kpresenter/powerpoint/libppt/powerpoint.cpp

/* libppt - library to read PowerPoint presentation
   Copyright (C) 2005 Yolla Indria <yolla.indria@gmail.com>
 
   This library is free software; you can redistribute it and/or
   modify it under the terms of the GNU Library General Public
   License as published by the Free Software Foundation; either
   version 2 of the License, or (at your option) any later version.
   
   This library 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
   Library General Public License for more details.
 
   You should have received a copy of the GNU Library General Public License
   along with this library; see the file COPYING.LIB.  If not, write to
   the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
 * Boston, MA 02110-1301, USA
*/
 
#include "powerpoint.h"
#include "presentation.h"
#include "slide.h"
#include "pole.h"
#include "objects.h"
 
#include <iostream>
#include <iomanip>
 
#include <vector>
#include <map>
 
#include <kdebug.h>
#include <stdio.h>
 
// Use anonymous namespace to cover following functions
namespace{
 
static inline unsigned long readU16( const void* p )
{
  const unsigned char* ptr = (const unsigned char*) p;
  return ptr[0]+(ptr[1]<<8);
}
 
static inline signed long readS16( const void* p )
{
  const unsigned char* ptr = (const unsigned char*) p;
  return ptr[0]+(ptr[1]<<8);
}
 
static inline unsigned long readU32( const void* p )
{
  const unsigned char* ptr = (const unsigned char*) p;
  return ptr[0]+(ptr[1]<<8)+(ptr[2]<<16)+(ptr[3]<<24);
}
 
static inline signed long readS32( const void* p )
{
  const unsigned char* ptr = (const unsigned char*) p;
  return ptr[0]+(ptr[1]<<8)+(ptr[2]<<16)+(ptr[3]<<24);
}
 
}
 
namespace Libppt 
{
std::ostream& operator<<( std::ostream& s, UString ustring )
{
  char* str = ustring.ascii();
  s << str;
  return s;
}
 
}
 
 
using namespace Libppt;
 
 
// ========== base record ==========
 
const unsigned int Record::id = 0; // invalid of-course
 
Record::Record()
{
  stream_position = 0;
  record_instance = 0;
  record_parent = 0;
}
 
Record::~Record()
{
}
 
Record* Record::create( unsigned type )
{
  Record* record = 0;
  
  if( type == BookmarkCollectionContainer::id )
    record = new BookmarkCollectionContainer();
  
  else if( type == DocumentContainer::id )
    record = new DocumentContainer();
    
  else if( type == EnvironmentContainer::id )
    record = new EnvironmentContainer();  
    
  else if( type == ExObjListContainer::id )
    record = new ExObjListContainer();  
    
  else if( type == ExOleObjStgContainer::id )
    record = new ExOleObjStgContainer();  
    
  else if( type == ExHyperlinkContainer::id )
    record = new ExHyperlinkContainer();        
    
  else if( type == ExEmbedContainer::id )
    record = new ExEmbedContainer();    
    
  else if( type == ExLinkContainer::id )
    record = new ExLinkContainer();    
      
  else if( type == FontCollectionContainer::id )
    record = new FontCollectionContainer();
    
  else if( type == HandoutContainer::id )
    record = new HandoutContainer();
  
  else if( type == HeadersFootersContainer::id )
    record = new HeadersFootersContainer();
    
  else if( type == ListContainer::id )
    record = new ListContainer();  
    
  else if( type == SlideContainer::id )
    record = new SlideContainer(); 
 
  else if( type == SlideBaseContainer::id )
    record = new SlideBaseContainer(); 
      
  else if( type == MainMasterContainer::id )
    record = new MainMasterContainer(); 
    
  else if( type == NotesContainer::id )
    record = new NotesContainer();   
   
  else if( type == RunArrayContainer::id )
    record = new RunArrayContainer();   
 
  else if( type == SlideListWithTextContainer::id )
    record = new SlideListWithTextContainer();  
    
  else if( type == SlideViewInfoContainer::id )
    record = new SlideViewInfoContainer();  
    
  else if( type == SorterViewInfoContainer::id )
    record = new SorterViewInfoContainer();    
    
  else if( type == SrKinsokuContainer::id )
    record = new SrKinsokuContainer();    
    
  else if( type == SummaryContainer::id )
    record = new SummaryContainer();    
      
  else if( type == OutlineViewInfoContainer::id )
    record = new OutlineViewInfoContainer();   
    
  else if( type == ProgStringTagContainer ::id )
    record = new ProgStringTagContainer ();    
    
  else if( type == PPDrawingGroupContainer ::id )
    record = new PPDrawingGroupContainer ();      
    
  else if( type == PPDrawingContainer ::id )
    record = new PPDrawingContainer ();    
    
  else if( type == ProgBinaryTagContainer ::id )
    record = new ProgBinaryTagContainer ();  
    
  else if( type == ProgTagsContainer ::id )
   record = new ProgTagsContainer ();  
 
  else if( type == VBAInfoContainer::id )
    record = new VBAInfoContainer();  
    
  else if( type == ViewInfoContainer::id )
    record = new ViewInfoContainer();  
 
    
  else if( type == msofbtDgContainer::id )
    record = new msofbtDgContainer();  
  
  else if( type == msofbtSpgrContainer::id )
    record = new msofbtSpgrContainer();  
 
  else if( type == msofbtSpContainer::id )
    record = new msofbtSpContainer();  
 
  else if( type == msofbtDggContainer::id )
    record = new msofbtDggContainer();  
 
  else if( type == msofbtBstoreContainer::id )
    record = new msofbtBstoreContainer(); 
  
 else if( type == msofbtSolverContainer::id )
    record = new msofbtSolverContainer(); 
 
 
  else if( type == BookmarkEntityAtom::id )
    record = new BookmarkEntityAtom();
         
  else if( type == CStringAtom::id )
    record = new CStringAtom();
    
  else if( type == ColorSchemeAtom::id )
    record = new ColorSchemeAtom();  
    
  else if( type == CurrentUserAtom::id )
    record = new CurrentUserAtom();    
    
  else if( type == DocumentAtom::id )
    record = new DocumentAtom();
    
  else if( type == EndDocumentAtom::id )
    record = new EndDocumentAtom();
    
  else if( type == ExEmbedAtom::id )
    record = new ExEmbedAtom();  
    
  else if( type == ExHyperlinkAtom::id )
    record = new ExHyperlinkAtom();   
    
  else if( type == ExLinkAtom::id )
    record = new ExLinkAtom();   
    
  else if( type == ExObjListAtom::id )
    record = new ExObjListAtom();  
    
  else if( type == ExOleObjAtom::id )
    record = new ExOleObjAtom();   
     
  else if( type == FontEntityAtom::id )
    record = new FontEntityAtom();  
    
  else if( type == GuideAtom::id )
    record = new GuideAtom();
    
  else if( type == HeadersFootersAtom ::id )
    record = new HeadersFootersAtom ();
    
  else if( type == NotesAtom::id )
    record = new NotesAtom();  
    
  else if( type == PersistIncrementalBlockAtom::id )
    record = new PersistIncrementalBlockAtom();     
       
  else if( type == Record1043::id )
    record = new Record1043 (); 
 
  else if( type == Record1044::id )
    record = new Record1044 ();  
    
  else if( type == SrKinsokuAtom::id )
    record = new SrKinsokuAtom();  
    
  else if( type == SlideAtom::id )
    record = new SlideAtom();  
    
  else if( type == SlidePersistAtom::id )
    record = new SlidePersistAtom();  
       
  else if( type == StyleTextPropAtom::id )
    record = new StyleTextPropAtom(); 
      
  else if( type == SlideViewInfoAtom::id )
    record = new SlideViewInfoAtom();   
      
  else if( type == SSDocInfoAtom ::id )
    record = new SSDocInfoAtom(); 
      
  else if( type == SSlideLayoutAtom ::id )
    record = new SSlideLayoutAtom();       
    
  else if( type == SSSlideInfoAtom ::id )
    record = new SSSlideInfoAtom();   
     
  else if( type == TextHeaderAtom ::id )
    record = new TextHeaderAtom();   
    
  else if( type == TextBookmarkAtom ::id )
    record = new TextBookmarkAtom();     
     
  else if( type == TextBytesAtom::id )
    record = new TextBytesAtom ();  
    
  else if( type == TextCharsAtom::id )
    record = new TextCharsAtom ();  
    
  else if( type == TextSpecInfoAtom  ::id )
    record = new TextSpecInfoAtom();   
    
  else if( type == TxCFStyleAtom  ::id )
    record = new TxCFStyleAtom();  
    
  else if( type == TxMasterStyleAtom  ::id )
    record = new TxMasterStyleAtom();   
    
  else if( type == TxPFStyleAtom  ::id )
    record = new TxPFStyleAtom(); 
    
  else if( type == TxSIStyleAtom  ::id )
    record = new TxSIStyleAtom();         
    
  else if( type == UserEditAtom::id )
    record = new UserEditAtom();     
    
  else if( type == ViewInfoAtom::id )
    record = new ViewInfoAtom();     
    
  else if( type == msofbtDgAtom::id )
    record = new msofbtDgAtom() ;  
 
  else if( type == msofbtSpgrAtom::id )
    record = new msofbtSpgrAtom() ;  
 
  else if( type == msofbtSpAtom::id )
    record = new msofbtSpAtom() ;  
 
  else if( type == msofbtOPTAtom::id )
    record = new msofbtOPTAtom() ;  
 
  else if( type == msofbtChildAnchorAtom::id )
    record = new msofbtChildAnchorAtom() ;  
 
  else if( type == msofbtClientAnchorAtom::id )
    record = new msofbtClientAnchorAtom() ;  
  
  else if( type == msofbtClientDataAtom::id )
    record = new msofbtClientDataAtom() ;
 
  else if( type == msofbtClientTextboxAtom::id )
    record = new msofbtClientTextboxAtom() ;
 
  else if( type == msofbtDggAtom::id )
    record = new msofbtDggAtom() ;
 
  else if( type == msofbtColorMRUAtom::id )
    record = new msofbtColorMRUAtom() ;
 
  else if( type == msofbtSplitMenuColorsAtom::id )
    record = new msofbtSplitMenuColorsAtom() ;
 
  else if( type == msofbtBSEAtom::id )
    record = new msofbtBSEAtom() ;
 
  else if( type == msofbtCLSIDAtom::id )
    record = new msofbtCLSIDAtom() ;
 
  else if( type == msofbtRegroupItemsAtom::id )
    record = new msofbtRegroupItemsAtom() ;
 
  else if( type == msofbtColorSchemeAtom::id )
    record = new msofbtColorSchemeAtom() ;
 
  else if( type == msofbtClientTextboxAtom::id )
    record = new msofbtClientTextboxAtom() ;
 
  else if( type == msofbtAnchorAtom::id )
    record = new msofbtAnchorAtom() ;
 
  else if( type == msofbtOleObjectAtom::id )
    record = new msofbtOleObjectAtom() ;
 
  else if( type == msofbtDeletedPsplAtom::id )
    record = new msofbtDeletedPsplAtom() ;
 
  else if( type == msofbtConnectorRuleAtom::id )
    record = new msofbtConnectorRuleAtom() ;
 
  else if( type == msofbtAlignRuleAtom::id )
    record = new msofbtAlignRuleAtom() ;
 
  else if( type == msofbtArcRuleAtom::id )
    record = new msofbtArcRuleAtom() ;
 
  else if( type == msofbtClientRuleAtom::id )
    record = new msofbtClientRuleAtom() ;
 
  else if( type == msofbtCalloutRuleAtom::id )
    record = new msofbtCalloutRuleAtom() ;
 
  else if( type == msofbtSelectionAtom::id )
    record = new msofbtSelectionAtom() ;
 
return record;
}
 
void Record::setParent( Record* parent )
{
  record_parent = parent;
}
 
const Record* Record::parent() const
{
  return record_parent;
}
 
void Record::setPosition( unsigned pos )
{
  stream_position = pos;
}
  
unsigned Record::position() const
{
  return stream_position;
}
 
void Record::setInstance( unsigned instance )
{
  record_instance = instance;
}
 
unsigned Record::instance() const
{
  return record_instance;
}
 
void Record::setData( unsigned, const unsigned char* )
{
}
 
void Record::setData( unsigned, const unsigned char*, unsigned )
{
}
 
void Record::dump( std::ostream& ) const
{
  // nothing to dump
}
 
// ========== Container ==========
 
Container::Container()
{
}
 
// ========== BookmarkCollectionContainer ==========
 
const unsigned int BookmarkCollectionContainer::id = 2019;
 
BookmarkCollectionContainer::BookmarkCollectionContainer()
{
}
 
// ========== msofbtDggContainer ==========
 
const unsigned int msofbtDggContainer::id = 61440; /* F000 */
 
msofbtDggContainer::msofbtDggContainer()
{
}
 
// ========== msofbtBstoreContainer ==========
 
const unsigned int msofbtBstoreContainer::id = 61441; /* F001 */
 
msofbtBstoreContainer::msofbtBstoreContainer()
{
}
 
// ========== msofbtDgContainer ==========
 
const unsigned int msofbtDgContainer::id = 61442; /* F002 */
 
msofbtDgContainer::msofbtDgContainer()
{
}
 
// ========== msofbtSpgrContainer ==========
 
const unsigned int msofbtSpgrContainer::id = 61443; /* F003*/
 
msofbtSpgrContainer::msofbtSpgrContainer()
{
}
 
// ========== msofbtSpContainer ==========
 
const unsigned int msofbtSpContainer::id = 61444; /* F004 */
 
msofbtSpContainer::msofbtSpContainer()
{
}
 
// ========== msofbtSolverContainer ==========
 
const unsigned int msofbtSolverContainer::id = 61445; /* F005 */
 
msofbtSolverContainer::msofbtSolverContainer()
{
}
 
 
// ========== DocumentContainer ==========
 
const unsigned int DocumentContainer::id = 1000;
 
DocumentContainer::DocumentContainer()
{
}
 
// ========== NotesContainer ==========
 
const unsigned int NotesContainer::id = 1008;
 
NotesContainer::NotesContainer()
{
}
 
// ========== ExOleObjStgContainer ==========
 
const unsigned int ExOleObjStgContainer::id = 4113;
 
ExOleObjStgContainer::ExOleObjStgContainer()
{
}
 
// ========== FontCollectionContainer ==========
 
const unsigned int FontCollectionContainer::id = 2005;
 
FontCollectionContainer::FontCollectionContainer()
{
}
 
 
// ========== ExObjListContainer ==========
 
const unsigned int ExObjListContainer::id = 1033;
 
ExObjListContainer::ExObjListContainer()
{
}
 
// ========== SlideContainer ==========
 
const unsigned int SlideContainer::id = 1006;
 
SlideContainer::SlideContainer()
{
}
 
// ========== SlideBaseContainer ==========
 
const unsigned int SlideBaseContainer::id = 1004;
 
SlideBaseContainer::SlideBaseContainer()
{
}
 
// ========== SlideListWithTextContainer ==========
 
const unsigned int SlideListWithTextContainer::id = 4080;
 
SlideListWithTextContainer::SlideListWithTextContainer()
{
}
 
// ========== SlideViewInfoContainer ==========
 
const unsigned int SlideViewInfoContainer::id = 1018;
 
SlideViewInfoContainer::SlideViewInfoContainer()
{
}
 
// ========== OutlineViewInfoContainer ==========
 
const unsigned int OutlineViewInfoContainer::id = 1031;
 
OutlineViewInfoContainer::OutlineViewInfoContainer()
{
}
 
// ========== SorterViewInfoContainer  ==========
 
const unsigned int SorterViewInfoContainer::id = 1032;
 
SorterViewInfoContainer::SorterViewInfoContainer()
{
}
 
// ========== HandoutContainer ==========
 
const unsigned int HandoutContainer::id = 4041;
 
HandoutContainer::HandoutContainer()
{
}
 
// ========== ListContainer ==========
 
const unsigned int ListContainer::id = 2000;
 
ListContainer::ListContainer()
{
}
 
// ========== ExEmbedContainer ==========
 
const unsigned int ExEmbedContainer::id = 4044;
 
ExEmbedContainer::ExEmbedContainer()
{
}
 
// ========== ExLinkContainer ==========
 
const unsigned int ExLinkContainer::id = 4046;
 
ExLinkContainer::ExLinkContainer()
{
}
 
// ========== ExHyperlinkContainer ==========
 
const unsigned int ExHyperlinkContainer::id = 4055;
 
ExHyperlinkContainer::ExHyperlinkContainer()
{
}
 
// ========== MainMasterContainer ==========
 
const unsigned int MainMasterContainer::id = 1016;
 
MainMasterContainer::MainMasterContainer()
{
}
 
// ========== EnvironmentContainer ==========
 
const unsigned int EnvironmentContainer::id = 1010;
 
EnvironmentContainer::EnvironmentContainer()
{
}
 
// ========== HeadersFootersContainer ==========
 
const unsigned int HeadersFootersContainer::id = 4057;
 
HeadersFootersContainer::HeadersFootersContainer()
{
}
 
// ========== RunArrayContainer ==========
 
const unsigned int RunArrayContainer::id = 2028;
 
RunArrayContainer::RunArrayContainer()
{
}
 
// ========== SrKinsokuContainer ==========
 
const unsigned int SrKinsokuContainer::id = 4040;
 
SrKinsokuContainer::SrKinsokuContainer()
{
}
 
// ========== ProgTagsContainer ==========
 
const unsigned int ProgTagsContainer::id = 5000;
 
ProgTagsContainer::ProgTagsContainer()
{
}
 
// ========== ProgBinaryTagContainer ==========
 
const unsigned int ProgBinaryTagContainer::id = 5002;
 
ProgBinaryTagContainer::ProgBinaryTagContainer()
{
}
 
// ========== ProgStringTagContainer ==========
 
const unsigned int ProgStringTagContainer::id = 5001;
 
ProgStringTagContainer::ProgStringTagContainer()
{
}
 
// ========== PPDrawingGroupContainer ==========
 
const unsigned int PPDrawingGroupContainer::id = 1035;
 
PPDrawingGroupContainer::PPDrawingGroupContainer()
{
}
 
// ========== PPDrawingContainer ==========
 
const unsigned int PPDrawingContainer::id = 1036;
 
PPDrawingContainer::PPDrawingContainer()
{
}
 
// ========== SummaryContainer ==========
 
const unsigned int SummaryContainer::id = 1026;
 
SummaryContainer::SummaryContainer()
{
}
 
// ========== VBAInfoContainer ==========
 
const unsigned int VBAInfoContainer::id = 1023;
 
VBAInfoContainer::VBAInfoContainer()
{
}
 
// ========== ViewInfoContainer ==========
 
const unsigned int ViewInfoContainer::id = 1020;
 
ViewInfoContainer::ViewInfoContainer()
{
}
 
// ========== CStringAtom ==========
 
const unsigned int CStringAtom::id = 4026;
 
class CStringAtom::Private
{
public:
  UString ustring;
};
 
 
CStringAtom::CStringAtom()
{
  d = new Private;
}
 
CStringAtom::~CStringAtom()
{
  delete d;
}
  
UString CStringAtom::ustring() const
{
  return d->ustring;
}
 
void CStringAtom::setUString( const UString& ustr )
{
  d->ustring = ustr;
}
 
void CStringAtom::setData( unsigned size, const unsigned char* data )
{
  UString str;
  for( unsigned k=0; k<(size/2); k++ )
  {
    unsigned uchar = readU16( data + k*2 );    
    if (uchar == 0x0d) 
      { 
        uchar = 0x0b;
//        std::cout << "found 0x0d in CStringAtom " << std::endl;
      }
    str.append( UString(uchar) );
  }
  setUString( str );
}
  
void CStringAtom::dump( std::ostream& out ) const
{
  out << "CStringAtom" << std::endl;
  out << "String : [" << ustring() << "]" << std::endl;
}
 
// ========== DocumentAtom ==========
 
const unsigned int DocumentAtom::id = 1001;
 
class DocumentAtom::Private
{
public:
  int slideWidth;
  int slideHeight;
  int notesWidth;
  int notesHeight;
  int zoomNumer;
  int zoomDenom;
  int notesMasterPersist; 
  int handoutMasterPersist;  
  int firstSlideNum; 
  int slideSizeType; 
  int saveWithFonts; 
  int omitTitlePlace;   
  int rightToLeft;   
  int showComments;  
};
 
DocumentAtom::DocumentAtom()
{
  d = new Private;
  d->slideWidth = 5760;   // 10 inches
  d->slideHeight = 4320;  // 7.5 inches
  d->notesWidth = 4320; 
  d->notesHeight = 5760;
  d->zoomNumer = 1;
  d->zoomDenom = 2;
  d->notesMasterPersist = 0; 
  d->handoutMasterPersist = 0;  
  d->firstSlideNum = 0; 
  d->slideSizeType = 0; 
  d->saveWithFonts = 0; 
  d->omitTitlePlace = 0;   
  d->rightToLeft = 0 ;   
  d->showComments = 0; 
}
 
DocumentAtom::~DocumentAtom()
{
  delete d;
}
 
int DocumentAtom::slideWidth() const
{
  return d->slideWidth;
}
 
void DocumentAtom::setSlideWidth( int w ) 
{
  d->slideWidth = w;
}
 
int DocumentAtom::slideHeight() const
{
  return d->slideHeight;
}
 
void DocumentAtom::setSlideHeight( int h )
{
  d->slideHeight = h;
}
 
int DocumentAtom::notesWidth() const
{
  return d->notesWidth; 
}
 
void DocumentAtom::setNotesWidth( int nw )
{
  d->notesWidth = nw; 
}
 
int DocumentAtom::notesHeight() const
{
  return d->notesHeight; 
}
 
void DocumentAtom::setNotesHeight( int nh )
{
  d->notesHeight = nh; 
}
 
int DocumentAtom::zoomNumer () const
{
  return d->zoomNumer; 
}
 
void DocumentAtom::setZoomNumer( int numer )
{
  d->zoomNumer = numer; 
}
 
int DocumentAtom::zoomDenom() const
{
  return d->zoomDenom; 
}
 
void DocumentAtom::setZoomDenom( int denom )
{
  d->zoomDenom = denom; 
}  
 
int DocumentAtom::notesMasterPersist() const
{
  return d->notesMasterPersist; 
}
 
void DocumentAtom::setNotesMasterPersist( int notesMasterPersist )
{
  d->notesMasterPersist = notesMasterPersist; 
}
 
int DocumentAtom::handoutMasterPersist() const
{
  return d->handoutMasterPersist;
}
 
void DocumentAtom::setHandoutMasterPersist(int handoutMasterPersist)  
{
  d->handoutMasterPersist = handoutMasterPersist; 
}  
 
int DocumentAtom::firstSlideNum() const
{
  return d->firstSlideNum; 
}
 
void DocumentAtom::setFirstSlideNum( int firstSlideNum )
{
  d->firstSlideNum = firstSlideNum;
}  
 
int DocumentAtom::slideSizeType() const
{
  return d->slideSizeType; 
}
 
void DocumentAtom::setSlideSizeType( int slideSizeType )
{
  d->slideSizeType = slideSizeType; 
}  
 
int DocumentAtom::saveWithFonts() const
{
  return d->saveWithFonts; 
}
 
void DocumentAtom::setSaveWithFonts( int saveWithFonts )
{
  d->saveWithFonts = saveWithFonts; 
}  
 
int DocumentAtom::omitTitlePlace() const
{
  return d->omitTitlePlace; 
}
 
void DocumentAtom::setOmitTitlePlace( int omitTitlePlace )
{
  d->omitTitlePlace = omitTitlePlace; 
}  
 
int DocumentAtom::rightToLeft() const
{
  return d->rightToLeft; 
}
 
void DocumentAtom::setRightToLeft( int rightToLeft )
{
  d->rightToLeft = rightToLeft; 
}  
 
int DocumentAtom::showComments() const
{
  return d->showComments; 
}
 
void DocumentAtom::setShowComments( int showComments)
{
  d->showComments = showComments; 
}  
 
void DocumentAtom::setData( unsigned , const unsigned char* data )
{
  setSlideWidth( readU32( data+0 ) );
  setSlideHeight( readU32( data+4 ) );
  setNotesWidth( readU32( data+8 ) );
  setNotesHeight( readU32( data+12 ) );
  setZoomNumer( readS32( data+16 ) );
  setZoomDenom( readS32( data+20) );
  setNotesMasterPersist( readU32( data+24 ) );
  setHandoutMasterPersist ( readU32( data+28 ) );
  setFirstSlideNum( readU16( data+32 ) );
  setSlideSizeType( readS16( data+34 ) );
  setSaveWithFonts(data[36]); 
  setOmitTitlePlace(data[37]); 
  setRightToLeft(data[38]); 
  setShowComments(data[39]);     
}
 
void DocumentAtom::dump( std::ostream& out ) const
{
  out << "DocumentAtom" << std::endl;
  out << "slide width " << slideWidth() << std::endl;
  out << "slide height " << slideHeight() << std::endl;
  out << "notes width " << notesWidth() << std::endl;
  out << "notes height " << notesHeight() << std::endl;
  out << "zoom numer " << zoomNumer() << std::endl;
  out << "zoom denum " << zoomDenom() << std::endl;
  out << "notesMasterPersist " << notesMasterPersist() << std::endl;
  out << "handoutMasterPersist " << handoutMasterPersist() << std::endl;
  out << "firstSlideNum " << firstSlideNum() << std::endl;
  out << "slideSizeType " << slideSizeType() << std::endl;
  out << "saveWithFonts " << saveWithFonts() << std::endl;
  out << "omitTitlePlace " << omitTitlePlace() << std::endl;
  out << "rightToLeft " << rightToLeft() << std::endl;
  out << "showComments " << showComments() << std::endl;  
}
 
// ========== EndDocumentAtom ==========
 
const unsigned int EndDocumentAtom::id = 1002;
 
EndDocumentAtom::EndDocumentAtom()
{
}
 
void EndDocumentAtom::dump( std::ostream& out ) const
{
  out << "EndDocumentAtom" << std::endl;
}
 
 
// ========== FontEntityAtom ==========
 
const unsigned int FontEntityAtom::id = 4023;
 
class FontEntityAtom::Private
{
public:
  UString ustring; 
  int charset;
  int clipPrecision;
  int quality;
  int pitchAndFamily;
  
};
 
FontEntityAtom::FontEntityAtom()
{ 
  d = new Private;
  d->charset = 0;
  d->clipPrecision = 0;
  d->quality = 0;
  d->pitchAndFamily = 0;  
}
 
FontEntityAtom::~FontEntityAtom()
{ 
  delete d;
}
 
UString FontEntityAtom::ustring() const
{
  return d->ustring;
}
 
void FontEntityAtom::setUString( const UString& ustring )
{
  d->ustring = ustring;
}
 
int FontEntityAtom::charset() const
{
  return d->charset; 
}  
 
void FontEntityAtom::setCharset( int charset ) 
{
  d->charset = charset; 
}  
 
int FontEntityAtom::clipPrecision() const 
{
  return d->clipPrecision; 
}  
 
void FontEntityAtom::setClipPrecision( int clipPrecision)
{
  d->clipPrecision = clipPrecision ; 
}  
  
int FontEntityAtom::quality() const
{
  return d->quality; 
}  
 
void FontEntityAtom::setQuality( int quality )
{
  d->quality = quality; 
}  
  
int FontEntityAtom::pitchAndFamily() const
{
  return d->pitchAndFamily; 
}  
 
void FontEntityAtom::setPitchAndFamily( int pitchAndFamily )
{
  d->pitchAndFamily = pitchAndFamily; 
}  
  
void FontEntityAtom::setData( unsigned , const unsigned char* data )
{
 
  UString str;
  for( unsigned k=0; k<32; k++ )
  {
    unsigned uchar = readU16( data + k*2 );
    str.append( UString(uchar) );
  }
  setUString( str );
  setCharset( data[64] );
  setClipPrecision(  data[65] );
  setQuality( data[66] );
  setPitchAndFamily( data[67] ); 
}  
 
void FontEntityAtom::dump( std::ostream& out ) const
{
  out << "FontEntityAtom" << std::endl;
  out << "String : [" << ustring() << "]" << std::endl;
  out << "Charset " << charset() << std::endl;
  out << "ClipPrecision " << clipPrecision() << std::endl;
  out << "Quality " << quality() << std::endl;
  out << "PitchAndFamily " << pitchAndFamily() << std::endl;
}
 
// ========== TextCharsAtom ==========
 
const unsigned int TextCharsAtom::id = 4000;
 
 
class TextCharsAtom::Private
{
public:
  std::vector<unsigned> index;
  std::vector<UString> ustring;  
};
 
TextCharsAtom::TextCharsAtom()
{
  d = new Private;  
}
 
TextCharsAtom::~TextCharsAtom()
{
  delete d;
}
  
unsigned TextCharsAtom::listSize() const
{
  return d->ustring.size();
}
 
UString TextCharsAtom::strValue( unsigned index ) const
{
  return d->ustring[index];
}
 
void TextCharsAtom::setText( UString ustring )
{
  d->ustring.push_back( ustring );
}
 
void TextCharsAtom::setData( unsigned size, const unsigned char* data )
{
  UString tempStr;
  int index = 0; 
 
  for( unsigned k=0; k<((0.5*size) + 1); k++ )
  { 
    unsigned uchar = readU16( data + k*2 );
    if ( (uchar == 0x0b) | (uchar == 0x0d) | (k == 0.5*size) ) 
    {
     setText(tempStr);
     index++;
     tempStr = "";
    }
    else 
     tempStr.append( UString(uchar) );    
 
   if ( ( uchar & 0xff00 ) == 0xf000 )
   { // handle later      
     std::cout << "got a symbol at " << k << "th character" << std::endl;
   }  
 
  }  
}
  
void TextCharsAtom::dump( std::ostream& out ) const
{
  out << "TextCharsAtom" << std::endl;
  out << "listSize " << listSize() << std::endl;
 
  for (uint i=0; i<listSize() ; i++)
  {
    out << "String " << i << " [" << strValue(i) << "]" << std::endl;
  }
  
}
 
 
// ========== GuideAtom  ==========
 
const unsigned int GuideAtom::id = 1019;
  
class GuideAtom::Private
{
public:
  int type;
  int pos;  
};
 
GuideAtom::GuideAtom ()
{
  d = new Private;
  d->type = 0;
  d->pos = 0;
}
 
GuideAtom::~GuideAtom ()
{
  delete d;
}
 
int GuideAtom::type() const
{
  return d->type;
}
 
void GuideAtom::setType(int type)
{
  d->type= type;
}
 
int GuideAtom::pos() const
{
  return d->pos;
}
 
void GuideAtom::setPos(int pos)
{
  d->pos= pos;
}
 
void GuideAtom::setData( unsigned , const unsigned char* data )
{
  setType( readS32( data + 0 ) );
  setPos( readS32( data + 4 ) );
}
 
void GuideAtom::dump( std::ostream& out ) const
{
  out << "GuideAtom" << std::endl;
  out << "type " << type() << std::endl;
  out << "pos " << pos() << std::endl;
}
 
 
// ========== SSlideLayoutAtom  ==========
 
const unsigned int SSlideLayoutAtom::id = 1015;
 
class SSlideLayoutAtom ::Private
{
public:
  int geom;
  int placeholderId;  
};
 
SSlideLayoutAtom::SSlideLayoutAtom ()
{
  d = new Private;
  d->geom = 0;
  d->placeholderId = 0;
}
 
SSlideLayoutAtom::~SSlideLayoutAtom ()
{
  delete d;
}
 
int SSlideLayoutAtom::geom() const
{
  return d->geom;
}
 
void SSlideLayoutAtom::setGeom(int geom)
{
  d->geom= geom;
}
 
int SSlideLayoutAtom::placeholderId() const
{
  return d->placeholderId;
}
 
void SSlideLayoutAtom::setPlaceholderId(int placeholderId)
{
  d->placeholderId= placeholderId;
}
 
void SSlideLayoutAtom ::setData( unsigned , const unsigned char* data )
{
  setGeom( readS32( data + 0 ) );
  setPlaceholderId(  data [4] );
}
 
void SSlideLayoutAtom ::dump( std::ostream& out ) const
{
  out << "SSlideLayoutAtom" << std::endl;
  out << "geom " << geom() << std::endl;
  out << "placeholderId " << placeholderId() << std::endl;
}
 
// ========== ExLinkAtom  ==========
 
const unsigned int ExLinkAtom::id = 4049;
  
class ExLinkAtom ::Private
{
public:
  int exObjId;
  int flags;  
  int unavailable; 
};
 
ExLinkAtom::ExLinkAtom ()
{
  d = new Private;
  d->exObjId = 0;
  d->flags = 0;
  d->unavailable = 0;
}
 
ExLinkAtom::~ExLinkAtom ()
{
  delete d;
}
 
int ExLinkAtom::exObjId() const
{
  return d->exObjId;
}
 
void ExLinkAtom::setExObjId(int exObjId)
{
  d->exObjId= exObjId;
}
 
int ExLinkAtom::flags() const
{
  return d->flags;
}
 
void ExLinkAtom::setFlags(int flags)
{
  d->flags= flags;
}
 
int ExLinkAtom::unavailable() const
{
  return d->unavailable;
}
 
void ExLinkAtom::setUnavailable(int unavailable)
{
  d->unavailable= unavailable;
}
 
void ExLinkAtom ::setData( unsigned , const unsigned char* data )
{
  setExObjId( readU32( data + 0 ) );
  setFlags( readU16( data + 4 ) );
  setUnavailable(  data [6] );
  
}
 
void ExLinkAtom ::dump( std::ostream& out ) const
{
  out << "ExLinkAtom" << std::endl;
  out << "exObjId " << exObjId() << std::endl;
  out << "flags " << flags() << std::endl;
  out << "unavailable " << unavailable() << std::endl;  
}
 
// ========== NotesAtom  ==========
 
const unsigned int NotesAtom::id = 1009;
  
class NotesAtom ::Private
{
public:
  int slideId;
  int flags;  
};
 
NotesAtom::NotesAtom ()
{
  d = new Private;
  d->slideId = 0;
  d->flags = 0;
}
 
NotesAtom::~NotesAtom ()
{
  delete d;
}
 
int NotesAtom::slideId() const
{
  return d->slideId;
}
 
void NotesAtom::setSlideId(int slideId)
{
  d->slideId= slideId;
}
 
int NotesAtom::flags() const
{
  return d->flags;
}
 
void NotesAtom::setFlags(int flags)
{
  d->flags= flags;
}
 
void NotesAtom ::setData( unsigned , const unsigned char* data )
{
  setSlideId( readS32( data + 0 ) );
  setFlags( readU16( data + 4 ) );
}
 
void NotesAtom ::dump( std::ostream& out ) const
{
  out << "NotesAtom" << std::endl;
  out << "slideId " << slideId() << std::endl;
  out << "flags " << flags() << std::endl;
}
 
 
// ========== ExObjListAtom  ==========
 
const unsigned int ExObjListAtom::id = 1034;
  
class ExObjListAtom ::Private
{
public:
  int objectIdSeed; 
};
 
ExObjListAtom::ExObjListAtom ()
{
  d = new Private;
  d->objectIdSeed = 0;
}
 
ExObjListAtom::~ExObjListAtom ()
{
  delete d;
}
 
int ExObjListAtom::objectIdSeed() const
{
  return d->objectIdSeed;
}
 
void ExObjListAtom::setObjectIdSeed(int objectIdSeed)
{
  d->objectIdSeed= objectIdSeed;
}
 
void ExObjListAtom ::setData( unsigned , const unsigned char* data )
{ // check later for valid value
  setObjectIdSeed( readU32( data + 0 ) ); 
}
 
void ExObjListAtom ::dump( std::ostream& out ) const
{
  out << "ExObjListAtom" << std::endl;
  out << "objectIdSeed " << objectIdSeed() << std::endl;
}
 
 
// ========== ExEmbedAtom  ==========
 
const unsigned int ExEmbedAtom::id = 4045;
  
class ExEmbedAtom ::Private
{
public:
  int followColorScheme;
  int cantLockServerB;  
  int noSizeToServerB;
  int isTable;  
};
 
ExEmbedAtom::ExEmbedAtom ()
{
  d = new Private;
  d->followColorScheme = 0;
  d->cantLockServerB = 0;
  d->noSizeToServerB = 0;
  d->isTable = 0;
}
 
ExEmbedAtom::~ExEmbedAtom ()
{
  delete d;
}
 
int ExEmbedAtom::followColorScheme() const
{
  return d->followColorScheme;
}
 
void ExEmbedAtom::setFollowColorScheme(int followColorScheme)
{
  d->followColorScheme= followColorScheme;
}
 
int ExEmbedAtom::cantLockServerB() const
{
  return d->cantLockServerB;
}
 
void ExEmbedAtom::setCantLockServerB(int cantLockServerB)
{
  d->cantLockServerB= cantLockServerB;
}
 
int ExEmbedAtom::noSizeToServerB() const
{
  return d->noSizeToServerB;
}
 
void ExEmbedAtom::setNoSizeToServerB(int noSizeToServerB)
{
  d->noSizeToServerB= noSizeToServerB;
}
 
int ExEmbedAtom::isTable() const
{
  return d->isTable;
}
 
void ExEmbedAtom::setIsTable(int isTable)
{
  d->isTable= isTable;
}
 
void ExEmbedAtom ::setData( unsigned , const unsigned char* data )
{
  setFollowColorScheme( readS32( data + 0 ) );
  setCantLockServerB( data [4] );
  setNoSizeToServerB(  data[5]  );
  setIsTable( data[6]  );
}
 
void ExEmbedAtom ::dump( std::ostream& out ) const
{
  out << "ExEmbedAtom" << std::endl;
  out << "followColorScheme " << followColorScheme() << std::endl;
  out << "cantLockServerB " << cantLockServerB() << std::endl;
  out << "noSizeToServerB " << noSizeToServerB() << std::endl;
  out << "isTable " << isTable() << std::endl;
}
 
// ========== ExOleObjAtom  ==========
 
const unsigned int ExOleObjAtom::id = 4035;
  
class ExOleObjAtom ::Private
{
public:
  int drawAspect;
  int type;  
  int objID;  
  int subType;  
  int objStgDataRef;  
  int isBlank;  
};
 
ExOleObjAtom::ExOleObjAtom ()
{
  d = new Private;
  d->drawAspect = 0;
  d->type = 0;
  d->objID = 0;
  d->subType = 0;
  d->objStgDataRef = 0;
  d->isBlank = 0;
}
 
ExOleObjAtom::~ExOleObjAtom ()
{
  delete d;
}
 
int ExOleObjAtom::drawAspect() const
{
  return d->drawAspect;
}
 
void ExOleObjAtom::setDrawAspect(int drawAspect)
{
  d->drawAspect= drawAspect;
}
 
int ExOleObjAtom::type() const
{
  return d->type;
}
 
void ExOleObjAtom::setType(int type)
{
  d->type= type;
}
 
int ExOleObjAtom::objID() const
{
  return d->objID;
}
 
void ExOleObjAtom::setObjID(int objID)
{
  d->objID= objID;
}
 
int ExOleObjAtom::subType() const
{
  return d->subType;
}
 
void ExOleObjAtom::setSubType(int subType)
{
  d->subType= subType;
}
 
int ExOleObjAtom::objStgDataRef() const
{
  return d->objStgDataRef;
}
 
void ExOleObjAtom::setObjStgDataRef(int objStgDataRef)
{
  d->objStgDataRef= objStgDataRef;
}
 
int ExOleObjAtom::isBlank() const
{
  return d->isBlank;
}
 
void ExOleObjAtom::setIsBlank(int isBlank)
{
  d->isBlank= isBlank;
}
 
void ExOleObjAtom ::setData( unsigned , const unsigned char* data )
{
  setDrawAspect( readU32( data + 0 ) );
  setType( readS32( data + 4 ) );
  setObjID( readS32( data + 8 ) );
  setSubType( readS32( data + 12 ) );
  setObjStgDataRef( readS32( data + 16 ) );
  setIsBlank( data[20] );
}
 
void ExOleObjAtom ::dump( std::ostream& out ) const
{
  out << "ExOleObjAtom" << std::endl;
  out << "drawAspect " << drawAspect() << std::endl;
  out << "type " << type() << std::endl;
  out << "objID " << objID() << std::endl;
  out << "subType " << subType() << std::endl;
  out << "objID " << objID() << std::endl;
  out << "objStgDataRef " << objStgDataRef() << std::endl;
  out << "isBlank " << isBlank() << std::endl;  
}
 
// ========== ExHyperlinkAtom  ==========
 
const unsigned int ExHyperlinkAtom::id = 4051;
  
class ExHyperlinkAtom ::Private
{
public:
  int objID; 
};
 
ExHyperlinkAtom ::ExHyperlinkAtom ()
{
  d = new Private;
  d->objID = 0;
}
 
ExHyperlinkAtom ::~ExHyperlinkAtom ()
{
  delete d;
}
 
int ExHyperlinkAtom ::objID() const
{
  return d->objID;
}
 
void ExHyperlinkAtom ::setObjID(int objID)
{
  d->objID = objID;
}
 
void ExHyperlinkAtom::setData( unsigned , const unsigned char* data )
{
  setObjID( readU32( data + 0 ) );
}
 
void ExHyperlinkAtom ::dump( std::ostream& out ) const
{
  out << "ExHyperlinkAtom" << std::endl;
  out << "objID " << objID() << std::endl;   
}
 
 
// ========== PersistIncrementalBlockAtom ==========
 
const unsigned int PersistIncrementalBlockAtom::id = 6002;
 
class PersistIncrementalBlockAtom::Private
{
public:
  std::vector<unsigned long> references;
  std::vector<unsigned long> offsets;
};
 
PersistIncrementalBlockAtom::PersistIncrementalBlockAtom()
{
  d = new Private;
}
 
PersistIncrementalBlockAtom::~PersistIncrementalBlockAtom()
{
  delete d;
}
 
unsigned PersistIncrementalBlockAtom::entryCount() const
{
  return d->references.size();
}
 
unsigned long PersistIncrementalBlockAtom::reference( unsigned index ) const
{
  unsigned long r = 0;
  if( index < d->references.size() )
    r = d->references[index];
  return r;
}
 
unsigned long PersistIncrementalBlockAtom::offset( unsigned index ) const
{
  unsigned long ofs = 0;
  if( index < d->offsets.size() )
    ofs = d->offsets[index];
  return ofs;
}
 
void PersistIncrementalBlockAtom ::setData( unsigned size, const unsigned char* data )
{
  d->references.clear();
  d->offsets.clear();
 
  unsigned ofs = 0;
  while( ofs < size )
  {
    long k = readU32( data+ ofs );
    unsigned count = k>>20;
    unsigned start = k&0xfffff;
    ofs += 4;
    for( unsigned c=0; c < count; c++, ofs+=4 )
    {
      if( ofs >= size ) break;
      long of = readU32( data + ofs );
      d->references.push_back( start+c );
      d->offsets.push_back( of );
    }
  }
}
 
void PersistIncrementalBlockAtom ::dump( std::ostream& out ) const
{
  out << "PersistIncrementalBlockAtom" << std::endl;
  for( unsigned i = 0; i < entryCount(); i++ )
    out << " Ref #" << reference(i) << "  at offset " << offset(i) << std::endl;
} 
 
 
// ========== HeadersFootersAtom  ==========
 
const unsigned int HeadersFootersAtom::id = 4058;
  
class HeadersFootersAtom ::Private
{
public:
  int formatId;
  int flags;  
};
 
HeadersFootersAtom::HeadersFootersAtom ()
{
  d = new Private;
  d->formatId = 0;
  d->flags = 0;
}
 
HeadersFootersAtom::~HeadersFootersAtom ()
{
  delete d;
}
 
int HeadersFootersAtom::formatId() const
{
  return d->formatId;
}
 
void HeadersFootersAtom::setFormatId(int formatId)
{
  d->formatId= formatId;
}
 
int HeadersFootersAtom::flags() const
{
  return d->flags;
}
 
void HeadersFootersAtom::setFlags(int flags)
{
  d->flags= flags;
}
 
void HeadersFootersAtom::setData( unsigned , const unsigned char* data )
{
  setFormatId( readS16( data + 0 ) );
  setFlags( readU16( data + 2 ) );
}
 
void HeadersFootersAtom::dump( std::ostream& out ) const
{
  out << "HeadersFootersAtom" << std::endl;
  out << "formatId " << formatId() << std::endl;
  out << "flags " << flags() << std::endl;
}
 
 
// ========== ColorSchemeAtom  ==========
 
const unsigned int ColorSchemeAtom::id = 2032;
  
class ColorSchemeAtom ::Private
{
public:
  int background;
  int textAndLines; 
  int shadows; 
  int titleText; 
  int fills; 
  int accent; 
  int accentAndHyperlink; 
  int accentAndFollowedHyperlink; 
  
};
 
ColorSchemeAtom::ColorSchemeAtom ()
{
  d = new Private; 
  d->background = 0 ;
  d->textAndLines = 0; 
  d->shadows = 0 ; 
  d->titleText = 0 ; 
  d->fills = 0; 
  d->accent = 0; 
  d->accentAndHyperlink = 0; 
  d->accentAndFollowedHyperlink = 0; 
}
 
 
ColorSchemeAtom::~ColorSchemeAtom ()
{
  delete d;
}
 
int ColorSchemeAtom::background() const
{
  return d->background; 
}
 
void ColorSchemeAtom::setBackground( int background )
{ 
  d->background = background; 
}  
 
int ColorSchemeAtom::textAndLines() const
{
  return d->textAndLines; 
}
 
void ColorSchemeAtom::setTextAndLines( int textAndLines )
{
  d->textAndLines = textAndLines; 
}
 
int ColorSchemeAtom::shadows() const
{
  return d->shadows; 
}  
 
void ColorSchemeAtom::setShadows( int shadows )
{
  d->shadows = shadows; 
}
  
int ColorSchemeAtom::titleText() const
{
  return d->titleText; 
} 
 
void ColorSchemeAtom::setTitleText( int titleText )
{
  d->titleText = titleText; 
}
   
int ColorSchemeAtom::fills() const
{
  return d->fills; 
}  
 
void ColorSchemeAtom::setFills( int fills )
{
  d->fills = fills; 
}  
 
int ColorSchemeAtom::accent() const
{
  return d->accent; 
}  
 
void ColorSchemeAtom::setAccent( int accent )
{
  d->accent = accent; 
}  
 
int ColorSchemeAtom::accentAndHyperlink() const
{
  return d->accentAndHyperlink; 
}  
 
void ColorSchemeAtom::setAccentAndHyperlink ( int accentAndHyperlink )
{
  d->accentAndHyperlink  = accentAndHyperlink; 
}  
 
int ColorSchemeAtom::accentAndFollowedHyperlink() const
{
  return d->accentAndFollowedHyperlink; 
}  
 
void ColorSchemeAtom::setAccentAndFollowedHyperlink( int accentAndFollowedHyperlink )
{ 
  d->accentAndFollowedHyperlink = accentAndFollowedHyperlink; 
}
 
void ColorSchemeAtom ::setData( unsigned , const unsigned char* data )
{
  setBackground( readS32( data + 0 ) );
  setTextAndLines( readU32( data + 4 ) );
  setShadows( readU32( data + 8 ) );
  setTitleText( readU32( data + 12 ) );
  setFills( readU32( data + 16 ) );
  setAccent( readU32( data + 20 ) );
  setAccentAndHyperlink( readU32( data + 24 ) );
  setAccentAndFollowedHyperlink( readU32( data + 28 ) );
       
}
 
void ColorSchemeAtom ::dump( std::ostream& out ) const
{
  out << "ColorSchemeAtom" << std::endl;
  out << "background " << background() << std::endl;
  out << "  R " << ( (background() >> 0 ) & 0xff ) ;
  out << "  G " << ( (background() >> 8 ) & 0xff ) ;
  out << "  B " << ( (background() >> 16 ) & 0xff ) ;
  out << "  I " << ( (background() >> 24 ) & 0xff ) << std::endl;
  out << "text and Lines " << textAndLines() << std::endl;
  out << "  R " << ( ( textAndLines()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( textAndLines()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( textAndLines()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( textAndLines()  >> 24 ) & 0xff ) << std::endl;
  out << "shadows " << shadows() << std::endl;
  out << "  R " << ( ( shadows()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( shadows()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( shadows()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( shadows()  >> 24 ) & 0xff ) << std::endl;
  out << "titleText " << titleText() << std::endl;
  out << "  R " << ( ( titleText()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( titleText()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( titleText()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( titleText()  >> 24 ) & 0xff ) << std::endl;
  out << "fills " << fills() << std::endl;
  out << "  R " << ( ( fills()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( fills()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( fills()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( fills()  >> 24 ) & 0xff ) << std::endl;
  out << "accent " << accent() << std::endl;
  out << "  R " << ( ( accent()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( accent()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( accent()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( accent()  >> 24 ) & 0xff ) << std::endl;
  out << "accentAndHyperlink " << accentAndHyperlink() << std::endl;
  out << "  R " << ( ( accentAndHyperlink()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( accentAndHyperlink()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( accentAndHyperlink()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( accentAndHyperlink()  >> 24 ) & 0xff ) << std::endl;
  out << "accentAndFollowedHyperlink " << accentAndFollowedHyperlink() << std::endl;
  out << "  R " << ( ( accentAndFollowedHyperlink()  >> 0 ) & 0xff ) ;
  out << "  G " << ( ( accentAndFollowedHyperlink()  >> 8 ) & 0xff ) ;
  out << "  B " << ( ( accentAndFollowedHyperlink()  >> 16 ) & 0xff ) ;
  out << "  I " << ( ( accentAndFollowedHyperlink()  >> 24 ) & 0xff ) << std::endl;
}
 
 
// ========== CurrentUserAtom  ==========
 
const unsigned int CurrentUserAtom::id = 4086;
  
class CurrentUserAtom ::Private
{
public:
  int size;
  int magic; 
  int offsetToCurrentEdit; 
  int lenUserName; 
  int docFileVersion; 
  int majorVersion; 
  int minorVersion; 
};
 
CurrentUserAtom::CurrentUserAtom ()
{
  d = new Private; 
  d->size = 0 ;
  d->magic = 0 ;
  d->offsetToCurrentEdit = 0; 
  d->lenUserName = 0 ; 
  d->docFileVersion = 0 ; 
  d->majorVersion = 0; 
  d->minorVersion = 0; 
}
 
CurrentUserAtom::~CurrentUserAtom ()
{
  delete d;
}
 
int CurrentUserAtom::size() const
{
  return d->size; 
}
 
void CurrentUserAtom::setSize( int size )
{ 
  d->size = size; 
}  
 
int CurrentUserAtom::magic() const
{
  return d->magic; 
}
 
void CurrentUserAtom::setMagic( int magic )
{ 
  d->magic = magic; 
}  
 
int CurrentUserAtom::offsetToCurrentEdit() const
{
  return d->offsetToCurrentEdit; 
}
 
void CurrentUserAtom::setOffsetToCurrentEdit( int offsetToCurrentEdit )
{ 
  d->offsetToCurrentEdit = offsetToCurrentEdit; 
}  
 
int CurrentUserAtom::lenUserName() const
{
  return d->lenUserName; 
}
 
void CurrentUserAtom::setLenUserName( int lenUserName )
{ 
  d->lenUserName = lenUserName; 
}  
 
int CurrentUserAtom::docFileVersion() const
{
  return d->docFileVersion; 
}
 
void CurrentUserAtom::setDocFileVersion( int docFileVersion )
{ 
  d->docFileVersion = docFileVersion; 
}  
 
int CurrentUserAtom::majorVersion() const
{
  return d->majorVersion; 
}
 
void CurrentUserAtom::setMajorVersion( int majorVersion )
{ 
  d->majorVersion = majorVersion; 
}  
 
int CurrentUserAtom::minorVersion() const
{
  return d->minorVersion; 
}
 
void CurrentUserAtom::setMinorVersion( int minorVersion )
{ 
  d->minorVersion = minorVersion; 
}  
 
void CurrentUserAtom ::setData( unsigned , const unsigned char* data )
{
  setSize( readU32( data + 0 ) );
  setMagic( readU32( data + 4 ) );
  setOffsetToCurrentEdit( readU32( data + 8 ) );
  setLenUserName( readU16( data + 12 ) );
  setDocFileVersion( readU32( data + 14 ) );
  setMajorVersion(  data[18] );
  setMinorVersion(  data[19] );       
}
 
void CurrentUserAtom ::dump( std::ostream& out ) const
{
  out << "  CurrentUserAtom" << std::endl;
  out << "  size " << size() << std::endl;
  out << "  magic " << magic() << std::endl;
  out << "  offsetToCurrentEdit " << offsetToCurrentEdit() << std::endl;
  out << "  lenUserName " << lenUserName() << std::endl;
  out << "  docFileVersion " << docFileVersion() << std::endl;
  out << "  majorVersion " << majorVersion() << std::endl;
  out << "  minorVersion " << minorVersion() << std::endl;
}
 
 
// ========== UserEditAtom ==========
 
const unsigned int UserEditAtom::id = 4085;
 
class UserEditAtom::Private
{
public:
  int lastSlideId;
  int majorVersion; 
  int minorVersion;
  unsigned long offsetLastEdit;
  unsigned long offsetPersistDir;
  unsigned long documentRef;
};
 
UserEditAtom::UserEditAtom()
{
  d = new Private;
  d->lastSlideId = 0;
  d->majorVersion = 0;
  d->minorVersion = 0;  
}
 
UserEditAtom::~UserEditAtom()
{
  delete d;
}
 
int UserEditAtom::lastSlideId() const
{
  return d->lastSlideId;
}
 
void UserEditAtom::setLastSlideId( int id )
{
  d->lastSlideId = id;
}
 
int UserEditAtom::majorVersion() const
{
  return d->majorVersion;
}
 
void UserEditAtom::setMajorVersion( int majorVersion )
{
  d->majorVersion = majorVersion;
}
 
int UserEditAtom::minorVersion() const
{
  return d->minorVersion;
}
 
void UserEditAtom::setMinorVersion( int minorVersion )
{
  d->minorVersion = minorVersion;
}
 
unsigned long UserEditAtom::offsetLastEdit() const
{
  return d->offsetLastEdit;
}
 
void UserEditAtom::setOffsetLastEdit( unsigned long ofs )
{
  d->offsetLastEdit = ofs;
}
 
unsigned long UserEditAtom::offsetPersistDir() const
{
  return d->offsetPersistDir;
}
 
void UserEditAtom::setOffsetPersistDir( unsigned long ofs ) const
{
  d->offsetPersistDir = ofs;
}
 
unsigned long UserEditAtom::documentRef() const 
{
  return d->documentRef;
}
 
void UserEditAtom::setDocumentRef( unsigned long ref ) const 
{
  d->documentRef = ref;
}
 
void UserEditAtom::setData( unsigned , const unsigned char* data )
{
  setLastSlideId( readU32( data + 0 ) );
  setMinorVersion( readU16( data + 4 ) );
  setMajorVersion( readU16( data + 6 ) );
  setOffsetLastEdit( readU32( data + 8 ) );
  setOffsetPersistDir( readU32( data + 12 ) );
  setDocumentRef( readU32( data + 16 ) );
}
 
void UserEditAtom::dump( std::ostream& out ) const
{
  out << "  UserEditAtom" << std::endl;
  out << "  LastSlideID " << lastSlideId() << std::endl;
  out << "  MajorVersion " << majorVersion() << std::endl;
  out << "  MinorVersion " << minorVersion() << std::endl;
  out << "  Offset Last Edit " << offsetLastEdit() << std::endl;
  out << "  Offset Persist Dir " << offsetPersistDir() << std::endl;
  out << "  Document Ref " << documentRef() << std::endl;
}
 
// ========== TextBookmarkAtom ==========
 
const unsigned int TextBookmarkAtom::id = 4007;
 
class TextBookmarkAtom::Private
{
public:
  int begin;
  int end; 
  int bookmarkID;
};
 
TextBookmarkAtom::TextBookmarkAtom()
{
  d = new Private;
  d->begin = 0;
  d->end = 0;
  d->bookmarkID = 0;
}
 
TextBookmarkAtom::~TextBookmarkAtom()
{
  delete d;
}
 
int TextBookmarkAtom::begin() const
{
  return d->begin;
}
 
void TextBookmarkAtom::setBegin( int begin )
{
  d->begin = begin;
}
 
int TextBookmarkAtom::end() const
{
  return d->end;
}
 
void TextBookmarkAtom::setEnd( int end )
{
  d->end = end;
}
 
int TextBookmarkAtom::bookmarkID() const
{
  return d->bookmarkID;
}
 
void TextBookmarkAtom::setBookmarkID( int bookmarkID )
{
  d->bookmarkID = bookmarkID;
}
 
void TextBookmarkAtom::setData( unsigned , const unsigned char* data )
{
  setBegin( readU32( data + 0 ) );
  setEnd( readU32( data + 4 ) );
  setBookmarkID( readU32( data + 8 ) );  
}
 
void TextBookmarkAtom::dump( std::ostream& out ) const
{
  out << "TextBookmarkAtom" << std::endl;
  out << "begin " << begin() << std::endl;
  out << "end " << end() << std::endl;
  out << "bookmarkID " << bookmarkID() << std::endl;
}
 
// ========== BookmarkEntityAtom ==========
 
const unsigned int BookmarkEntityAtom::id = 4048;
 
class BookmarkEntityAtom::Private
{
public:
  int bookmarkID;
  int bookmarkName;
};
 
BookmarkEntityAtom::BookmarkEntityAtom()
{
  d = new Private;
  d->bookmarkID = 0;
  d->bookmarkName = 0;
}
 
BookmarkEntityAtom::~BookmarkEntityAtom()
{
  delete d;
}
 
int BookmarkEntityAtom::bookmarkID() const
{
  return d->bookmarkID;
}
 
void BookmarkEntityAtom::setBookmarkID( int bookmarkID )
{
  d->bookmarkID = bookmarkID;
}
 
int BookmarkEntityAtom::bookmarkName() const
{
  return d->bookmarkName;
}
 
void BookmarkEntityAtom::setBookmarkName( int bookmarkName )
{
  d->bookmarkName = bookmarkName;
}
 
void BookmarkEntityAtom::setData( unsigned , const unsigned char* data )
{
  setBookmarkID( readU32( data + 0 ) );
  setBookmarkName( readU16( data + 4 ) );
}
 
void BookmarkEntityAtom::dump( std::ostream& out ) const
{
  out << "BookmarkEntityAtom" << std::endl;
  out << "bookmarkID " << bookmarkID() << std::endl;
  out << "bookmarkName " << bookmarkName() << std::endl;
}
 
// ========== SSDocInfoAtom ==========
 
const unsigned int SSDocInfoAtom::id = 1025;
 
class SSDocInfoAtom::Private
{
public:
  int penColorRed;
  int penColorGreen;
  int penColorBlue;
  int penColorIndex;
  int restartTime;
  int startSlide; 
  int endSlide;
  int namedShow;
  int flags;
};
 
SSDocInfoAtom::SSDocInfoAtom()
{
  d = new Private;
  d->penColorRed = 0;
  d->penColorGreen = 0;
  d->penColorBlue = 0;
  d->penColorIndex = 0;
  d->restartTime = 0;
  d->startSlide = 0;
  d->endSlide = 0;
  d->namedShow = 0;
  d->flags = 0;  
}
 
SSDocInfoAtom::~SSDocInfoAtom()
{
  delete d;
}
 
int SSDocInfoAtom::penColorRed() const
{
  return d->penColorRed;
}
 
void SSDocInfoAtom::setPenColorRed( int penColorRed )
{
  d->penColorRed = penColorRed;
}
 
int SSDocInfoAtom::penColorGreen() const
{
  return d->penColorGreen;
}
 
void SSDocInfoAtom::setPenColorGreen( int penColorGreen )
{
  d->penColorGreen = penColorGreen;
}
 
int SSDocInfoAtom::penColorBlue() const
{
  return d->penColorBlue;
}
 
void SSDocInfoAtom::setPenColorBlue( int penColorBlue )
{
  d->penColorBlue = penColorBlue;
}
 
int SSDocInfoAtom::penColorIndex() const
{
  return d->penColorIndex;
}
 
void SSDocInfoAtom::setPenColorIndex( int penColorIndex )
{
  d->penColorIndex = penColorIndex;
}
 
int SSDocInfoAtom::restartTime() const
{
  return d->restartTime;
}
 
void SSDocInfoAtom::setRestartTime( int restartTime )
{
  d->restartTime = restartTime;
}
 
int SSDocInfoAtom::startSlide() const
{
  return d->startSlide;
}
 
void SSDocInfoAtom::setStartSlide( int startSlide )
{
  d->startSlide = startSlide;
}
 
int SSDocInfoAtom::endSlide() const
{
  return d->endSlide;
}
 
void SSDocInfoAtom::setEndSlide( int endSlide )
{
  d->endSlide = endSlide;
}
 
int SSDocInfoAtom::namedShow() const
{
  return d->namedShow;
}
 
void SSDocInfoAtom::setNamedShow( int namedShow )
{
  d->namedShow = namedShow;
}
 
int SSDocInfoAtom::flags() const
{
  return d->flags;
}
 
void SSDocInfoAtom::setFlags( int flags )
{
  d->flags = flags;
}
 
void SSDocInfoAtom::setData( unsigned , const unsigned char* data )
{
  setPenColorRed( data[0]  );
  setPenColorGreen( data[1] );
  setPenColorBlue(  data[2]);
  setPenColorIndex( data[3] );
  setRestartTime( readS32( data + 4 ) );
  setStartSlide( readS16( data + 8 ) );
  setEndSlide( readS16( data + 10 ) );
  setNamedShow( readU16( data + 12 ) ); // 2 bytes repeat 32x
  setFlags( readU16( data + 76 ) ); // offset correct ?  
}
 
void SSDocInfoAtom::dump( std::ostream& out ) const
{
  out << "UserEditAtom" << std::endl;
  out << "penColorRed " << penColorRed() << std::endl;
  out << "penColorGreen " << penColorGreen() << std::endl;
  out << "penColorBlue " << penColorBlue() << std::endl;
  out << "penColorIndex " << penColorIndex() << std::endl;
  out << "restartTime " << restartTime() << std::endl;
  out << "startSlide " << startSlide() << std::endl;
  out << "endSlide " << endSlide() << std::endl;
  out << "namedShow " << namedShow() << std::endl;
  out << "Flags " << flags() << std::endl;
}
 
// ========== SrKinsokuAtom ==========
 
const unsigned int SrKinsokuAtom::id = 4050;
 
SrKinsokuAtom::SrKinsokuAtom()
{
}
 
SrKinsokuAtom::~SrKinsokuAtom()
{
}
 
void SrKinsokuAtom::dump( std::ostream& out ) const
{
  out << "SrKinsokuAtom - not yet implemented" << std::endl;
}
 
// ========== TxMasterStyleAtom ==========
 
const unsigned int TxMasterStyleAtom::id = 4003;
 
TxMasterStyleAtom::TxMasterStyleAtom()
{
}
 
TxMasterStyleAtom::~TxMasterStyleAtom()
{
}
 
void TxMasterStyleAtom::dump( std::ostream& out ) const
{
  out << "TxMasterStyleAtom - not yet implemented" << std::endl;
}
 
// ========== SlideViewInfoAtom  ==========
 
const unsigned int SlideViewInfoAtom::id = 1022;
  
class SlideViewInfoAtom ::Private
{
public:
  int showGuides;
  int snapToGrid;  
  int snapToShape; 
};
 
SlideViewInfoAtom::SlideViewInfoAtom ()
{
  d = new Private;
  d->showGuides = 0;
  d->snapToGrid = 0;
  d->snapToShape = 0;
}
 
SlideViewInfoAtom::~SlideViewInfoAtom ()
{
  delete d;
}
 
int SlideViewInfoAtom::showGuides() const
{
  return d->showGuides;
}
 
void SlideViewInfoAtom::setShowGuides(int showGuides)
{
  d->showGuides= showGuides;
}
 
int SlideViewInfoAtom::snapToGrid() const
{
  return d->snapToGrid;
}
 
void SlideViewInfoAtom::setSnapToGrid(int snapToGrid)
{
  d->snapToGrid= snapToGrid;
}
 
int SlideViewInfoAtom::snapToShape() const
{
  return d->snapToShape;
}
 
void SlideViewInfoAtom::setSnapToShape(int snapToShape)
{
  d->snapToGrid= snapToShape;
}
 
void SlideViewInfoAtom ::setData( unsigned , const unsigned char* data )
{
  setShowGuides(data[0]);
  setSnapToGrid(data[1]);
  setSnapToShape(data[2]); 
}
 
void SlideViewInfoAtom ::dump( std::ostream& out ) const
{
  out << "SlideViewInfoAtom" << std::endl;
  out << "showGuides " << showGuides() << std::endl;
  out << "snapToGrid " << snapToGrid() << std::endl;
  out << "snapToShape " << snapToShape() << std::endl;
}
 
// ========== ViewInfoAtom  ==========
 
const unsigned int ViewInfoAtom::id = 1021;
 
class ViewInfoAtom ::Private
{
public:
  int curScaleXNum;
  int curScaleXDen;  
  int curScaleYNum; 
  int curScaleYDen; 
  int prevScaleXNum;
  int prevScaleXDen;  
  int prevScaleYNum; 
  int prevScaleYDen; 
  int viewSizeX;
  int viewSizeY;  
  int originX; 
  int originY; 
  int varScale; 
  int draftMode; 
  int padding; 
};
 
ViewInfoAtom::ViewInfoAtom ()
{
  d = new Private;
  d->curScaleXNum = 0;
  d->curScaleXDen = 0;
  d->curScaleYNum = 0;
  d->curScaleYDen = 0;
  d->prevScaleXNum = 0;
  d->prevScaleXDen = 0;
  d->prevScaleYNum = 0;
  d->prevScaleYDen = 0;
  d->viewSizeX = 0;
  d->viewSizeY = 0;
  d->originX = 0;
  d->originY = 0;
  d->varScale = 0; 
  d->draftMode = 0; 
  d->padding = 0;
}
 
ViewInfoAtom::~ViewInfoAtom ()
{
  delete d;
}
 
int ViewInfoAtom::varScale() const
{
  return d->varScale;
}
 
void ViewInfoAtom::setVarScale(int varScale)
{
  d->varScale= varScale;
}
 
int ViewInfoAtom::draftMode() const
{
  return d->draftMode;
}
 
void ViewInfoAtom::setDraftMode(int draftMode)
{
  d->draftMode= draftMode;
}
 
int ViewInfoAtom::padding() const
{
  return d->padding;
}
 
void ViewInfoAtom::setPadding(int padding)
{
  d->padding= padding;
}
 
int ViewInfoAtom::viewSizeX() const
{
  return d->viewSizeX;
}
 
void ViewInfoAtom::setViewSizeX(int viewSizeX)
{
  d->viewSizeX= viewSizeX;
}
 
int ViewInfoAtom::viewSizeY() const
{
  return d->viewSizeY;
}
 
void ViewInfoAtom::setViewSizeY(int viewSizeY)
{
  d->viewSizeY= viewSizeY;
}
 
int ViewInfoAtom::originX() const
{
  return d->originX;
}
 
void ViewInfoAtom::setOriginX(int originX)
{
  d->originX= originX;
}
 
int ViewInfoAtom::originY() const
{
  return d->originY;
}
 
void ViewInfoAtom::setOriginY (int originY)
{
  d->originY= originY;
}
 
int ViewInfoAtom::prevScaleXNum() const
{
  return d->prevScaleXNum;
}
 
void ViewInfoAtom::setPrevScaleXNum(int prevScaleXNum)
{
  d->prevScaleXNum= prevScaleXNum;
}
 
int ViewInfoAtom::prevScaleXDen() const
{
  return d->prevScaleXDen;
}
 
void ViewInfoAtom::setPrevScaleXDen(int prevScaleXDen)
{
  d->prevScaleXDen= prevScaleXDen;
}
 
int ViewInfoAtom::prevScaleYNum() const
{
  return d->prevScaleYNum;
}
 
void ViewInfoAtom::setPrevScaleYNum(int prevScaleYNum)
{
  d->prevScaleYNum= prevScaleYNum;
}
 
int ViewInfoAtom::prevScaleYDen() const
{
  return d->prevScaleYDen;
}
 
void ViewInfoAtom::setPrevScaleYDen(int prevScaleYDen)
{
  d->prevScaleYDen= prevScaleYDen;
}
 
int ViewInfoAtom::curScaleXNum() const
{
  return d->curScaleXNum;
}
 
void ViewInfoAtom::setCurScaleXNum(int curScaleXNum)
{
  d->curScaleXNum= curScaleXNum;
}
 
int ViewInfoAtom::curScaleXDen() const
{
  return d->curScaleXDen;
}
 
void ViewInfoAtom::setCurScaleXDen(int curScaleXDen)
{
  d->curScaleXDen= curScaleXDen;
}
 
int ViewInfoAtom::curScaleYNum() const
{
  return d->curScaleYNum;
}
 
void ViewInfoAtom::setCurScaleYNum(int curScaleYNum)
{
  d->curScaleYNum= curScaleYNum;
}
 
int ViewInfoAtom::curScaleYDen() const
{
  return d->curScaleYDen;
}
 
void ViewInfoAtom::setCurScaleYDen(int curScaleYDen)
{
  d->curScaleYDen= curScaleYDen;
}
 
void ViewInfoAtom ::setData( unsigned , const unsigned char* data )
{
  setCurScaleXNum(readS32( data + 0));
  setCurScaleXDen(readS32( data + 4 ));
  setCurScaleYNum(readS32( data + 8)); 
  setCurScaleYDen(readS32( data + 12 )); 
  setPrevScaleXNum(readS32( data + 16 )); 
  setPrevScaleXDen(readS32( data + 20 )); 
  setPrevScaleYNum(readS32( data + 24 )); 
  setPrevScaleYDen(readS32( data + 28 )); 
  setViewSizeX(readS32( data + 32 ));
  setViewSizeY(readS32( data + 36 ));
  setOriginX(readS32( data + 40 )); 
  setOriginY(readS32( data + 44)); 
  setVarScale(data[48]); 
  setDraftMode(data[49]); 
  setPadding(readU16( data + 50 )); 
}
 
void ViewInfoAtom ::dump( std::ostream& out ) const
{
  out << "ViewInfoAtom" << std::endl;
  out << "curScaleXNum " << curScaleXNum() << std::endl;
  out << "curScaleXDen " << curScaleXDen() << std::endl;
  out << "curScaleYNum " << curScaleYNum() << std::endl;
  out << "curScaleYDen " << curScaleYDen() << std::endl;
  out << "prevScaleXNum " << prevScaleXNum() << std::endl;
  out << "prevScaleXDen " << prevScaleXNum() << std::endl;
  out << "prevScaleYNum " << prevScaleYNum() << std::endl;
  out << "prevScaleYDen " << prevScaleYNum() << std::endl;  
  out << "viewSizeX " << viewSizeX() << std::endl;
  out << "viewSizeY " << viewSizeY() << std::endl;   
  out << "originX " << originX() << std::endl;
  out << "originY " << originY() << std::endl;   
  out << "varScale " << varScale() << std::endl;  
  out << "draftMode " << draftMode() << std::endl;  
  out << "padding " << padding() << std::endl;  
}
 
// ========== StyleTextPropAtom   ==========
 
const unsigned int StyleTextPropAtom ::id = 4001;
 
class StyleTextPropAtom::Private
{
public:
  unsigned stringLength;
  struct PropAtomData
  {
      PropAtomData()
      : charCount(0)
      , depth(0)
      , bulletOn(0)
      , bulletHardFont(0)
      , bulletHardColor(0)
      , bulletChar(0)
      , bulletFont(0)
      , bulletHeight(0)
      , bulletColor(0)
      , align(0)
      , lineFeed(0)
      , upperDist(0)
      , lowerDist(0)
      , asianLB1(0)
      , asianLB2(0)
      , asianLB3(0)
      , biDi(0)
      {}
 
      int charCount;
      int depth;
      unsigned bulletOn;
      unsigned bulletHardFont;
      unsigned bulletHardColor;
      unsigned bulletChar;
      unsigned bulletFont;
      unsigned bulletHeight; 
      unsigned bulletColor;
      unsigned align;  
      unsigned lineFeed; 
      int upperDist; 
      int lowerDist; 
      int asianLB1;
      int asianLB2;
      int asianLB3;
      unsigned biDi;
  };
  std::vector<PropAtomData> atomData;
 
  int charMask;
  int charCount2;
  int charFlags;
};
 
StyleTextPropAtom::StyleTextPropAtom()
{
  d = new Private;  
  d->charMask = 0;
  d->charCount2 = 0;
  d->charFlags = 0;
}
 
StyleTextPropAtom::~StyleTextPropAtom()
{
  delete d;
}
 
unsigned StyleTextPropAtom::listSize() const
{
  return d->atomData.size();
}
  
int StyleTextPropAtom::charCount( unsigned index ) const
{
  return d->atomData[index].charCount;
}
 
int StyleTextPropAtom::depth( unsigned index ) const
{
  return d->atomData[index].depth;
}
 
int StyleTextPropAtom::bulletOn( unsigned index ) const
{
  return d->atomData[index].bulletOn;
} 
 
int StyleTextPropAtom::bulletHardFont( unsigned index ) const
{
  return d->atomData[index].bulletHardFont;
}
 
int StyleTextPropAtom::bulletHardColor( unsigned index ) const
{
  return d->atomData[index].bulletHardColor;
}
 
int StyleTextPropAtom::bulletChar( unsigned index ) const
{
  return d->atomData[index].bulletChar;
}
 
int StyleTextPropAtom::bulletFont( unsigned index ) const
{
  return d->atomData[index].bulletFont;
}
 
int StyleTextPropAtom::bulletHeight( unsigned index ) const
{
  return d->atomData[index].bulletHeight;
}
 
int StyleTextPropAtom::bulletColor( unsigned index ) const
{
  return d->atomData[index].bulletColor;
}
 
int StyleTextPropAtom::lineFeed( unsigned index ) const
{
  return d->atomData[index].lineFeed;
}
 
int StyleTextPropAtom::upperDist( unsigned index ) const
{
  return d->atomData[index].upperDist;
}
 
int StyleTextPropAtom::lowerDist( unsigned index ) const
{
  return d->atomData[index].lowerDist;
}
 
int StyleTextPropAtom::align( unsigned index ) const
{
  return d->atomData[index].align;
}
 
int StyleTextPropAtom::asianLB1( unsigned index ) const
{
  return d->atomData[index].asianLB1;
}
 
int StyleTextPropAtom::asianLB2( unsigned index ) const
{
  return d->atomData[index].asianLB2;
}
 
int StyleTextPropAtom::asianLB3( unsigned index ) const
{
  return d->atomData[index].asianLB3;
}
 
int StyleTextPropAtom::biDi( unsigned index ) const
{
  return d->atomData[index].biDi;
}
 
int StyleTextPropAtom::charMask() const
{
  return d->charMask;
}
 
void StyleTextPropAtom::setCharMask( int charMask )
{
  d->charMask = charMask;
}
 
int StyleTextPropAtom::charFlags() const
{
  return d->charFlags;
}
 
void StyleTextPropAtom::setCharFlags( int charFlags )
{
  d->charFlags = charFlags;
}
 
void StyleTextPropAtom::setData( unsigned /*size*/, const unsigned char* data, unsigned lastSize )
{ 
  unsigned charRead = 0;
  unsigned charCount = 0;
  unsigned stringLength = unsigned( (0.5*lastSize) + 1 );
  
  bool isTextPropAtom = true; 
  unsigned k=0;    
   
  while ( charRead < stringLength )
  { 
    if ( isTextPropAtom == true )
    {  
      Private::PropAtomData atomData;  
      charCount = readU32(data+k) - 1;
      k += 4;
      atomData.charCount = charCount;
      atomData.depth = readU16(data+k); 
      k += 2; 
      unsigned mask = readU32(data+6); 
      k += 4;        
 
      if ( mask & 0xF )
      { 
        int bulletFlag = readU16(data+k);
        k += 2;
        atomData.bulletOn = ( bulletFlag & 1 ) ? 1 : 0;      
        atomData.bulletHardFont = ( bulletFlag & 2 ) ? 1 : 0;  
        atomData.bulletHardColor = ( bulletFlag & 4 ) ? 1 : 0;  
      }    
 
      if ( mask & 0x0080 )
      {
        atomData.bulletChar = readU16(data+k);
        k += 2; 
      } 
      
      if ( mask & 0x0010 )
      { 
        atomData.bulletFont = readU16(data+k);
        k += 2; 
      }
 
      if ( mask & 0x0040 )
      {
        atomData.bulletHeight = readU16(data+k);
        k += 2; 
      }
 
      if ( mask & 0x0020 )
      { 
        atomData.bulletColor = readU32(data+k);
        k += 4; 
      }
 
      if ( mask & 0x0F00 )
      { 
        if ( mask & 0x800 )
        {
          unsigned dummy = readU16(data+k);
          atomData.align = ( dummy & 3 );
          k += 2;
        }                                             
        if ( mask & 0x400 )
        {
          /*unsigned dummy =*/ readU16(data+k);
          k += 2;
        }
        if ( mask & 0x200 )
        {
          /*unsigned dummy =*/ readU16(data+k);
          k += 2;
        }      
        if ( mask & 0x100 )
        {
          /*unsigned dummy =*/ readU16(data+k);
          k += 2;
        }      
      }
 
      if ( mask & 0x1000 ) 
      { 
        atomData.lineFeed = readU16(data+k);
        k += 2; 
      }    
 
      if ( mask & 0x2000 ) 
      {
        atomData.upperDist = readU16(data+k);
        k += 2; 
      }   
 
      if ( mask & 0x4000 ) 
      {
        atomData.lowerDist = readU16(data+k);
        k += 2; 
      }  
 
      if ( mask & 0x8000 ) 
      {
        /*unsigned dummy =*/ readU16(data+k);
        k += 2; 
      }   
      
      if ( mask & 0x10000 ) 
      {
        /*unsigned dummy =*/ readU16(data+k);
        k += 2; 
      }   
 
      if ( mask & 0xe0000 )
      {
        unsigned dummy = readU16(data+k);
        if ( mask & 0x20000 )
          atomData.asianLB1 = dummy & 1;
        if ( mask & 0x40000 )
          atomData.asianLB2 = (dummy >> 1) & 1;
        if ( mask & 0x80000 )
          atomData.asianLB3 = (dummy >> 2) & 1;
 
        k += 2; 
      }    
 
      if ( mask & 0x200000 ) 
      {
        atomData.biDi = readU16(data+k);
        k += 2;       
      }         
      d->atomData.push_back( atomData );
    } 
    else            
    {
      std::cout << "isTextPropAtom == false " << std::endl;      
      charCount = stringLength;        
      Private::PropAtomData atomData;  
      atomData.charCount = charCount;
      d->atomData.push_back( atomData );
    } 
 
    if ( ( charCount > stringLength ) || ( stringLength - ( charRead + charCount ) < 0 ) )
    {             
      isTextPropAtom = false;
      charCount = stringLength - charRead;
      Private::PropAtomData atomData;  
      atomData.charCount = charCount;
      d->atomData.push_back( atomData );
    }
 
    charRead += charCount + 1;
 
    // std::cout << "k = " << k << std::endl; 
  }
    
  
  /* charRead = 0;
  while ( charRead < stringLength )
  {     
    std::cout << "in second while-loop " << std::endl; 
    if ( (isTextPropAtom == false)  &&  (k < size) ) 
    {
      unsigned charCount = readU16(data+k) ;  
      setCharCount (charCount);
      k += 2;   
      unsigned dummy = readU16(data+k);   
      k += 2;else setAlign( dummy & 3 );
      int charToRead = size - (charRead + charCount);         
      // std::cout << "charToRead = " << charToRead << std::endl; 
      if (charToRead < 0)
      {
        charCount = size - charRead;
        if ( charToRead < -1 )
        {
            isTextPropAtom = false;
        }
      }
      unsigned charMask = readU16(data+k) ;
      k += 2;
      setCharMask ( charMask );
      if ( charMask )
      {
        setCharFlags( readU16(data+k) );
        k += 2;
      }
    //  std::cout << "k = " << k << std::endl; 
    
      static unsigned charAttrTable[16] =
      { 16, 21, 22, 23, 17, 18, 19, 20, 24, 25, 26, 27, 28, 29, 30, 31 };
      
      for ( int i = 0; i < 16; i++ )
      {
        int j = charAttrTable[ i ];
        if ( charMask & ( 1 << j ) )
        {
          switch ( j )
          {
            case 23:    //PPT_CharAttr_Symbol 
            { else setAlign( dummy & 3 );
              unsigned setSymbolFont= (readU16(data+k));
              std::cout << "setSymbolFont = " << setSymbolFont << std::endl; 
              //setSymbolFont(readU16(data+k));           
            } break;
            case 16:   //PPT_CharAttr_Font 
            {
              unsigned setFont= (readU16(data+k));
              std::cout << "setFont = " << setFont << std::endl; 
              //setFont(readU16(data+k));           
            } break;
            case 21:   //PPT_CharAttr_AsianOrComplexFont 
            {
              unsigned setAsianOrComplexFont= (readU16(data+k));
              std::cout << "setAsianOrComplexFont = " << setAsianOrComplexFont << std::endl; 
             //setAsianOrComplexFont(readU16(data+k));
            } break;
            case 22:   // PPT_CharAttr_Unknown2 
            {  unsigned setUnknown= (readU16(data+k));
               std::cout << "setUnknown = " << setUnknown << std::endl; 
              //setUnknown(readU16(data+k));
            } break;            
            case 17:    //PPT_CharAttr_Fontvoid Record::setData( unsigned, const unsigned char* )
            {  unsigned setFonttPropAtomHeight= (readU16(data+k));
               std::cout << "setFontHeight = " << setFontHeight << std::endl; 
               //setFontHeight(readU16(data+k));
            } break;              
            case 18:    //PPT_CharAttr_FontColor 
            {  unsigned setFontColor= (readU32(data+k));
               std::cout << "setFontColor = " << setFontColor << std::endl; 
               //setFontColor(readU32(data+k));
               k +=2;
            } break;              
            case 19://PPT_CharAttr_Escapement 
            {  unsigned setEscapement= (readU16(data+k));
               std::cout << "setEscapement = " << setEscapement << std::endl; 
               //setEscapement(readU32(data+k));
            } break;              
            default:
            {  unsigned dummy = readU16(data+k);
                std::cout << "default " << dummy << std::endl;
            }
          }                               
          k +=2;
        } 
      }      
powerpoint.cpp:3370: warning: convert
      std::cout << "k = " << k << std::endl; 
     }
    else 
    {  
      charRead = stringLength;      
    }
  } */
 
}
  
 
void StyleTextPropAtom::dump( std::ostream& out ) const
{
  out << "StyleTextPropAtom" << std::endl;
  out << "listSize " << listSize() << std::endl << std::endl;
  for ( unsigned i = 0; i < listSize(); i++)
  { 
    out << "charCount " << charCount(i) << std::endl;
    out << "depth " << depth(i) << std::endl;
    out << "isBulletOn " << bulletOn(i) << std::endl;
    out << "isbulletHardFont " << bulletHardFont(i) << std::endl;
    out << "isbulletHardColor " << bulletHardColor(i) << std::endl;    
    out << "bulletChar " << bulletChar(i) << std::endl;
    out << "bulletFont " << bulletFont(i) << std::endl;
    out << "bulletHeight " << bulletHeight(i) << std::endl; 
    out << "bulletColor " <<  std::endl;
    out << "  R " << ((bulletColor(i) >>0) & 0xff) << std::endl;
    out << "  G " << ((bulletColor(i) >>8) & 0xff) << std::endl;
    out << "  B " << ((bulletColor(i) >>16) & 0xff) << std::endl;
    out << "  I " << ((bulletColor(i) >>24) & 0xff) << std::endl;
    out << "align " << align(i) << std::endl;
    out << "lineFeed " << lineFeed(i) << std::endl;
    out << "upperDist " << upperDist(i) << std::endl;
    out << "lowerDist " << lowerDist(i) << std::endl;
    out << "biDi " << biDi(i) << std::endl;
    
    out << std::endl;
  }
//  out << "charMask " << charMask() << std::endl;
//  out << "charFlags " << charFlags() << std::endl;
  
}
 
 
 
// ========== TxCFStyleAtom  ==========
 
const unsigned int TxCFStyleAtom ::id = 4004;
 
 
class TxCFStyleAtom ::Private
{
public:
  int flags1; 
  int flags2; 
  int flags3; 
  int n1;
  int fontHeight; 
  int fontColor; 
};
 
TxCFStyleAtom ::TxCFStyleAtom ()
{
  d = new Private;
  d->flags1 = 0; 
  d->flags2 = 0; 
  d->flags3 = 0; 
  d->n1 = 0;
  d->fontHeight = 0; 
  d->fontColor = 0;  
}
 
TxCFStyleAtom ::~TxCFStyleAtom ()
{ 
  delete d; 
}
 
int TxCFStyleAtom::flags1() const
{
  return d->flags1; 
}
 
void TxCFStyleAtom::setFlags1( int flags1 ) 
{
  d->flags1 = flags1; 
}
 
int TxCFStyleAtom::flags2() const
{
  return d->flags2; 
}
 
void TxCFStyleAtom::setFlags2( int flags2 )
{
  d->flags2 = flags2; 
}
 
int TxCFStyleAtom::flags3() const
{
  return d->flags3; 
}
 
void TxCFStyleAtom::setFlags3( int flags3 ) 
{
  d->flags3 = flags3; 
}
 
int TxCFStyleAtom::n1() const
{
  return d->n1; 
}
 
void TxCFStyleAtom::setN1( int n1 ) 
{
  d->n1 = n1; 
}
 
int TxCFStyleAtom::fontHeight() const
{
  return d->fontHeight; 
}
 
void TxCFStyleAtom::setFontHeight( int fontHeight ) 
{
  d->fontHeight = fontHeight; 
}
 
int TxCFStyleAtom::fontColor() const
{
  return d->fontColor; 
}
 
void TxCFStyleAtom::setFontColor( int fontColor ) 
{
  d->fontColor = fontColor; 
}
 
void TxCFStyleAtom::setData( unsigned , const unsigned char* data )
{
  setFlags1(readU16( data + 0));
  setFlags2(readU16( data + 2));
  setFlags3(readU16( data + 4));
  setN1(readU32( data + 6)); 
  setFontHeight(readU16( data + 10));
  setFontColor(readU32( data + 12));   
}
 
void TxCFStyleAtom ::dump( std::ostream& out ) const
{
  out << "TxCFStyleAtom " << std::endl;
  out << "flags1 " << flags1() << std::endl;
  out << "flags2 " << flags2() << std::endl;
  out << "flags3 " << flags3() << std::endl;
  out << "n1 " << n1() << std::endl;
  out << "font height " << fontHeight() << std::endl;
  out << "font color " << fontColor() << std::endl;
}
 
// ========== TxPFStyleAtom ==========
 
const unsigned int TxPFStyleAtom::id = 4005;
 
TxPFStyleAtom::TxPFStyleAtom()
{
}
 
TxPFStyleAtom::~TxPFStyleAtom()
{
}
 
void TxPFStyleAtom::dump( std::ostream& out ) const
{
  out << "TxPFStyleAtom - need special parse code" << std::endl;
}
 
// ========== TxSIStyleAtom  ==========
 
const unsigned int TxSIStyleAtom ::id = 4009;
 
TxSIStyleAtom ::TxSIStyleAtom ()
{
}
 
TxSIStyleAtom ::~TxSIStyleAtom ()
{
}
 
void TxSIStyleAtom ::dump( std::ostream& out ) const
{
  out << "TxSIStyleAtom - need special parse code" << std::endl;
}
 
// ========== Record1043 ==========
 
const unsigned int Record1043::id = 1043;
 
Record1043::Record1043()
{
}
 
void Record1043::dump( std::ostream& out ) const
{
  out << "Record1043 - not known" << std::endl;
}
 
// ========== Record1044 ==========
 
const unsigned int Record1044::id = 1044;
 
Record1044::Record1044()
{
}
 
void Record1044::dump( std::ostream& out ) const
{
  out << "Record1044 - not known" << std::endl;
}
 
// ========== SlideAtom ==========
 
const unsigned int SlideAtom::id = 1007;
  
class SlideAtom::Private
{
public:
  int layoutGeom;
  int layoutPlaceholderId1; 
  int layoutPlaceholderId2; 
  int layoutPlaceholderId3; 
  int layoutPlaceholderId4; 
  int layoutPlaceholderId5; 
  int layoutPlaceholderId6; 
  int layoutPlaceholderId7; 
  int layoutPlaceholderId8; 
  int masterId; 
  int notesId;
  int flags; 
};
 
SlideAtom::SlideAtom()
{
  d = new Private;
  d->layoutGeom = 0;
  d->layoutPlaceholderId1 = 0; 
  d->layoutPlaceholderId2 = 0; 
  d->layoutPlaceholderId3 = 0; 
  d->layoutPlaceholderId4 = 0; 
  d->layoutPlaceholderId5 = 0; 
  d->layoutPlaceholderId6 = 0; 
  d->layoutPlaceholderId7 = 0; 
  d->layoutPlaceholderId8 = 0;       
  d->masterId = 0;
  d->notesId = 0;
  d->flags = 0;
}
 
SlideAtom::~SlideAtom()
{
  delete d;
}
 
int SlideAtom::layoutGeom() const
{
  return d->layoutGeom;
}
 
void SlideAtom::setLayoutGeom(int layoutGeom )
{
  d->layoutGeom = layoutGeom;
}
 
 
int SlideAtom::layoutPlaceholderId() const
{
   return d->layoutPlaceholderId1;
   return d->layoutPlaceholderId2;
   return d->layoutPlaceholderId3;
   return d->layoutPlaceholderId4;
   return d->layoutPlaceholderId5;
   return d->layoutPlaceholderId6;
   return d->layoutPlaceholderId7;
   return d->layoutPlaceholderId8;
}
 
void SlideAtom::setLayoutPlaceholderId(int layoutPlaceholderId1, int layoutPlaceholderId2,int layoutPlaceholderId3,int layoutPlaceholderId4,int layoutPlaceholderId5,int layoutPlaceholderId6,int layoutPlaceholderId7,int layoutPlaceholderId8)
{
     d->layoutPlaceholderId1 = layoutPlaceholderId1;
     d->layoutPlaceholderId2 = layoutPlaceholderId2;
     d->layoutPlaceholderId3 = layoutPlaceholderId3;
     d->layoutPlaceholderId4 = layoutPlaceholderId4;
     d->layoutPlaceholderId5 = layoutPlaceholderId5;
     d->layoutPlaceholderId6 = layoutPlaceholderId6;
     d->layoutPlaceholderId7 = layoutPlaceholderId7;
     d->layoutPlaceholderId8 = layoutPlaceholderId8;
}
 
int SlideAtom::masterId() const
{
  return d->masterId;
}
 
void SlideAtom::setMasterId(int masterId )
{
  d->masterId = masterId;
}
 
int SlideAtom::notesId() const
{
  return d->notesId;
}
 
void SlideAtom::setNotesId(int notesId)
{
  d->notesId = notesId;
}
 
int SlideAtom::flags() const
{
  return d->flags;
}
 
void SlideAtom::setFlags( int flags)
{
  d->flags = flags;
}
 
void SlideAtom::setData( unsigned , const unsigned char* data )
{
  setLayoutGeom(readS32( data + 0 ) ); 
  setLayoutPlaceholderId (data[4], data[5], data[6], data[7], data[8], data[9], data[10],data[11]);
  setMasterId( readS32( data + 12 ) );
  setNotesId( readS32( data + 16 ) );
  setFlags( readU16( data + 20 ) );  
}
 
void SlideAtom::dump( std::ostream& out ) const
{
  out << "SlideAtom" << std::endl;
  out << "layoutGeom " << layoutGeom() << std::endl;
  // out << "layoutPlaceholderId " << layoutPlaceholderId() <<std::endl;
  out << "layoutPlaceholderId1 " << d->layoutPlaceholderId1 <<std::endl;
  out << "layoutPlaceholderId2 " << d->layoutPlaceholderId2 <<std::endl;
  out << "layoutPlaceholderId3 " << d->layoutPlaceholderId3 <<std::endl;
  out << "layoutPlaceholderId4 " << d->layoutPlaceholderId4 <<std::endl;
  out << "layoutPlaceholderId5 " << d->layoutPlaceholderId5 <<std::endl;
  out << "layoutPlaceholderId6 " << d->layoutPlaceholderId6 <<std::endl;
  out << "layoutPlaceholderId7 " << d->layoutPlaceholderId7 <<std::endl;
  out << "layoutPlaceholderId8 " << d->layoutPlaceholderId8 <<std::endl;
  out << "masterId " << masterId() << std::endl;
  out << "notesId " << notesId() << std::endl;
  out << "flags " << flags() << std::endl;
}
 
// ========== SSSlideInfoAtom  ==========
 
const unsigned int SSSlideInfoAtom::id = 1017;
  
class SSSlideInfoAtom ::Private
{
public:
  int transType; 
  int speed; 
  int direction; 
  int slideTime; 
  int buildFlags; 
  int soundRef; 
};
 
SSSlideInfoAtom ::SSSlideInfoAtom ()
{
  d = new Private;
  d->transType = 0;
  d->speed = 0;
  d->direction = 0;
  d->slideTime = 0;
  d->buildFlags = 0;
  d->soundRef = 0;
}
 
SSSlideInfoAtom ::~SSSlideInfoAtom ()
{
  delete d;
}
 
int SSSlideInfoAtom ::transType() const
{
  return d->transType;
}
 
void SSSlideInfoAtom ::settransType(int transType)
{
  d->transType = transType;
}
 
int SSSlideInfoAtom ::speed() const
{
  return d->transType;
}
 
void SSSlideInfoAtom ::setspeed(int speed)
{
  d->speed = speed;
}
 
int SSSlideInfoAtom ::direction() const
{
  return d->transType;
}
 
void SSSlideInfoAtom ::setdirection(int direction)
{
  d->direction = direction;
}
 
int SSSlideInfoAtom ::slideTime() const
{
  return d->slideTime;
}
 
void SSSlideInfoAtom ::setslideTime(int slideTime)
{
  d->slideTime = slideTime;
}
 
int SSSlideInfoAtom ::buildFlags() const
{
  return d->buildFlags;
}
 
void SSSlideInfoAtom ::setbuildFlags(int buildFlags)
{
  d->buildFlags = buildFlags;
}
 
int SSSlideInfoAtom ::soundRef() const
{
  return d->soundRef;
}
 
void SSSlideInfoAtom ::setsoundRef(int soundRef)
{
  d->soundRef = soundRef;
}
 
void SSSlideInfoAtom ::setData( unsigned , const unsigned char* data )
{
  settransType( readU32( data + 0 ) );
  setspeed(readS32( data + 4 ));
  setdirection(readS32( data + 8 ));
  setslideTime(readS32( data + 12 ));
  setbuildFlags(readS32( data + 16 ));
  setsoundRef(readS32( data + 20 ));
}
 
void SSSlideInfoAtom ::dump( std::ostream& out ) const
{  
  out << "SSSlideInfoAtom" << std::endl;
  out << "transType " << transType() << std::endl;
  out << "speed " << speed() << std::endl;
  out << "direction " << direction() << std::endl;
  out << "slideTime " << slideTime() << std::endl;
  out << "buildFlags " << buildFlags() << std::endl;
  out << "soundRef " << soundRef() << std::endl;
}
 
// ========== TextHeaderAtom  ==========
 
const unsigned int TextHeaderAtom::id = 3999;
  
class TextHeaderAtom ::Private
{
public:
  int textType; 
};
 
TextHeaderAtom ::TextHeaderAtom ()
{
  d = new Private;
  d->textType = 0;
}
 
TextHeaderAtom ::~TextHeaderAtom ()
{
  delete d;
}
 
int TextHeaderAtom ::textType() const
{
  return d->textType;
}
 
void TextHeaderAtom ::setTextType( int type )
{
  d->textType = type;
}
 
void TextHeaderAtom ::setData( unsigned size, const unsigned char* data )
{
  if( size < 4 ) return;
  setTextType( readU32( data + 0 ) );
}
 
void TextHeaderAtom ::dump( std::ostream& out ) const
{  
  out << "TextHeaderAtom" << std::endl;
  out << " textType " << textType() << std::endl;
}
 
// ========== TextBytesAtom ==========
 
const unsigned int TextBytesAtom::id = 4008;
 
class TextBytesAtom::Private
{
public:
  std::vector<unsigned> index;
  std::vector<UString> ustring;  
  unsigned stringLength;
};
 
TextBytesAtom::TextBytesAtom()
{
  d = new Private;  
}
 
TextBytesAtom::~TextBytesAtom()
{
  delete d;
}
  
unsigned TextBytesAtom::listSize() const
{
  return d->ustring.size();
}
 
unsigned TextBytesAtom::stringLength() const
{
  return d->stringLength;
}
 
void TextBytesAtom::setStringLength( unsigned stringLength )
{
  d->stringLength = stringLength;
}
 
UString TextBytesAtom::strValue( unsigned index ) const
{
  return d->ustring[index];
}
 
void TextBytesAtom::setText( UString ustring )
{
  d->ustring.push_back( ustring );
}
 
void TextBytesAtom::setData( unsigned size, const unsigned char* data )
{
  UString tempStr;
  int index = 0; 
  unsigned length = 0;
  for( unsigned k=0; k<(size + 1); k++ )
  { 
    unsigned uchar =  data[k];
    if ( (uchar == 0x0b) | (uchar == 0x0d) | (k == size) ) 
    {
     setText(tempStr);
     index++;
     tempStr = "";
    }
    else 
     tempStr.append( UString(uchar) );    
 
    if ( ( uchar & 0xff00 ) == 0xf000 )
    { // handle later      
      std::cout << "got a symbol at " << k << "th character" << std::endl;
    }  
    length++;
  }  
 
  setStringLength(length);
}
  
void TextBytesAtom::dump( std::ostream& out ) const
{
  out << "TextBytesAtom" << std::endl;
  out << "stringLength " << stringLength() << std::endl;
  out << "listSize " << listSize() << std::endl;  
  for (uint i=0; i<listSize() ; i++)
  {
    out << "String " << i << " [" << strValue(i) << "]" << std::endl;
  }
  
}
 
 
// ========== TextSpecInfoAtom  ==========
 
const unsigned int TextSpecInfoAtom::id = 4010;
 
class TextSpecInfoAtom::Private
{
public:
  int charCount; 
  int flags; 
};
 
TextSpecInfoAtom::TextSpecInfoAtom ()
{
  d = new Private;
  d->charCount = 0;
  d->flags = 0;
}
 
TextSpecInfoAtom::~TextSpecInfoAtom ()
{
  delete d;
}
 
int TextSpecInfoAtom::charCount() const
{
  return d->charCount;
}
 
void TextSpecInfoAtom::setCharCount(int charCount)
{
  d->charCount = charCount;
}
 
int TextSpecInfoAtom::flags() const
{
  return d->flags;
}
 
void TextSpecInfoAtom::setFlags(int flags)
{
  d->flags = flags;
}
 
void TextSpecInfoAtom::setData( unsigned , const unsigned char* data )
{
  setCharCount( readU32( data + 0 ) );
  setFlags( readU32( data + 4 ) );
 
}
 
void TextSpecInfoAtom::dump( std::ostream& out ) const
{
  out << "TextSpecInfoAtom" << std::endl;
  out << "charCount " << charCount() << std::endl;  
  out << "flags " << flags() << std::endl;  
}
 
// ========== SlidePersistAtom   ==========
 
const unsigned int SlidePersistAtom::id = 1011;
  
class SlidePersistAtom::Private
{
public:
  int psrReference; 
  int flags; 
  int numberTexts; 
  int slideId; 
  int reserved; 
};
 
SlidePersistAtom::SlidePersistAtom  ()
{
  d = new Private;
  d->psrReference = 0;
  d->flags = 0; 
  d->numberTexts=0; 
  d->slideId=0; 
  d->reserved=0; 
 }
 
SlidePersistAtom::~SlidePersistAtom  ()
{
  delete d;
}
 
int SlidePersistAtom::psrReference() const
{  
  return d->psrReference;
}
 
void SlidePersistAtom::setPsrReference( int psrReference )
{
  d->psrReference = psrReference;
}  
 
int SlidePersistAtom::flags() const
{
  return d->flags; 
}
 
void SlidePersistAtom::setFlags( int flags )
{
  d->flags = flags;
}  
 
int SlidePersistAtom::numberTexts() const
{
  return d->numberTexts; 
}
 
void SlidePersistAtom::setNumberTexts( int numberTexts )
{
  d->numberTexts = numberTexts;
}  
 
int SlidePersistAtom::slideId() const
{
  return d->slideId; 
}
 
void SlidePersistAtom::setSlideId( int slideId )
{
   d->slideId = slideId;
}     
 
int SlidePersistAtom::reserved() const
{
  return d->reserved; 
}
 
void SlidePersistAtom::setReserved( int reserved )
{
   d->reserved = reserved;
}     
 
void SlidePersistAtom::setData( unsigned size, const unsigned char* data )
{
  if( size < 20 ) return;
 
  setPsrReference( readU32( data + 0 ) );
  setFlags( readU32( data + 4 ) );
  setNumberTexts( readS32( data + 8 ) );
  setSlideId( readS32( data + 12 ) );
  setReserved(readU32( data + 16) ); 
}
 
void SlidePersistAtom  ::dump( std::ostream& out ) const
{
  out << "SlidePersistAtom" << std::endl;
  out << "psrReference " << psrReference() << std::endl;
  out << "flags " << flags() << std::endl;
  out << "numberTexts " << numberTexts() << std::endl;
  out << "slideId " << slideId() << std::endl;
  out << "reserved " << reserved() << " always 0."<<std::endl;
}
 
// ========== msofbtDgAtom  ==========
 
const unsigned int msofbtDgAtom::id = 61448; /* F008 */
 
msofbtDgAtom ::msofbtDgAtom ()
{
}
 
msofbtDgAtom ::~msofbtDgAtom ()
{
}
 
void msofbtDgAtom ::dump( std::ostream& out ) const
{
  out << "msofbtDgAtom " << std::endl;
}
 
// ========== msofbtSpgrAtom  ==========
 
const unsigned int msofbtSpgrAtom::id = 61449; /* F009 */
 
msofbtSpgrAtom ::msofbtSpgrAtom ()
{
}
 
msofbtSpgrAtom ::~msofbtSpgrAtom ()
{
}
 
void msofbtSpgrAtom ::dump( std::ostream& out ) const
{
  out << "msofbtSpgrAtom " << std::endl;
}
 
// ========== msofbtSpAtom  ==========
 
const unsigned int msofbtSpAtom::id = 61450; /* F00A */
 
class msofbtSpAtom::Private
{
public:
  unsigned long shapeId;
  unsigned long persistentFlag;
  bool background;
  bool hFlip; 
  bool vFlip;
};
 
msofbtSpAtom ::msofbtSpAtom ()
{
  d = new Private;
  d->shapeId = 0;
  d->persistentFlag = 0;
  d->background = false;
  d->hFlip = false; 
  d->vFlip = false;
}
 
msofbtSpAtom ::~msofbtSpAtom ()
{
  delete d;
}
 
unsigned long msofbtSpAtom::shapeId() const
{
  return d->shapeId;
}
 
void msofbtSpAtom::setShapeId( unsigned long id )
{
  d->shapeId = id;
}
 
const char* msofbtSpAtom::shapeTypeAsString() const
{
  switch( instance() )
  {
    case 0:  return "msosptMin"; 
    case 1:  return "msosptRectangle"; 
    case 2:  return "msosptRoundRectangle"; 
    case 3:  return "msosptEllipse"; 
    case 4:  return "msosptDiamond"; 
    case 5:  return "msosptIsoscelesTriangle"; 
    case 6:  return "msosptRightTriangle"; 
    case 7:  return "msosptParallelogram"; 
    case 8:  return "msosptTrapezoid"; 
    case 9:  return "msosptHexagon"; 
    case 10:  return "msosptOctagon"; 
    case 11:  return "msosptPlus"; 
    case 12:  return "msosptStar"; 
    case 13:  return "msosptArrow"; 
    case 14:  return "msosptThickArrow"; 
    case 15:  return "msosptHomePlate"; 
    case 16:  return "msosptCube"; 
    case 17:  return "msosptBalloon"; 
    case 18:  return "msosptSeal"; 
    case 19:  return "msosptArc"; 
    case 20:  return "msosptLine"; 
    case 21:  return "msosptPlaque"; 
    case 22:  return "msosptCan ="; 
    case 23:  return "msosptDonut"; 
    case 24:  return "msosptTextSimple"; 
    case 25:  return "msosptTextOctagon"; 
    case 26:  return "msosptTextHexagon"; 
    case 27:  return "msosptTextCurve"; 
    case 28:  return "msosptTextOnRing"; 
    case 29:  return "msosptTextRing"; 
    case 30:  return "msosptTextOnCurve"; 
    case 31:  return "msosptTextOnRing";
    case 32:  return "msosptStraightConnector1";    
    case 75:  return "msosptPictureFrame";
    case 74:  return "msosptHeart"; 
    case 96:  return "msosptSmileyFace";
    case 202: return "msosptTextBox";
    default: break;
  }; 
  return "Unknown";
}
 
unsigned long msofbtSpAtom::persistentFlag() const
{
  return d->persistentFlag;
}
 
void msofbtSpAtom::setPersistentFlag( unsigned long persistentFlag )
{
  d->persistentFlag = persistentFlag;
}
 
bool msofbtSpAtom::isBackground() const
{
  return d->background;
}
 
void msofbtSpAtom::setBackground( bool bg )
{
  d->background = bg;
}
 
bool msofbtSpAtom::isVerFlip() const
{
  return d->vFlip;
}
 
void msofbtSpAtom::setVerFlip( bool vFlip )
{
  d->vFlip = vFlip;
}
 
bool msofbtSpAtom::isHorFlip() const
{
  return d->hFlip;
}
 
void msofbtSpAtom::setHorFlip( bool hFlip )
{
  d->hFlip = hFlip;
}
 
void msofbtSpAtom::setData( unsigned size, const unsigned char* data )
{
  if( size < 8 ) return;
 
  setShapeId( readU32( data + 0 ) );
  setPersistentFlag( readU32( data + 4 ) );
 
  unsigned flag = readU16( data + 4 );
  setBackground( flag & 0x800 );
  setVerFlip( flag & 0x80 );
  setHorFlip( flag & 0x40 );  
}
 
void msofbtSpAtom ::dump( std::ostream& out ) const
{
  out << "msofbtSpAtom " << std::endl;
}
 
// ========== msofbtOPTAtom  ==========
 
const unsigned int msofbtOPTAtom::id = 61451; /* F00B */
 
class msofbtOPTAtom::Private
{
public:
  std::vector<unsigned> ids;
  std::vector<unsigned long> values;
};
 
msofbtOPTAtom ::msofbtOPTAtom ()
{
  d = new Private;
}
 
msofbtOPTAtom ::~msofbtOPTAtom ()
{
  delete d;
}
 
unsigned msofbtOPTAtom ::propertyCount() const
{
  return d->ids.size();
}
 
unsigned msofbtOPTAtom ::propertyId( unsigned index ) const
{
  return d->ids[index];
}
 
unsigned long msofbtOPTAtom ::propertyValue( unsigned index ) const
{
  return d->values[index];
}
 
void msofbtOPTAtom::setProperty( unsigned id, unsigned long val )
{
  d->ids.push_back( id );
  d->values.push_back( val );
}
 
void msofbtOPTAtom::setData( unsigned size, const unsigned char* data )
{
  unsigned i = 0;
  unsigned comp_len = 0;
 
  d->ids.clear();
  d->values.clear();
 
  while( i < size )
  {
    unsigned x = readU16( data+i );
    unsigned int id = x & 0x3fff;
    bool comp = x & 0x8000;
    unsigned long val = readU32( data + i + 2 );
    if( comp ) 
      comp_len += val;
    i += 6;
    setProperty( id, val );
  }
}
 
void msofbtOPTAtom ::dump( std::ostream& out ) const
{
  out << "msofbtOPTAtom " << std::endl;
}
 
 
// ========== msofbtChildAnchorAtom  ==========
 
const unsigned int msofbtChildAnchorAtom::id = 61455; /* F00F */
 
msofbtChildAnchorAtom ::msofbtChildAnchorAtom ()
{
}
 
msofbtChildAnchorAtom ::~msofbtChildAnchorAtom ()
{
}
 
void msofbtChildAnchorAtom ::dump( std::ostream& out ) const
{
  out << "msofbtChildAnchorAtom " << std::endl;
}
 
// ========== msofbtClientAnchorAtom  ==========
 
const unsigned int msofbtClientAnchorAtom::id = 61456; /* F010 */
 
class msofbtClientAnchorAtom::Private
{
public:
    int left; 
    int top;
    int right; 
    int bottom; 
};
 
msofbtClientAnchorAtom::msofbtClientAnchorAtom  ()
{
  d = new Private;
  d->left = 0;
  d->top = 0; 
  d->right=0; 
  d->bottom=0; 
 }
 
msofbtClientAnchorAtom ::~msofbtClientAnchorAtom  ()
{
  delete d;
}
 
int msofbtClientAnchorAtom ::left() const
{
  return d->left;
}
 
void msofbtClientAnchorAtom ::setLeft( int left )
{
  d->left = left;
}
 
int msofbtClientAnchorAtom ::top() const
{
  return d->top;
}
 
void msofbtClientAnchorAtom ::setTop( int top )
{
  d->top = top; 
}
 
int msofbtClientAnchorAtom ::right() const
{
  return d->right; 
}
 
void msofbtClientAnchorAtom ::setRight( int right )
{ 
  d->right = right; 
}
 
int msofbtClientAnchorAtom ::bottom() const
{
  return d->bottom;
}
 
void msofbtClientAnchorAtom ::setBottom( int bottom )
{
  d->bottom = bottom; 
}
 
void msofbtClientAnchorAtom ::setData( unsigned , const unsigned char* data )
{
  setTop( readU16( data + 0 ) );
  setLeft( readU16( data + 2 ) );
  setRight( readU16( data + 4 ) );
  setBottom( readU16( data + 6 ) );  
}
 
void msofbtClientAnchorAtom ::dump( std::ostream& out ) const
{
  out << "msofbtClientAnchorAtom " << std::endl;
  out << "left " << left() << std::endl;
  out << "top " << top() << std::endl;
  out << "right " << right() << std::endl;
  out << "bottom " << bottom() << std::endl;
 
}
 
// ========== msofbtClientDataAtom  ==========
 
const unsigned int msofbtClientDataAtom::id = 61457; /* F011 */
 
class msofbtClientDataAtom::Private
{
public:
  unsigned placementId;
  unsigned placeholderId;
};
 
msofbtClientDataAtom::msofbtClientDataAtom ()
{
  d = new Private;
  d->placementId = 0;
  d->placeholderId = 0;
}
 
msofbtClientDataAtom::~msofbtClientDataAtom ()
{
  delete d;
}
 
unsigned msofbtClientDataAtom::placementId() const
{
  return d->placementId;
}
 
void msofbtClientDataAtom::setPlacementId( unsigned id )
{
  d->placementId = id;
}
 
unsigned msofbtClientDataAtom::placeholderId() const
{
  return d->placeholderId;
}
 
void msofbtClientDataAtom::setPlaceholderId( unsigned id )
{
  d->placeholderId = id;
}
 
const char* msofbtClientDataAtom::placeholderIdAsString() const
{
  switch( d->placeholderId )
  {
    case 0:  return "None"; 
    case 1:  return "Master title"; 
    case 2:  return "Master body"; 
    case 3:  return "Master centered title"; 
    case 4:  return "Master notes slide image"; 
    case 5:  return "Master notes body image"; 
    case 6:  return "Master date"; 
    case 7:  return "Master slide number"; 
    case 8:  return "Master footer"; 
    case 9:  return "Master header"; 
    case 10:  return "Master subtitle"; 
    case 11:  return "Generic text object"; 
    case 12:  return "Title"; 
    case 13:  return "Body"; 
    case 14:  return "Notes body"; 
    case 15:  return "Centered title"; 
    case 16:  return "Subtitle"; 
    case 17:  return "Vertical text title"; 
    case 18:  return "Vertical text body"; 
    case 19:  return "Notes slide image"; 
    case 20:  return "Object"; 
    case 21:  return "Graph"; 
    case 22:  return "Table"; 
    case 23:  return "Clip Art"; 
    case 24:  return "Organization Chart"; 
    case 25:  return "Media Clip"; 
    default: break;
  };
 
  return "Unknown";
}
  
 
//  00 00 c3 0b ===>   OEPlaceholderAtom
//  08 00 00 00 
//  00 00 00 00 ===> Placement ID 
//  0f          ====> Placeholder ID
//  00         =====> Size of placeholder
//  9e 00
 
void msofbtClientDataAtom::setData( unsigned size, const unsigned char* data )
{
  if( size < 12 ) return;
  setPlacementId( readU16( data+8 ) );
  setPlaceholderId( data[12]-1 );
}
 
void msofbtClientDataAtom ::dump( std::ostream& out ) const
{
  out << "msofbtClientDataAtom " << std::endl;
}
 
// ========== msofbtDggAtom  ==========
 
const unsigned int msofbtDggAtom::id = 61446; /* F011 */
 
msofbtDggAtom ::msofbtDggAtom ()
{
}
 
msofbtDggAtom ::~msofbtDggAtom ()
{
}
 
void msofbtDggAtom ::dump( std::ostream& out ) const
{
  out << "msofbtDggAtom " << std::endl;
}
 
// ========== msofbtClientTextboxAtom  ==========
 
const unsigned int msofbtClientTextboxAtom::id = 61453; /* F00D */
 
class msofbtClientTextboxAtom::Private
{
public:
  UString ustring;
};
 
msofbtClientTextboxAtom::msofbtClientTextboxAtom()
{
  d = new Private;
}
 
msofbtClientTextboxAtom::~msofbtClientTextboxAtom()
{
  delete d;
}
  
UString msofbtClientTextboxAtom::ustring() const
{
  return d->ustring;
}
 
void msofbtClientTextboxAtom::setUString( const UString& ustr )
{
  d->ustring = ustr;
}
 
void msofbtClientTextboxAtom::setData( unsigned size, const unsigned char* data )
{
  UString str;
  for( unsigned k=0; k<size/2; k++ )
  {
    unsigned uchar = readU16( data + k*2 );
    str.append( UString(uchar) );
  }
  setUString( str );
}
  
void msofbtClientTextboxAtom::dump( std::ostream& out ) const
{
  out << "msofbtClientTextboxAtom" << std::endl;
  out << "String : [" << ustring() << "]" << std::endl;
}
 
/*
msofbtClientTextboxAtom ::msofbtClientTextboxAtom ()
{
}
 
msofbtClientTextboxAtom ::~msofbtClientTextboxAtom ()
{
}
 
void msofbtClientTextboxAtom ::dump( std::ostream& out ) const
{
  out << "msofbtClientTextboxAtom " << std::endl;
}
*/
 
// ========== msofbtDeletedPsplAtom  ==========
 
const unsigned int msofbtDeletedPsplAtom::id = 61725; /* F11D */
 
msofbtDeletedPsplAtom ::msofbtDeletedPsplAtom ()
{
}
 
msofbtDeletedPsplAtom ::~msofbtDeletedPsplAtom ()
{
}
 
void msofbtDeletedPsplAtom ::dump( std::ostream& out ) const
{
  out << "msofbtDeletedPsplAtom " << std::endl;
}
 
// ========== msofbtAnchorAtom  ==========
 
const unsigned int msofbtAnchorAtom::id = 61454; /* F00E */
 
msofbtAnchorAtom ::msofbtAnchorAtom ()
{
}
 
msofbtAnchorAtom ::~msofbtAnchorAtom ()
{
}
 
void msofbtAnchorAtom ::dump( std::ostream& out ) const
{
  out << "msofbtAnchorAtom " << std::endl;
}
 
// ========== msofbtColorMRUAtom  ==========
 
const unsigned int msofbtColorMRUAtom::id = 61722; /* F11A */
 
msofbtColorMRUAtom ::msofbtColorMRUAtom ()
{
}
 
msofbtColorMRUAtom ::~msofbtColorMRUAtom ()
{
}
 
void msofbtColorMRUAtom ::dump( std::ostream& out ) const
{
  out << "msofbtColorMRUAtom " << std::endl;
}
 
// ========== msofbtOleObjectAtom  ==========
 
const unsigned int msofbtOleObjectAtom::id = 61727; /* F11F */
 
msofbtOleObjectAtom ::msofbtOleObjectAtom ()
{
}
 
msofbtOleObjectAtom ::~msofbtOleObjectAtom ()
{
}
 
void msofbtOleObjectAtom ::dump( std::ostream& out ) const
{
  out << "msofbtOleObjectAtom " << std::endl;
}
 
// ========== msofbtSplitMenuColorsAtom  ==========
 
const unsigned int msofbtSplitMenuColorsAtom::id = 61726; /* F11E */
 
class msofbtSplitMenuColorsAtom::Private
{
public:
  unsigned fillColor;
  unsigned lineColor;
  unsigned shadowColor;
  unsigned threeDColor;
};
 
msofbtSplitMenuColorsAtom ::msofbtSplitMenuColorsAtom ()
{
  d = new Private;
  d->fillColor = 0;
  d->lineColor = 0;
  d->shadowColor = 0;
  d->threeDColor = 0;
}
 
msofbtSplitMenuColorsAtom ::~msofbtSplitMenuColorsAtom ()
{ 
  delete d; 
}
 
unsigned msofbtSplitMenuColorsAtom::fillColor() const
{
  return d->fillColor;
}
 
void msofbtSplitMenuColorsAtom::setFillColor( unsigned fillColor )
{
  d->fillColor = fillColor;
}
 
unsigned msofbtSplitMenuColorsAtom::lineColor() const
{
  return d->lineColor;
}
 
void msofbtSplitMenuColorsAtom::setLineColor( unsigned lineColor )
{
  d->lineColor = lineColor;
}
 
unsigned msofbtSplitMenuColorsAtom::shadowColor() const
{
  return d->shadowColor;
}
 
void msofbtSplitMenuColorsAtom::setShadowColor( unsigned shadowColor )
{
  d->shadowColor = shadowColor;
}
 
unsigned msofbtSplitMenuColorsAtom::threeDColor() const
{
  return d->threeDColor;
}
 
void msofbtSplitMenuColorsAtom::setThreeDColor( unsigned threeDColor )
{
  d->threeDColor = threeDColor;
}
 
void msofbtSplitMenuColorsAtom::setData( unsigned , const unsigned char* data )
{
  setFillColor( readU32( data+0 ) );
  setLineColor( readU32( data+4 ) );
  setShadowColor( readU32( data+8 ) );
  setThreeDColor( readU32( data+12 ) );
}
 
void msofbtSplitMenuColorsAtom ::dump( std::ostream& out ) const
{
  out << "msofbtSplitMenuColorsAtom " << std::endl;
  out << "fillColor" << fillColor() << std::endl; 
  out << "lineColor" << lineColor() << std::endl; 
  out << "shadowColor" << shadowColor() << std::endl; 
  out << "threeDColor" << threeDColor() << std::endl; 
}
 
// ========== msofbtBSEAtom  ==========
 
const unsigned int msofbtBSEAtom::id = 61447; /* F007 */
 
msofbtBSEAtom ::msofbtBSEAtom ()
{
}
 
msofbtBSEAtom ::~msofbtBSEAtom ()
{
}
 
void msofbtBSEAtom ::dump( std::ostream& out ) const
{
  out << "msofbtBSEAtom " << std::endl;
}
 
// ========== msofbtCLSIDAtom  ==========
 
const unsigned int msofbtCLSIDAtom::id = 61462; /* F016 */
 
msofbtCLSIDAtom ::msofbtCLSIDAtom ()
{
}
 
msofbtCLSIDAtom ::~msofbtCLSIDAtom ()
{
}
 
void msofbtCLSIDAtom ::dump( std::ostream& out ) const
{
  out << "msofbtCLSIDAtom " << std::endl;
}
 
// ========== msofbtRegroupItemsAtom  ==========
 
const unsigned int msofbtRegroupItemsAtom::id = 61720; /* F118 */
 
msofbtRegroupItemsAtom ::msofbtRegroupItemsAtom ()
{
}
 
msofbtRegroupItemsAtom ::~msofbtRegroupItemsAtom ()
{
}
 
void msofbtRegroupItemsAtom ::dump( std::ostream& out ) const
{
  out << "msofbtRegroupItemsAtom " << std::endl;
}
 
// ========== msofbtColorSchemeAtom  ==========
 
const unsigned int msofbtColorSchemeAtom::id = 61728; /* F120 */
 
msofbtColorSchemeAtom ::msofbtColorSchemeAtom ()
{
}
 
msofbtColorSchemeAtom ::~msofbtColorSchemeAtom ()
{
}
 
void msofbtColorSchemeAtom ::dump( std::ostream& out ) const
{
  out << "msofbtColorSchemeAtom " << std::endl;
}
 
// ========== msofbtConnectorRuleAtom  ==========
 
const unsigned int msofbtConnectorRuleAtom::id = 61458; /* F012 */
 
msofbtConnectorRuleAtom ::msofbtConnectorRuleAtom ()
{
}
 
msofbtConnectorRuleAtom ::~msofbtConnectorRuleAtom ()
{
}
 
void msofbtConnectorRuleAtom ::dump( std::ostream& out ) const
{
  out << "msofbtConnectorRuleAtom " << std::endl;
}
 
// ========== msofbtAlignRuleAtom  ==========
 
const unsigned int msofbtAlignRuleAtom::id = 61459; /* F013 */
 
class msofbtAlignRuleAtom ::Private
{
public:
  int ruid; 
  int align; 
  int cProxies; 
};
 
 
msofbtAlignRuleAtom ::msofbtAlignRuleAtom ()
{  d = new Private;
   d->ruid = 0;
   d->align = 0; 
   d->cProxies = 0; 
}
 
msofbtAlignRuleAtom ::~msofbtAlignRuleAtom ()
{ 
   delete d; 
}
 
int msofbtAlignRuleAtom::ruid() const
{
  return d->ruid;
}
 
void msofbtAlignRuleAtom::setRuid( int ruid )
{
  d->ruid = ruid;
}
 
int msofbtAlignRuleAtom::align() const
{
  return d->align;
}
 
void msofbtAlignRuleAtom::setAlign( int ruid )
{
  d->ruid = ruid;
}
 
int msofbtAlignRuleAtom::cProxies() const
{
  return d->cProxies;
}
 
void msofbtAlignRuleAtom::setCProxies( int cProxies )
{
  d->cProxies = cProxies;
}
 
void msofbtAlignRuleAtom::setData( unsigned , const unsigned char* data )
{
  setRuid( readU32( data+0 ) );
  setAlign( readU32( data+4 ) );
  setCProxies( readU32( data+8 ) );  
}
 
void msofbtAlignRuleAtom ::dump( std::ostream& out ) const
{
  out << "msofbtAlignRuleAtom " << std::endl;
  out << "ruid" << ruid() <<  std::endl;
  out << "align " << align() <<  std::endl;
  out << "cProxies " << cProxies() <<  std::endl;
}
 
 
// ========== msofbtArcRuleAtom  ==========
 
const unsigned int msofbtArcRuleAtom::id = 61460; /* F014 */
 
msofbtArcRuleAtom ::msofbtArcRuleAtom ()
{
}
 
msofbtArcRuleAtom ::~msofbtArcRuleAtom ()
{
}
 
void msofbtArcRuleAtom ::dump( std::ostream& out ) const
{
  out << "msofbtArcRuleAtom " << std::endl;
}
 
// ========== msofbtClientRuleAtom  ==========
 
const unsigned int msofbtClientRuleAtom::id = 61461; /* F015 */
 
msofbtClientRuleAtom ::msofbtClientRuleAtom ()
{
}
 
msofbtClientRuleAtom ::~msofbtClientRuleAtom ()
{
}
 
void msofbtClientRuleAtom ::dump( std::ostream& out ) const
{
  out << "msofbtClientRuleAtom " << std::endl;
}
 
// ========== msofbtCalloutRuleAtom  ==========
 
const unsigned int msofbtCalloutRuleAtom::id = 61463; /* F017 */
 
msofbtCalloutRuleAtom ::msofbtCalloutRuleAtom ()
{
}
 
msofbtCalloutRuleAtom ::~msofbtCalloutRuleAtom ()
{
}
 
void msofbtCalloutRuleAtom ::dump( std::ostream& out ) const
{
  out << "msofbtCalloutRuleAtom " << std::endl;
}
 
// ========== msofbtSelectionAtom  ==========
 
const unsigned int msofbtSelectionAtom::id = 61465; /* F019 */
 
msofbtSelectionAtom ::msofbtSelectionAtom ()
{
}
 
msofbtSelectionAtom ::~msofbtSelectionAtom ()
{
}
 
void msofbtSelectionAtom ::dump( std::ostream& out ) const
{
  out << "msofbtSelectionAtom " << std::endl;
}
 
// ========== PPTReader ==========
 
class PPTReader::Private
{
public:
  Libppt::Presentation* presentation;  // put result here
 
  POLE::Stream* userStream;     // "/Current User"
  POLE::Stream* docStream;      // "/PowerPoint Document"
 
  std::vector<long> persistenceList;
  std::map<int,Libppt::Slide*> slideMap;
  Libppt::Slide* currentSlide;
  unsigned currentTextType;
  unsigned currentTextId;
 
  GroupObject* currentGroup;
  Object* currentObject;
  bool isShapeGroup;
};
 
 
PPTReader::PPTReader()
{
  d = new Private;
  d->presentation = 0;
 
  d->userStream = 0;
  d->docStream = 0;
 
  d->persistenceList.clear();
  d->slideMap.clear();
  d->currentSlide = 0;
  d->currentTextType = 0;
  d->currentTextId = 0;
  d->isShapeGroup = false;
}
 
PPTReader::~PPTReader()
{
  delete d;
}
 
bool PPTReader::load( Presentation* pr, const char* filename )
{
  bool result = false;
  
  // initialization
  d->presentation = pr;
  d->docStream = 0;
  d->userStream = 0;
  d->persistenceList.clear();
  d->slideMap.clear();
  d->currentSlide = 0;
  d->currentTextType = 0;
  d->currentTextId = 0;
  d->currentGroup = 0;
  d->currentObject = 0;
  d->isShapeGroup = false;
 
  POLE::Storage storage( filename );
  if( !storage.open() )
  {
    std::cerr << "Cannot open " << filename << std::endl;
  }
  else
  {
    // file is MS Office document
    // check whether it's PowerPoint presentation of not
    std::cout << "Loading file " << filename << std::endl;
    d->docStream = new POLE::Stream( &storage, "/PowerPoint Document" );
    d->userStream = new POLE::Stream( &storage, "/Current User" );
    
    if( d->docStream->fail() || d->userStream->fail() )
    {
      // not PowerPoint, we need to quit
      storage.close();
      std::cerr << filename << " is not PowerPoint presentation" << std::endl;
      delete d->docStream;
      d->docStream = 0;
      return false;
    }
    else
    {
      // so here is PowerPoint stuff
      loadUserEdit();
 
      d->presentation->clear();
      loadMaster();
      loadSlides();
      loadDocument();
 
      result = true;
      std::cout << std::endl <<  filename << " loaded. Done." << std::endl;
    }
    
    // clean-up
    storage.close();
    delete d->docStream;
    delete d->userStream;
    d->presentation = 0;
    d->docStream = 0;
    d->userStream = 0;
    d->persistenceList.clear();
    d->slideMap.clear();
    d->currentSlide = 0;
    d->currentTextType = 0;
    d->currentTextId = 0;
    d->currentGroup = 0;
    d->currentObject = 0;
    d->isShapeGroup = false;
  }
 
  return result;
}
 
void PPTReader::loadUserEdit()
{
  unsigned char buffer[128];
  unsigned long currentUserEditAtom = 0;
  std::vector<unsigned long> userEditList;
  std::vector<unsigned long> lastEditList;
  std::vector<unsigned long> persistDirList;
  std::vector<unsigned long> usefulPersistDirList;
  std::map<int,unsigned long> persistenceMap;
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Parsing Current User information" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  // read one record from "/Current User" stream
  d->userStream->seek( 0 );
  unsigned bytes_read = d->userStream->read( buffer, 8 );
  if( bytes_read != 8 ) return;
  unsigned long type = readU16( buffer + 2 );
  unsigned long size = readU32( buffer + 4 );
 
  // sanity checks
  if( ( size < 20  ) || ( size > sizeof(buffer)  ) )
  {
    std::cerr << "ERROR: CurrentUserAtom is not recognized" << std::endl;
    return;
  }
 
  // the first in "/Current User" must be CurrentUserAtom
  if( type != CurrentUserAtom::id )
  {
    std::cerr << "ERROR: First in /Current User is not CurrentUserAtom" << std::endl;
    return;
  }
  else
  {
    d->userStream->read( buffer, size );
    CurrentUserAtom* atom = new CurrentUserAtom;
    atom->setData( size, buffer );
    currentUserEditAtom = atom->offsetToCurrentEdit();
#ifdef LIBPPT_DEBUG
#if 0
    d->userStream->read( buffer, atom->lenUserName()*2 );
    std::cout << "Found username: ";
    for( unsigned b=0; b<atom->lenUserName()*2; b+=2 )
      std::cout << (char)buffer[b];
    std::cout << std::endl;
#endif
    atom->dump( std::cout );
#endif
    delete atom;
  }
 
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Scanning for all UserEdit atoms" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  d->docStream->seek( 0 );
  unsigned long stream_size = d->docStream->size();
  while( d->docStream->tell() < stream_size )
  {
    // get record type and data size
    unsigned long pos = d->docStream->tell();
    unsigned bytes_read = d->docStream->read( buffer, 8 );
    if( bytes_read != 8 ) break;
 
    unsigned long type = readU16( buffer + 2 );
    unsigned long size = readU32( buffer + 4 );
    unsigned long nextpos = d->docStream->tell() + size;
    
    // we only care for UserEditAtom
    if( type == UserEditAtom::id )
    if( size < sizeof(buffer) )
    {
      d->docStream->read( buffer, size );
      UserEditAtom* atom = new UserEditAtom;
      atom->setData( size, buffer );
      userEditList.push_back( pos );
      lastEditList.push_back( atom->offsetLastEdit() );
      persistDirList.push_back( atom->offsetPersistDir() );
#ifdef LIBPPT_DEBUG
      std::cout << "Found at pos " << pos << " size is " << size << std::endl;
#endif       
      atom->dump( std::cout );
      delete atom;
    }
 
    d->docStream->seek( nextpos );
  }
 
#ifdef LIBPPT_DEBUG
  std::cout << "Found: " << userEditList.size() << " UserEdit atom(s) " << std::endl;
#endif
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Constructing UserEdit list" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  bool stop = true;
  do
  {
    stop = true;
 
#ifdef LIBPPT_DEBUG
    std::cout << "Searching for UserEdit at offset " << currentUserEditAtom << std::endl;
#endif
    // search current user edit
    for( unsigned k=0; k < userEditList.size(); k++ )
      if( (userEditList[k] = currentUserEditAtom) )
      {
        stop = false;
        usefulPersistDirList.push_back( persistDirList[k] );
        currentUserEditAtom = lastEditList[k];
#ifdef LIBPPT_DEBUG
        std::cout << "  found... ";
        std::cout << " persistence at offset " << persistDirList[k];
        if( lastEditList[k] != 0 )
          std::cout << "  previous is " << lastEditList[k];
        std::cout << std::endl;
#endif
        break;
      }
  }
  while( !stop && (currentUserEditAtom!=0) );
 
  // sanity check
  if( usefulPersistDirList.size() == 0 )
  {
    std::cerr << "ERROR: No useful UserEdit information !" << std::endl;
    return;
  }
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Searching for persistence information" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  unsigned max = 0;
 
  for( unsigned j = 0; j < usefulPersistDirList.size(); j++ )
  {
    unsigned long offset = usefulPersistDirList[j];
 
    d->docStream->seek( 0 );
    while( d->docStream->tell() < stream_size )
    {
      unsigned long pos = d->docStream->tell();
      unsigned bytes_read = d->docStream->read( buffer, 8 );
      if( bytes_read != 8 ) break;
  
      unsigned long type = readU16( buffer + 2 );
      unsigned long size = readU32( buffer + 4 );
      unsigned long nextpos = d->docStream->tell() + size;
      
      // we only care for PersistIncrementalBlockAtom
      if( pos == offset ) //TODO VERIFY IT
      if( type == PersistIncrementalBlockAtom::id )
      {
        unsigned char* buf = new unsigned char[ size ];
        d->docStream->read( buf, size );
        PersistIncrementalBlockAtom* atom = new PersistIncrementalBlockAtom;        
        atom->setData( size, buf );
        delete [] buf;
      
 
#ifdef LIBPPT_DEBUG
        std::cout << "Found at pos " << pos << " size is " << size << std::endl;
        atom->dump( std::cout );
#endif       
 
        for( unsigned m = 0; m < atom->entryCount(); m++ )
        {
          unsigned long ref = atom->reference(m);
          unsigned long ofs = atom->offset(m);
          // if it is already there, ignore !!
          if( !persistenceMap.count( ref ) )
            persistenceMap[ref] = ofs;
          max = (ref > max) ? ref : max;
        }
        delete atom;
      }
  
      d->docStream->seek( nextpos );
    }
  }
 
  // convert to a good list
  for( unsigned n = 0; n <= max; n++ )
  {
    unsigned long ofs = -1;
    if( persistenceMap.count( n ) )
      ofs = persistenceMap[n];
    d->persistenceList.push_back( ofs );
  }
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Final persistence list" << std::endl;
  for( unsigned nn = 1; nn < d->persistenceList.size(); nn++ )
    std::cout << " #" << nn << ": "  << d->persistenceList[nn] << std::endl;
  std::cout << std::endl;
#endif
 
}
 
void PPTReader::loadMaster()
{
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Loading master" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  d->docStream->seek( 0 );
  unsigned long stream_size = d->docStream->size();
  while( d->docStream->tell() < stream_size )
  {
    unsigned char buffer[8];
    unsigned long pos = d->docStream->tell();
    unsigned bytes_read = d->docStream->read( buffer, 8 );
    if( bytes_read != 8 ) break;
 
    unsigned long type = readU16( buffer + 2 );
    unsigned long size = readU32( buffer + 4 );
    unsigned long nextpos = d->docStream->tell() + size;
    
    // we only care for MainMasterContainer....
    if( type == MainMasterContainer::id )
    if( indexPersistence( pos ) )
    {
#ifdef LIBPPT_DEBUG
      std::cout << "Found at pos " << pos << " size is " << size << std::endl;
      std::cout << std::endl;
#endif       
      Slide* master = new Slide( d->presentation );
      d->presentation->setMasterSlide( master );
      d->currentSlide = master;
      MainMasterContainer* container = new MainMasterContainer;
      handleContainer( container, type, size );
      delete container;
    }
 
    d->docStream->seek( nextpos );
  }
  d->currentSlide = 0;
}
 
void PPTReader::loadSlides()
{
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Loading all slide containers" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  int totalSlides = 0;
 
  d->docStream->seek( 0 );
  unsigned long stream_size = d->docStream->size();
  while( d->docStream->tell() < stream_size )
  {
    unsigned char buffer[8];
    unsigned long pos = d->docStream->tell();
    unsigned bytes_read = d->docStream->read( buffer, 8 );
    if( bytes_read != 8 ) break;
 
    unsigned long type = readU16( buffer + 2 );
    unsigned long size = readU32( buffer + 4 );
    unsigned long nextpos = d->docStream->tell() + size;
 
    unsigned k = 0;
    
    // we only care for SlideContainer....
    if( type == SlideContainer::id )
    if( (k = indexPersistence( pos )) )
    {
      // create a new slide, make it current
      Slide* s = new Slide( d->presentation );
      d->slideMap[ k ] = s;
      d->presentation->appendSlide( s );
      d->currentSlide = s;
      d->currentTextId = 0;
      d->currentTextType = TextObject::Body;
 
#ifdef LIBPPT_DEBUG
      std::cout << "SLIDE #" << totalSlides+1 << std::endl;
      std::cout << "Found at pos " << pos << " size is " << size << std::endl;
      std::cout << "Reference #" << k << std::endl;
      std::cout << std::endl;
#endif       
 
      // process all atoms inside
      SlideContainer* container = new SlideContainer;
      handleContainer( container, type, size );
      delete container;
 
      totalSlides++;
    }
 
    d->docStream->seek( nextpos );
  }
 
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Total: " << totalSlides << " slides" << std::endl;
#endif       
}
 
void PPTReader::loadDocument()
{
#ifdef LIBPPT_DEBUG
  std::cout << std::endl;
  std::cout << "Loading document content" << std::endl;
  std::cout << "================================================" << std::endl;  
#endif
 
  d->currentSlide = 0;
  d->currentGroup = 0;
  d->currentObject = 0;
  d->isShapeGroup = false;
 
  d->docStream->seek( 0 );
  unsigned long stream_size = d->docStream->size();
  while( d->docStream->tell() < stream_size )
  {
    unsigned char buffer[8];
    unsigned long pos = d->docStream->tell();
    unsigned bytes_read = d->docStream->read( buffer, 8 );
    if( bytes_read != 8 ) break;
 
    unsigned long type = readU16( buffer + 2 );
    unsigned long size = readU32( buffer + 4 );
    unsigned long nextpos = d->docStream->tell() + size;
    
    // we only care for DocumentContainer....
    if( type == DocumentContainer::id )
    if( indexPersistence( pos ) )
    {
#ifdef LIBPPT_DEBUG
      std::cout << "Found at pos " << pos << " size is " << size << std::endl;
      std::cout << std::endl;
#endif       
      DocumentContainer* container = new DocumentContainer;
      container->setPosition( pos );
      handleContainer( container, type, size );
      delete container;
    }
 
    d->docStream->seek( nextpos );
  }
 
}
 
int PPTReader::indexPersistence( unsigned long ofs )
{
  for( unsigned k=1; k < d->persistenceList.size(); k++ )
    if( (d->persistenceList[k] == ofs) )
      return k;
 
  return 0;
}
 
void PPTReader::loadRecord( Record* parent )
{
  // FIXME
  unsigned char buffer[65536];
 
  // get record type and data size
  unsigned long pos = d->docStream->tell();
  unsigned bytes_read = d->docStream->read( buffer, 8 );
  if( bytes_read != 8 ) return;
    
  unsigned instance = readU16( buffer ) >> 4;
  unsigned long type = readU16( buffer + 2 );
  unsigned long size = readU32( buffer + 4 );
  unsigned long nextpos = d->docStream->tell() + size;
  unsigned lastSize;
  // create the record using the factory
  Record* record = Record::create( type );
  if( record )
  {
    record->setParent( parent );
    record->setPosition( pos );
    record->setInstance( instance );
 
    if( !record->isContainer() )
    {
      d->docStream->read( buffer, size );
      // special treatment for StyleTextPropAtom
      if ( type == StyleTextPropAtom::id )
        record->setData(size, buffer, lastSize);
      else
        record->setData( size, buffer );
      handleRecord( record, type );
    }
    else
      handleContainer( static_cast<Container*>( record ), type, size );
 
    delete record;
  }
  lastSize = size; 
  d->docStream->seek( nextpos );
}
 
void PPTReader::handleRecord( Record* record, int type )
{
  if( !record ) return;
 
  switch( type )
  {
    case DocumentAtom::id:
      handleDocumentAtom( static_cast<DocumentAtom*>(record) ); break;
    case SlidePersistAtom::id:
      handleSlidePersistAtom( static_cast<SlidePersistAtom*>(record) ); break;
    case TextHeaderAtom::id:
      handleTextHeaderAtom( static_cast<TextHeaderAtom*>(record) ); break;
    case TextCharsAtom::id:
      handleTextCharsAtom( static_cast<TextCharsAtom*>(record) ); break;
    case TextBytesAtom::id:
      handleTextBytesAtom( static_cast<TextBytesAtom*>(record) ); break;
    case StyleTextPropAtom::id:
      handleStyleTextPropAtom( static_cast<StyleTextPropAtom*>(record) ); break;
    case ColorSchemeAtom::id:
      handleColorSchemeAtom( static_cast<ColorSchemeAtom*>(record) ); break;
 
    case msofbtSpgrAtom::id:
      handleEscherGroupAtom( static_cast<msofbtSpgrAtom*>(record) ); break;
    case msofbtSpAtom::id:
      handleEscherSpAtom( static_cast<msofbtSpAtom*>(record) ); break;
    case msofbtOPTAtom::id:
      handleEscherPropertiesAtom( static_cast<msofbtOPTAtom*>(record) ); break; 
    case msofbtClientDataAtom::id:
      handleEscherClientDataAtom( static_cast<msofbtClientDataAtom*>(record) ); break;
    case msofbtClientAnchorAtom::id:
      handleEscherClientAnchorAtom( static_cast<msofbtClientAnchorAtom*>(record) ); break;
    case msofbtClientTextboxAtom::id:
      handleEscherTextBoxAtom( static_cast<msofbtClientTextboxAtom*>(record) ); break;
 
    default: break;
  }
}
 
void PPTReader::handleContainer( Container* container, int type, unsigned size )
{
  if( !container || !container->isContainer() ) return;
 
  unsigned long nextpos = d->docStream->tell() + size - 6;
 
  switch( type )
  {
    case msofbtDgContainer::id:
      handleDrawingContainer( static_cast<msofbtDgContainer*>(container), size ); break;
    case msofbtSpgrContainer::id:
      handleEscherGroupContainer( static_cast<msofbtSpgrContainer*>(container), size ); break;
    case msofbtSpContainer::id:
      handleSPContainer( static_cast<msofbtSpContainer*>(container), size ); break;
    default:
      while( d->docStream->tell() < nextpos )
        loadRecord( container );    
  }
}
 
void PPTReader::handleDocumentAtom( DocumentAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
 
  double pageWidth = atom->slideWidth() * 0.125; // pt, in cm  * 0.0440972
  double pageHeight = atom->slideHeight() * 0.125; // pt 
  
   d->presentation->masterSlide()->setPageWidth( pageWidth ); 
   d->presentation->masterSlide()->setPageHeight ( pageHeight ); 
  
#ifdef LIBPPT_DEBUG
  std::cout << std::endl<< "page width = " << pageWidth << std::endl;
  std::cout << std::endl<< "page height = " << pageHeight << std::endl;
#endif
}
 
void PPTReader::handleSlidePersistAtom( SlidePersistAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
 
  //int id = atom->slideId();
  unsigned ref = atom->psrReference();
 
  d->currentSlide = d->slideMap[ ref ];
  d->currentTextId = 0;
  d->currentTextType = TextObject::Body;
 
#ifdef LIBPPT_DEBUG
  std::cout << std::endl<< "Slide id = " << id << std::endl;
#endif
}
 
void PPTReader::handleTextHeaderAtom( TextHeaderAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide )  return;
 
  d->currentTextId++;
  d->currentTextType = atom->textType();
}
 
void PPTReader::handleTextCharsAtom( TextCharsAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide )  return;
  if( !d->currentTextId ) return;
 
  int placeId = d->currentTextId-1;
  TextObject* text = d->currentSlide->textObject( placeId );
  if( !text )
  {
    std::cerr << "No place for text object! " << placeId << std::endl;
    return;
  }
 
  text->setType( d->currentTextType );
  
  for (uint i=0; i<atom->listSize(); i++)
  { 
     text->setText(atom->strValue(i));
     // tqDebug("=====================text list ================"); 
  }
 
  if( (d->currentTextType == TextObject::Title) | (d->currentTextType == TextObject::CenterTitle) )
    for (unsigned i=0; i<atom->listSize(); i++)  
      d->currentSlide->setTitle( atom->strValue(i) );
  
  
 
#ifdef LIBPPT_DEBUG
  std::cout << "  Text Object " << atom->ustring().ascii();
  std::cout << " placed at " << placeId << std::endl;
#endif
 
}
 
void PPTReader::handleTextBytesAtom( TextBytesAtom* atom ) 
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide )  return;
  if( !d->currentTextId ) return;
 
  int placeId = d->currentTextId-1;
  TextObject* text = d->currentSlide->textObject( placeId );
  if( !text )
  {
    std::cerr << "No place for text object! " << placeId << std::endl;
    return;
  }
 
  text->setType( d->currentTextType );
  
  for (uint i=0; i<atom->listSize(); i++)
  { 
     text->setText(atom->strValue(i));
     // tqDebug("=====================text list ================"); 
  }
 
  if( (d->currentTextType == TextObject::Title) | (d->currentTextType == TextObject::CenterTitle) )
    for (unsigned i=0; i<atom->listSize(); i++)  
      d->currentSlide->setTitle( atom->strValue(i) );
  
  
 
#ifdef LIBPPT_DEBUG
  std::cout << "  Text Object " << atom->ustring().ascii();
  std::cout << " placed at " << placeId << std::endl;
#endif
}
 
void PPTReader::handleStyleTextPropAtom ( StyleTextPropAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide )  return;
  if( !d->currentTextId ) return;
 
  int placeId = d->currentTextId-1;
  TextObject* text = d->currentSlide->textObject( placeId );
 
  for (uint i=0; i<atom->listSize(); i++)
  { 
    if (atom->bulletOn(i) == 1)
      text->setBulletFlag(true); 
    else /* if (atom->bulletOn(i) == 0) */
      text->setBulletFlag(false);  
  }
  
}
 
void PPTReader::handleColorSchemeAtom( ColorSchemeAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
 
}
 
std::string spaces( int x )
{
  std::string str;
  for( int i=0; i<x; i++ )
    str += ' ';
  return str;
}
 
void dumpGroup( GroupObject* obj, unsigned indent );
 
void dumpObject( Object* obj, unsigned indent )
{
  std::cout << spaces(indent) << "Top: " << obj->top() << std::endl;
  std::cout << spaces(indent) << "Left: " << obj->left() << std::endl;
 
  if( obj->isGroup() )
  {
    std::cout << spaces(indent) << "This is a group" << std::endl;
    GroupObject* gr = static_cast<GroupObject*>(obj);
    dumpGroup( gr, indent+2 );
  }
}
 
void dumpGroup( GroupObject* obj, unsigned indent )
{
  for( unsigned i=0; i <obj->objectCount(); i++ )
  {
    std::cout << spaces(indent) << "Object #" << i+1 << std::endl;
    Object* o = obj->object(i);
    dumpObject( o, indent+2 );
  }
}
 
void dumpSlide( Slide* slide )
{
  std::cout << "Slide: " << slide->title().ascii() << std::endl;
  GroupObject* root = slide->rootObject();
  dumpGroup( root, 0 );
  std::cout << std::endl;
}
 
 
void PPTReader::handleDrawingContainer( msofbtDgContainer* container, unsigned size )
{
  if( !container ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
 
  d->currentGroup = new GroupObject();
  d->currentObject = 0;
  d->isShapeGroup = false;
 
  unsigned long nextpos = d->docStream->tell() + size - 6;
  while( d->docStream->tell() < nextpos )
    loadRecord( container );
 
  for( unsigned i=0; i<d->currentGroup->objectCount(); i++ )
  {
    Object* obj = d->currentGroup->object(i);
    if( ( i == 0 ) && ( obj->isGroup() ) )
    {
      d->currentGroup->takeObject( obj );
      d->currentSlide->setRootObject( (GroupObject*)obj );
      break;
    }
  }
 
  delete d->currentGroup;
  d->currentGroup = 0;
  d->currentObject = 0;
  d->isShapeGroup = false;
}
 
void PPTReader::handleEscherGroupContainer( msofbtSpgrContainer* container, unsigned size )
{
  if( !container ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
 
  GroupObject* lastGroup = d->currentGroup;
 
  d->currentGroup = new GroupObject();
  d->currentObject = 0;
  d->isShapeGroup = false;
  
  unsigned long nextpos = d->docStream->tell() + size - 6;
  while( d->docStream->tell() < nextpos )
    loadRecord( container );    
 
  lastGroup->addObject( d->currentGroup ); // FIXME only if patriarch
  d->currentGroup = lastGroup;
  d->currentObject = 0;
  d->isShapeGroup = false;
}
 
void PPTReader::handleSPContainer( msofbtSpContainer* container, unsigned size )
{
  if( !container ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
 
  d->isShapeGroup = false;
 
  unsigned long nextpos = d->docStream->tell() + size - 6;
  while( d->docStream->tell() < nextpos )
    loadRecord( container );    
 
  if( d->currentObject )
  if( !d->isShapeGroup )
    d->currentGroup->addObject( d->currentObject );
 
  d->currentObject = 0;
  d->isShapeGroup = false;
}
 
void PPTReader::handleEscherGroupAtom( msofbtSpgrAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
 
  // set rect bound of current group
 
  // this is shape for the group, no need to 
  d->isShapeGroup = true;
}
 
void PPTReader::handleEscherSpAtom( msofbtSpAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
 
  DrawObject* drawObject = new DrawObject;
  
  drawObject->setBackground( atom->isBackground() );
   
  unsigned sh = DrawObject::None;
  switch( atom->instance() )
  {
    case msofbtSpAtom::msosptRectangle: sh = DrawObject::Rectangle; break;
    case msofbtSpAtom::msosptRoundRectangle: sh = DrawObject::RoundRectangle; break;
    case msofbtSpAtom::msosptEllipse: sh = DrawObject::Ellipse; break;
    case msofbtSpAtom::msosptDiamond: sh = DrawObject::Diamond; break;
    case msofbtSpAtom::msosptIsoscelesTriangle: sh = DrawObject::IsoscelesTriangle; break;
    case msofbtSpAtom::msosptRightTriangle: sh = DrawObject::RightTriangle; break;
    case msofbtSpAtom::msosptParallelogram: sh = DrawObject::Parallelogram; break;
    case msofbtSpAtom::msosptTrapezoid: sh = DrawObject::Trapezoid; break; 
    case msofbtSpAtom::msosptHexagon: sh = DrawObject::Hexagon; break;
    case msofbtSpAtom::msosptOctagon: sh = DrawObject::Octagon; break; 
 
    case msofbtSpAtom::msosptArrow: sh = DrawObject::LeftArrow; break;
    case msofbtSpAtom::msosptDownArrow: sh = DrawObject::DownArrow; break;
    case msofbtSpAtom::msosptUpArrow: sh = DrawObject::UpArrow; break;
    case msofbtSpAtom::msosptLeftArrow: sh = DrawObject::LeftArrow; break;
   
    case msofbtSpAtom::msosptLine: sh = DrawObject::Line; break;
    case msofbtSpAtom::msosptSmileyFace: sh = DrawObject::Smiley; break;
    case msofbtSpAtom::msosptHeart: sh = DrawObject::Heart; break;
    case msofbtSpAtom::msosptMin: sh = DrawObject::FreeLine; break;
 
    default: break;
  }
 
  drawObject->setShape( sh );
/*  
   if (atom->isVerFlip() == true)   
       d->currentObject->setProperty( "draw:mirror-vertical", "true");        
 
   if (atom->isHorFlip() == true)
       d->currentObject->setProperty( "draw:mirror-horizontal", "true");        
*/
   d->currentObject = drawObject;
   
      if (atom->isVerFlip() == true)   
       d->currentObject->setProperty( "draw:mirror-vertical", "true");        
 
   if (atom->isHorFlip() == true)
       d->currentObject->setProperty( "draw:mirror-horizontal", "true");        
 
 
}
 
void PPTReader::handleEscherClientDataAtom( msofbtClientDataAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
  if( !d->currentObject ) return;
 
  TextObject* textObject = 0;
  if( !d->currentObject->isText() )
  {
    textObject = new TextObject();
    textObject->convertFrom( d->currentObject );
    delete d->currentObject;
    d->currentObject = textObject;
  }
  else
    textObject = static_cast<TextObject*>( d->currentObject );
 
  switch( atom->placeholderId() )
  {
    case msofbtClientDataAtom::MasterTitle:
    case msofbtClientDataAtom::Title:
      textObject->setType( TextObject::Title ); break;
 
    case msofbtClientDataAtom::MasterBody:
    case msofbtClientDataAtom::MasterSubtitle:
    case msofbtClientDataAtom::Body:
    case msofbtClientDataAtom::Subtitle:
      textObject->setType( TextObject::Body ); break;
 
    case msofbtClientDataAtom::MasterCenteredTitle:
    case msofbtClientDataAtom::CenteredTitle:
      textObject->setType( TextObject::CenterTitle ); break;
 
    default:
      textObject->setType( TextObject::Other ); break;
      break;
  }
 
  textObject->setId( atom->placementId() );
}
 
void PPTReader::handleEscherClientAnchorAtom( msofbtClientAnchorAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
  if( !d->currentObject ) return;
 
  d->currentObject->setLeft( atom->left()*25.4/576  );
  d->currentObject->setTop( atom->top()*25.4/576  );
  d->currentObject->setWidth( (atom->right()-atom->left())*25.4/576  );
  d->currentObject->setHeight( (atom->bottom()-atom->top())*25.4/576  );
}
 
void PPTReader::handleEscherTextBoxAtom( msofbtClientTextboxAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentGroup ) return;
  if( !d->currentObject ) return;
  
  TextObject* textObject = 0;
  if( !d->currentObject->isText() )
  {
    textObject = new TextObject();
    textObject->convertFrom( d->currentObject );
    delete d->currentObject;
    d->currentObject = textObject;
  }
  else
    textObject = static_cast<TextObject*>( d->currentObject );
    
  textObject->setType( TextObject::Other ); 
  textObject->setText( atom->ustring() );
  textObject->setBulletFlag( false );
}
 
Color convertFromLong( unsigned long i )
{
  unsigned r = (i & 0xff);
  unsigned g = (i>>8) & 0xff;
  unsigned b = (i>>16) & 0xff;
  //unsigned index = (i>>24) & 0xff;
  return Color( r, g, b );
}
 
void PPTReader::handleEscherPropertiesAtom( msofbtOPTAtom* atom )
{
  if( !atom ) return;
  if( !d->presentation ) return;
  if( !d->currentSlide ) return;
  if( !d->currentGroup ) return;
  if( !d->currentObject ) return;
 
  for( unsigned c=0; c<atom->propertyCount(); c++ )
  {
    unsigned pid = atom->propertyId(c);
    signed long pvalue = atom->propertyValue(c);
    
    switch( pid )
    {
      case msofbtOPTAtom::FillColor: 
        d->currentObject->setProperty( "draw:fill-color", convertFromLong(pvalue) );
        break;
      case msofbtOPTAtom::LineColor:  
        d->currentObject->setProperty( "svg:stroke-color", convertFromLong(pvalue) );
        break;
      case msofbtOPTAtom::LineWidth:
        d->currentObject->setProperty( "svg:stroke-width", pvalue*(25.4/(12700*72) ));
        break;     
      case msofbtOPTAtom::Rotation: 
        { double deg = pvalue/65536.00 ;    
          if (deg > 180.00)  deg = 360.00 - deg; // in range (-180,180) deg 
                    d->currentObject->setProperty( "libppt:rotation", (deg*0.0174533) ) ;// rad
        } break;
      case msofbtOPTAtom::FillType:
        switch( pvalue )
        {
          case msofbtOPTAtom::FillSolid:
            d->currentObject->setProperty( "draw:fill", "solid"); break;
          case msofbtOPTAtom::FillPattern:
            d->currentObject->setProperty( "draw:fill", "solid"); break;
          default:
            d->currentObject->setProperty( "draw:fill", "solid"); break;
        }
        break;
      case msofbtOPTAtom::LineDashing:
        switch( pvalue )
        {
          case msofbtOPTAtom::LineSolid :
            {d->currentObject->setProperty( "draw:stroke", "solid"); 
             //tqDebug("=====================solid================");
            } break;
          case msofbtOPTAtom::LineDashSys :
          {  
             d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_2"); 
             //tqDebug("===================== solid================");
          }  break;
          case msofbtOPTAtom::LineDotSys :
          {  
             d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_3");
             //tqDebug("===================== dash 2================");
          }  break;
          case msofbtOPTAtom::LineDashDotSys :
          {  
             d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_2"); 
             //tqDebug("===================== dash 3================");
          }  break;
          case msofbtOPTAtom::LineDashDotDotSys :
          {  d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_2");
             //tqDebug("===================== dash 4================");
          } break;
          case msofbtOPTAtom::LineDotGEL :
          {  d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_2");
             //tqDebug("===================== dash 5================");
          } break;
          case msofbtOPTAtom::LineDashGEL :
          {  d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_4"); 
             //tqDebug("===================== dash 6================");
          } break;
          case msofbtOPTAtom::LineLongDashGEL :
          {  d->currentObject->setProperty( "draw:stroke", "dash");
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_6"); 
              //tqDebug("=====================dash 7================");
          } break;
          case msofbtOPTAtom::LineDashDotGEL :
          {  d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_5"); 
             //tqDebug("=====================dash 8================");
          }  break;  
          case msofbtOPTAtom::LineLongDashDotGEL :
          {  d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_7");
             //tqDebug("=====================dash 9================");
          } break;
          case msofbtOPTAtom::LineLongDashDotDotGEL  :
          {  d->currentObject->setProperty( "draw:stroke", "dash"); 
             d->currentObject->setProperty( "draw:stroke-dash", "Dash_20_8");   
             //tqDebug("=====================dash 10================"); 
          } break;
          default:
             d->currentObject->setProperty( "draw:stroke", "solid"); break;
        } break;
 
      case msofbtOPTAtom::FlagNoLineDrawDash:   
        {   if (pvalue == 589824 ) 
          d->currentObject->setProperty( "libppt:invisibleLine", true ); 
        } break; 
 
      case msofbtOPTAtom::LineStartArrowhead:   
      { 
        switch( pvalue )
        {
          case msofbtOPTAtom::LineNoEnd : break; 
          case msofbtOPTAtom::LineArrowEnd :
          d->currentObject->setProperty( "draw:marker-start", "msArrowEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowStealthEnd :
          d->currentObject->setProperty( "draw:marker-start", "msArrowStealthEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowDiamondEnd :
          d->currentObject->setProperty( "draw:marker-start", "msArrowDiamondEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowOvalEnd :
          d->currentObject->setProperty( "draw:marker-start", "msArrowOvalEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowOpenEnd :
          d->currentObject->setProperty( "draw:marker-start", "msArrowOpenEnd_20_5" ); break; 
          default :  break; 
        }
      } break; 
 
     case msofbtOPTAtom::LineStartArrowWidth:
      {  
        switch ( pvalue ) 
        { 
         case msofbtOPTAtom::LineNarrowArrow :
          d->currentObject->setProperty( "draw:marker-start-width", 0.2 ); break; 
          case msofbtOPTAtom::LineMediumWidthArrow :
          d->currentObject->setProperty( "draw:marker-start-width", 0.3 ); break; 
          case msofbtOPTAtom::LineWideArrow :
          d->currentObject->setProperty( "draw:marker-start-width", 0.4 ); break; 
          default :  break;          
        }
      } break;  
 
      case msofbtOPTAtom::LineEndArrowhead:   
      {   
        switch( pvalue )
        {
          case msofbtOPTAtom::LineNoEnd : break; 
          case msofbtOPTAtom::LineArrowEnd :
          d->currentObject->setProperty( "draw:marker-end", "msArrowEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowStealthEnd :
          d->currentObject->setProperty( "draw:marker-end", "msArrowStealthEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowDiamondEnd :
          d->currentObject->setProperty( "draw:marker-end", "msArrowDiamondEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowOvalEnd :
          d->currentObject->setProperty( "draw:marker-end", "msArrowOvalEnd_20_5" ); break; 
          case msofbtOPTAtom::LineArrowOpenEnd :
          d->currentObject->setProperty( "draw:marker-end", "msArrowOpenEnd_20_5" ); break; 
          default :  break;          
        } 
      } break; 
 
      
/*
      case msofbtOPTAtom::LineStartArrowLength:
      {   
        switch ( pvalue ) 
        { 
         case msofbtOPTAtom::LineShortArrow :
          d->currentObject->setProperty( "draw:marker-end-length", "0.2cm" ); break; 
          case msofbtOPTAtom::LineMediumLenArrow :
          d->currentObject->setProperty( "draw:marker-end-length", "0.4cm" ); break; 
          case msofbtOPTAtom::LineLongArrow :
          d->currentObject->setProperty( "draw:marker-end-length", "0.6cm" ); break; 
          default :  break;          
        }
      } break; 
*/
      case msofbtOPTAtom::LineEndArrowWidth: 
      {   
        switch ( pvalue ) 
        { 
         case msofbtOPTAtom::LineNarrowArrow :
          d->currentObject->setProperty( "draw:marker-end-width", 0.2 ); break; 
          case msofbtOPTAtom::LineMediumWidthArrow :
          d->currentObject->setProperty( "draw:marker-end-width", 0.3 ); break; 
          case msofbtOPTAtom::LineWideArrow :
          d->currentObject->setProperty( "draw:marker-end-width", 0.4 ); break; 
          default :  break;          
        }
      } break; 
/*
      case msofbtOPTAtom::LineEndArrowLength:
      {   
        switch ( pvalue ) 
        { 
         case msofbtOPTAtom::LineShortArrow :
          d->currentObject->setProperty( "draw:marker-end-length", "0.2cm" ); break; 
          case msofbtOPTAtom::LineMediumLenArrow :
          d->currentObject->setProperty( "draw:marker-end-length", "0.4cm" ); break; 
          case msofbtOPTAtom::LineLongArrow :
          d->currentObject->setProperty( "draw:marker-end-length", "0.6cm" ); break; 
          default :  break;          
        }
      } break; 
*/
 #if 0
      case msofbtOPTAtom::ShadowColor:
      { 
        d->currentObject->setProperty( "draw:shadow-color", convertFromLong(pvalue) );
      } break; 
      case msofbtOPTAtom::ShadowOpacity:
      { 
        d->currentObject->setProperty( "draw:shadow-opacity", 100.0-(pvalue/(65536.0)) ); 
      } break; 
      case msofbtOPTAtom::ShadowOffsetX:
      { 
        d->currentObject->setProperty("draw:shadow-offset-x",(pvalue*2.54/(12700*72))); 
      } break; 
      case msofbtOPTAtom::ShadowOffsetY:
      { 
        d->currentObject->setProperty("draw:shadow-offset-y",(pvalue*2.54/(12700*72))); 
      } break; 
#endif      
    } // switch pid
   
  } // for
 
}  // handleEscherPropertiesAtom