getInt ("mapper-movement-check-count");
   getMapData()->failedMoveMsg.clear();
   for (int i = 1; i <= count; ++i)
     getMapData()->failedMoveMsg << gs->getString ("mapper-movement-check-" + QString::number (i));
 
   // Read map colors
   mapData->backgroundColor=gs->getColor ("mapper-color-Background");
   mapData->gridColor=gs->getColor ("mapper-color-Grid");
   mapData->lowerRoomColor=gs->getColor ("mapper-color-LowerRoom");
   mapData->lowerZoneColor=gs->getColor ("mapper-color-LowerZone");
   mapData->lowerTextColor=gs->getColor ("mapper-color-LowerText");
   mapData->defaultRoomColor=gs->getColor ("mapper-color-DefaultRoom");
   mapData->defaultZoneColor=gs->getColor ("mapper-color-DefaultZone");
   mapData->higherRoomColor=gs->getColor ("mapper-color-HigherRoom");
   mapData->higherZoneColor=gs->getColor ("mapper-color-HigherZone");
   mapData->higherTextColor=gs->getColor ("mapper-color-HigherText");
   mapData->lowerPathColor=gs->getColor ("mapper-color-LowerPath");
   mapData->defaultPathColor=gs->getColor ("mapper-color-DefaultPath");
   mapData->higherPathColor=gs->getColor ("mapper-color-HigherPath");
   mapData->defaultTextColor=gs->getColor ("mapper-color-DefaultText");
   mapData->selectedColor=gs->getColor ("mapper-color-Selected");
   mapData->specialColor = gs->getColor ("mapper-color-Special");
   mapData->loginColor=gs->getColor ("mapper-color-Login");
   mapData->editColor=gs->getColor ("mapper-color-Edit");
   mapData->currentColor=gs->getColor ("mapper-color-Current");
 
   // read speedwalk options
   mapData->speedwalkAbortActive = gs->getBool ("mapper-speedwalk-abort-active");
   mapData->speedwalkAbortLimit = gs->getInt ("mapper-speedwalk-abort-limit");
   mapData->speedwalkDelay = gs->getInt ("mapper-speedwalk-delay");
 
   activeView->readOptions();
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->loadConfigOptions();
 }
 
 /** Used to write the map options */
 void CMapManager::saveGlobalConfig()
 {
   cGlobalSettings *gs = cGlobalSettings::self();
 
   // directions
   gs->setString ("mapper-direction-north", getMapData()->directions[NORTH]);
   gs->setString ("mapper-direction-northeast", getMapData()->directions[NORTHEAST]);
   gs->setString ("mapper-direction-east", getMapData()->directions[EAST]);
   gs->setString ("mapper-direction-southeast", getMapData()->directions[SOUTHEAST]);
   gs->setString ("mapper-direction-south", getMapData()->directions[SOUTH]);
   gs->setString ("mapper-direction-southeast", getMapData()->directions[SOUTHWEST]);
   gs->setString ("mapper-direction-west", getMapData()->directions[WEST]);
   gs->setString ("mapper-direction-northwest", getMapData()->directions[NORTHWEST]);
   gs->setString ("mapper-direction-up", getMapData()->directions[UP]);
   gs->setString ("mapper-direction-down", getMapData()->directions[DOWN]);
 
   int half = NUM_DIRECTIONS/2;
   gs->setString ("mapper-direction-n", getMapData()->directions[NORTH+half]);
   gs->setString ("mapper-direction-ne", getMapData()->directions[NORTHEAST+half]);
   gs->setString ("mapper-direction-e", getMapData()->directions[EAST+half]);
   gs->setString ("mapper-direction-se", getMapData()->directions[SOUTHEAST+half]);
   gs->setString ("mapper-direction-s", getMapData()->directions[SOUTH+half]);
   gs->setString ("mapper-direction-sw", getMapData()->directions[SOUTHWEST+half]);
   gs->setString ("mapper-direction-w", getMapData()->directions[WEST+half]);
   gs->setString ("mapper-direction-nw", getMapData()->directions[NORTHWEST+half]);
   gs->setString ("mapper-direction-u", getMapData()->directions[UP+half]);
   gs->setString ("mapper-direction-d", getMapData()->directions[DOWN+half]);
 
   // movement
   gs->setBool ("mapper-movement-validcheck", getMapData()->validRoomCheck);
   gs->setInt ("mapper-movement-check-count", getMapData()->failedMoveMsg.size());
   int idx = 0;
   QStringList::iterator it;
   for (it = getMapData()->failedMoveMsg.begin(); it != getMapData()->failedMoveMsg.end(); ++it)
     gs->setString ("mapper-movement-check-" + QString::number (++idx), *it);
 
   gs->setColor ("mapper-color-Background", mapData->backgroundColor);
   gs->setColor ("mapper-color-Grid", mapData->gridColor);
   gs->setColor ("mapper-color-LowerRoom", mapData->lowerRoomColor);
   gs->setColor ("mapper-color-LowerZone", mapData->lowerZoneColor);
   gs->setColor ("mapper-color-LowerText", mapData->lowerTextColor);
   gs->setColor ("mapper-color-HigherZone", mapData->higherZoneColor);
   gs->setColor ("mapper-color-DefaultRoom", mapData->defaultRoomColor);
   gs->setColor ("mapper-color-DefaultZone", mapData->defaultZoneColor);
   gs->setColor ("mapper-color-DefaultText", mapData->defaultTextColor);
   gs->setColor ("mapper-color-HigherRoom", mapData->higherRoomColor);
   gs->setColor ("mapper-color-HigherText", mapData->higherTextColor);
   gs->setColor ("mapper-color-LowerPath", mapData->lowerPathColor);
   gs->setColor ("mapper-color-DefaultPath",mapData->defaultPathColor);
   gs->setColor ("mapper-color-HigherPath", mapData->higherPathColor);
   gs->setColor ("mapper-color-Selected", mapData->selectedColor);
   gs->setColor ("mapper-color-Special", mapData->specialColor);
   gs->setColor ("mapper-color-Login", mapData->loginColor);
   gs->setColor ("mapper-color-Edit", mapData->editColor);
   gs->setColor ("mapper-color-Current", mapData->currentColor);
 
   for (CMapPluginBase *plugin : pluginList)
     plugin->saveConfigOptions();
 
   gs->setBool ("mapper-speedwalk-abort-active", mapData->speedwalkAbortActive);
   gs->setInt ("mapper-speedwalk-abort-limit", mapData->speedwalkAbortLimit);
   gs->setInt ("mapper-speedwalk-delay", mapData->speedwalkDelay);
 
   redrawAllViews();
 }
 
 void CMapManager::getCounts(int *levels,int *rooms,int *paths,int *labels)
 {
   *rooms = 0;
   *labels = 0;
   *paths = 0;
   CMapZone *zone = getZone();
   *levels = zone->levelCount();
 
   for (unsigned int idx = 0; idx < zone->levelCount(); ++idx)
   {
     CMapLevel *level = zone->getLevel(idx);
 
     foreach (CMapRoom *room, *level->getRoomList())
       *paths += room->getPathList()->count();
 
     *rooms += level->getRoomList()->count();
     *labels += level->getTextList()->count();
   }
 }
 
 directionTyp CMapManager::getOpsiteDirection(directionTyp dir)
 {
   directionTyp result = SOUTH;
   switch (dir)
   {
     case NORTH     : result = SOUTH; break;
     case SOUTH     : result = NORTH; break;
     case EAST      : result = WEST; break;
     case WEST      : result = EAST; break;
     case NORTHWEST : result = SOUTHEAST; break;
     case NORTHEAST : result = SOUTHWEST; break;
     case SOUTHWEST : result = NORTHEAST; break;
     case SOUTHEAST : result = NORTHWEST; break;
     case UP        : result = DOWN; break;
     case DOWN      : result = UP; break;
     case SPECIAL   : result = SPECIAL; break;
   }
 
   return result;
 }
 
 /** Used to set the current tool */
 void CMapManager::setCurrentTool(CMapToolBase *tool)
 {
   if (currentTool)
     currentTool->toolUnselected();
 
   currentTool=tool;
 
   if (currentTool)
     currentTool->toolSelected();
 
   activeView->changed();
 }
 
 /** Usd to get the current tool */
 CMapToolBase *CMapManager::getCurrentTool(void)
 {
   return currentTool;
 }
 
 /** This method puts a element into edit state */
 void CMapManager::setEditElement(CMapElement *element)
 {
   if (elementEdit)
   {
     elementEdit->setEditMode(false);
     changedElement(elementEdit);
   }
 
   element->setEditMode(true);
   elementEdit = element;
   changedElement(elementEdit);
 }
 
 /** This is used to remove edit state from element being edited */
 void CMapManager::unsetEditElement(void)
 {
   if (elementEdit)
   {
     elementEdit->setEditMode(false);
     changedElement(elementEdit);
   }
 }
 
 /** This gets the element that is being edited */
 CMapElement *CMapManager::getEditElement(void)
 {
   return elementEdit;
 }
 
 /** This cancels any editing */
 void CMapManager::stopEditing(void)
 {
   if (elementEdit)
   {
     elementEdit->setEditMode(false);
   }
 
   elementEdit = nullptr;
 }
 
 int CMapManager::getUndoActive(void)
 {
   return m_commandsActive;
 }
 
 /** This is used to tell the mapper if commands should be added to the history list */
 void CMapManager::setUndoActive(bool active)
 {
   m_commandsActive = active;
 }
 
 /** Used to add a command to the command history */
 void CMapManager::addCommand(CMapCommand *command)
 {
   if (getUndoActive())
   {
     if (historyGroup)
     {
       // If there is a history group, it will -not- execute anything. That will happen once the group gets closed.
       historyGroup->addCommand(command);
     }
     else
     {
       commandHistory->push(command);
     }
   }
   else
   {
     command->redo();
   }
 }
 
 void CMapManager::openCommandGroup(QString name)
 {
   CMapCmdGroup *group = new CMapCmdGroup(this,name);
   group->setPreviousGroup(historyGroup);
   historyGroup = group;
 }
 
 void CMapManager::closeCommandGroup()
 {
   CMapCmdGroup *currentGroup = historyGroup;
   CMapCmdGroup *oldGroup =historyGroup->getPreviousGroup();
   historyGroup = oldGroup;
   addCommand(currentGroup);
 }
 
 /** move the player relative to the current position of the player
   * @param cmd The move command used to move the player */
 void CMapManager::movePlayerBy(QString cmd)
 {
   QString specialCmd = "";
   directionTyp dir = textToDirection(cmd);
 
   if (dir == SPECIAL)
     specialCmd = cmd;
 
   movePlayerBy(dir, getActiveView()->getCreateMode(), specialCmd);
 }
 
 /** move the player relative to the current position of the player
   * This command has support for special paths, but can only move
   * anlong exsiting special paths. In other words, it is unable to
   * create special paths.
   */
 void CMapManager::movePlayerBy(directionTyp dir,bool create,QString specialCmd)
 {
   // Make sure that the room we are currently in is visible
   if (!currentRoom) return;
 
   CMapCmdMovePlayer *cmd = new CMapCmdMovePlayer(this, dir, specialCmd, create);
   addCommand(cmd);
 }
 
 /** Used to walk the player in the mud to a given room */
 void CMapManager::walkPlayerTo(CMapRoom *toRoom)
 {
   QQueue<CMapRoom *> roomsToVisit;
   CMapRoom *destRoom;
   CMapRoom *srcRoom;
   CMapPath *path;
   CMapRoom *foundRoom;
   signed int time = 0;
   bool bFound = false;
   CMapPath *foundPath = nullptr;
 
   int speedWalkAbortCount = 0;
 
   if ((!currentRoom) || (currentRoom == toRoom)) return;
 
   if (speedwalkActive)
   {
     KMessageBox::information (nullptr,i18n("Speedwalking is already in progress"),i18n("KMuddy Mapper"));
     return;
   }
 
   speedwalkActive = true;
 
   pathToWalk.clear();
 
   // Reset the seach count for all the rooms
   for (unsigned int idx = 0; idx < getZone()->levelCount(); ++idx)
   {
     CMapLevel *level = getZone()->getLevel(idx);
     foreach (CMapRoom *room, *level->getRoomList())
       room->setMoveTime(-1);
   }
 
   // Init things for the start room
   srcRoom = currentRoom;
   destRoom = (CMapRoom *)toRoom;
   srcRoom->setMoveTime(time++);
 
   // enqueue starting room
   roomsToVisit.enqueue(srcRoom);
   CMapRoom* room;
 
   // this is the Breadth First Search Algorithm
   while (!(roomsToVisit.isEmpty() || bFound))
   {
     foundRoom = roomsToVisit.dequeue();
 
     // for all neighbours of foundRoom
     foreach (path, *foundRoom->getPathList())
     {
       room = path->getDestRoom();
 
       if (room == destRoom)
       {
         bFound = true;
         break;
       }
 
       // neighbour has not been visited yet, enqueue it
       if (room->getMoveTime() == -1)
       {
         room->setMoveTime(time++);
         roomsToVisit.enqueue(room);
       }
     }
   }
 
   // Check to see if we were unable to find any paths
   if (!bFound)
   {
     speedwalkActive = false;
     KMessageBox::information (nullptr,i18n("The automapper was unable to find a path to requested room"),i18n("KMuddy Mapper"));
     return;
   }
 
   speedWalkAbortCount=0;
   
   // Trace steps that need to be taken backwards from the dest to the src room
   while(destRoom != srcRoom)
   {
     time = destRoom->getConnectingPathList()->first()->getSrcRoom()->getMoveTime();
     foundRoom = destRoom->getConnectingPathList()->first()->getSrcRoom();
 
     // Find the room with the shortest time as this is the room we
     // should be moving to.
     foreach (path, *destRoom->getConnectingPathList())
     {
       if (time == -1 || (path->getSrcRoom()->getMoveTime()<=time && path->getSrcRoom()->getMoveTime()!=-1))
       {
         time = path->getSrcRoom()->getMoveTime();
         foundRoom = path->getSrcRoom();
         foundPath = path;
       }
     }
 
     pathToWalk.append(directionToText(foundPath->getSrcDir(),foundPath->getSpecialCmd()));
 
     destRoom=foundRoom;
     // Check to make sure that tings are not stuck in a loop and abort
     // if the move limit is reached
 
     speedWalkAbortCount++;
     if (mapData->speedwalkAbortActive && (speedWalkAbortCount == mapData->speedwalkAbortLimit))
     {
       speedwalkActive = false;
       KMessageBox::information (nullptr,i18n("Speedwalk abort because move limit was reached"),i18n("KMuddy Mapper"));
 
       return;
     }
   }
 
   speedwalkProgressDlg->setTotalSteps(pathToWalk.count());
   speedwalkProgressDlg->setProgress(0);
 
   cActionManager *am = cActionManager::self();
   cStatus *status = dynamic_cast<cStatus *>(am->object ("status", am->activeSession()));
   if (status)
     status->statusBar()->addPermanentWidget(speedwalkProgressDlg,0);
   speedwalkProgressDlg->show();
   speedwalkProgress = 0;
 
   // Start walking path
   slotWalkPlayerAlongPath();
 }
 
 void CMapManager::slotAbortSpeedwalk(void)
 {
   pathToWalk.clear();
   speedwalkActive = false;
   speedwalkProgressDlg->setProgress(speedwalkProgressDlg->getTotalSteps());
   speedwalkProgressDlg->hide();
   cActionManager *am = cActionManager::self();
   cStatus *status = dynamic_cast<cStatus *>(am->object ("status", am->activeSession()));
   if (status)
     status->statusBar()->removeWidget(speedwalkProgressDlg);
 }
 
 /** Used to recersivly move the play along a speedwalk path */
 void CMapManager::slotWalkPlayerAlongPath(void)
 {
   if (speedwalkActive)
   {
     QString dir = pathToWalk.takeFirst();
 
     // TODO: using active session isn't a very good idea; progress bar should be shown on the mapper window, not in KMuddy's status bar; furthermore, the mapper should distinguish sessions and switch maps when session changes or something - until all this gets done, we cannot implement this any better
     mapperPlugin->sendCommand (mapperPlugin->activeSession(), dir);
     speedwalkProgressDlg->setProgress(++speedwalkProgress);
 
     // Walk the path
     if (!pathToWalk.isEmpty())
     {
       QTimer::singleShot( mapData->speedwalkDelay * 100, this, SLOT(slotWalkPlayerAlongPath()) );
     }
     else
     {
       slotAbortSpeedwalk();
     }
   }
 }
 
 /** This method is used to convert a direction into a offset */
 void CMapManager::directionToCord(directionTyp dir, QSize distance,QPoint *pos)
 {
   int x = pos->x();
   int y = pos->y();
 
   switch (dir)
   {
     case NORTH     : x = 0;
                      y = -distance.height();
                      break;
     case EAST      : x = distance.width();
                      y = 0;
                      break;
     case SOUTH     : x = 0;
                      y = distance.height();
                      break;
     case WEST      : x = -distance.width();
                      y = 0;
                          break;
     case NORTHEAST : x = distance.width();
                      y = -distance.height();
                      break;
     case NORTHWEST : x = -distance.width();
                      y = -distance.height();
                      break;
     case SOUTHEAST : x = distance.width();
                      y = distance.height();
                      break;
     case SOUTHWEST : x = -distance.width();
                      y = distance.height();
                      break;
     case UP        : break;
     case DOWN      : break;
     case SPECIAL   : break;
   }
 
   pos->setX(x);
   pos->setY(y);
 }
 
 /** This method is used to move the elements in a zone by the given vector */
 void CMapManager::moveMap(QPoint inc,CMapZone *)
 {
   CMapCmdMoveMap *cmd = new CMapCmdMoveMap(this,inc,i18n("Move Elements in map"));
   addCommand(cmd);
 }
 
 /** This method is used to make a path two way */
 void CMapManager::makePathTwoWay(CMapPath *path)
 {
   if (!path->getOpsitePath())
   {
     CMapCmdTogglePathTwoWay *cmd =  new CMapCmdTogglePathTwoWay(this,i18n("Make Path Two-Way"),path);
     addCommand(cmd);
   }
 }
 
 /** This method is used to make a path one way */
 void CMapManager::makePathOneWay(CMapPath *path)
 {
   if (path->getOpsitePath())
   {
     CMapCmdTogglePathTwoWay *cmd =  new CMapCmdTogglePathTwoWay(this,i18n("Make Path One-Way"),path);
     addCommand(cmd);
   }
 }
 
 /** Get the main window */
 CMapView *CMapManager::getActiveView()
 {  
   return activeView;
 }                                                                    
 
 /** Used to repaint all the views */
 void CMapManager::redrawAllViews(void)
 {
   activeView->changed();
 }
 
 CMapFileFilterBase *CMapManager::nativeFilter(bool isLoad)
 {
   for (CMapFileFilterBase *filter : m_fileFilter)
   {
     if (isLoad && (!filter->supportLoad())) continue;
     if ((!isLoad) && (!filter->supportSave())) continue;
     if (filter->isNative()) return filter;
   }
   return nullptr;
 }
 
 QString CMapManager::defaultSavePath () const
 {
   return QStandardPaths::writableLocation(QStandardPaths::AppDataLocation) + "/maps/";
 }
 
 /** This is a debug function and not for genreal use */
 void CMapManager::changeProperties(CMapElement *element,QString key,QString oldData,QString newData)
 {
   CMapCmdElementProperties *cmd = new CMapCmdElementProperties(this,i18n("Change Element Property"),element);
   cmd->getOrgProperties().writeEntry(key,oldData);
   cmd->getNewProperties().writeEntry(key,newData);
   addCommand(cmd);
 }
 
 /** This is a debug function and not for genreal use */
 void CMapManager::changeProperties(CMapElement *element,QString key,int oldData,int newData)
 {
   CMapCmdElementProperties *cmd = new CMapCmdElementProperties(this,i18n("Change Element Property"),element);
   cmd->getOrgProperties().writeEntry(key,oldData);
   cmd->getNewProperties().writeEntry(key,newData);
   addCommand(cmd);
 }
 
 /** This is a debug function and not for genreal use */
 void CMapManager::generateTestMap()
 {
   qDebug() << "creating test map";
   bool smallMap = false;
 
   /////////////////////////////////////////////////////////////////////
   // Create a new empty map
   setUndoActive(false);
   commandHistory->clear();
   historyGroup = nullptr;
   eraseMap();
   createNewMap();
   setUndoActive(true);
 
   /////////////////////////////////////////////////////////////////////
   // Create a test map
   // Test rooms and paths
 
   openCommandGroup("Create Test Map");
 
   if (!smallMap)
   {
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(WEST,true,"");
     movePlayerBy(NORTH,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
 
     movePlayerBy(UP,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(DOWN,true,"");
 
     movePlayerBy(DOWN,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(EAST,true,"");
     movePlayerBy(UP,true,"");
 
     movePlayerBy(SOUTH,true,"");
     movePlayerBy(WEST,true,"");
 
     // Test text
     changeProperties(getZone(),"Label","",i18n("Root Zone"));
 
   }
 
   CMapLevel *level = getZone()->firstLevel();
   if (level->getNextLevel())
     level = level->getNextLevel();
 
   QFont font = QFont("times");
   font.setPointSize(25);
   createText(QPoint(160,20),level,"Test Map",font,Qt::black);
 
 
   if (!smallMap)
   {
     CMapRoom *test1=CMapElementUtil::createRoom(this, QPoint(14*20,14*20),level);
     changeProperties(test1,"Label","",i18n("Test room 1"));
     changeProperties(test1,"LabelPos",(int)CMapRoom::HIDE,(int)CMapRoom::WEST);
     CMapRoom *test2=CMapElementUtil::createRoom(this, QPoint(20*20,20*20),level);
     changeProperties(test2,"Label","",i18n("Test room 2"));
     changeProperties(test2,"LabelPos",(int)CMapRoom::HIDE,(int)CMapRoom::EAST);
     CMapRoom *test3=CMapElementUtil::createRoom(this, QPoint(14*20,20*20),level);
     changeProperties(test3,"Label","",i18n("Test room 3"));
     changeProperties(test3,"LabelPos",(int)CMapRoom::HIDE,(int)CMapRoom::WEST);
     CMapRoom *test4=CMapElementUtil::createRoom(this, QPoint(20*20,14*20),level);
     changeProperties(test4,"Label","",i18n("Test room 4"));
     changeProperties(test4,"LabelPos",(int)CMapRoom::HIDE,(int)CMapRoom::NORTH);
 
     createPath(QPoint(14*20,14*20),level,SOUTHEAST,
                 QPoint(20*20,20*20),level,NORTHWEST);
     createPath(QPoint(20*20,20*20),level,NORTHWEST,
          QPoint(14*20,14*20),level,SOUTHEAST);
     createPath(QPoint(14*20,20*20),level,NORTHEAST,
                            QPoint(20*20,14*20),level,SOUTHWEST);
 
     createPath(QPoint(20*20,14*20),level,SOUTHWEST,
                            QPoint(14*20,20*20),level,NORTHEAST);
 
     CMapPath *specialPath = createPath(test1,SPECIAL,test4,SPECIAL);
     makePathTwoWay(specialPath);
 
     CMapCmdElementProperties *cmd = new CMapCmdElementProperties(this,i18n("Set Special Exit"),specialPath);
     cmd->getOrgProperties().writeEntry("SpecialCmdSrc","");
     cmd->getOrgProperties().writeEntry("SpecialCmdDest","");
     cmd->getOrgProperties().writeEntry("SpecialExit",false);
     cmd->getNewProperties().writeEntry("SpecialCmdSrc","enter");
     cmd->getNewProperties().writeEntry("SpecialCmdDest","out");
     cmd->getNewProperties().writeEntry("SpecialExit",true);
     addCommand(cmd);
   }
   closeCommandGroup();
   qDebug() << "test map created";
 }
 
 #include "moc_cmapmanager.cpp"