Examples of java.util.AbstractList$FullListIterator

java.util.AbstractList
AbstractList is an abstract implementation of the List interface, optimized for a backing store which supports random access. This implementation does not support adding or replacing. A subclass must implement the abstract methods get() and size(). @since 1.2

      return particle.getMaxOccursUnbounded() || particle.getMaxOccurs() > 1 || particle.getMinOccurs() > 1;
   }


   private static final List asList(final Object arr)
   {
      return new AbstractList()
      {
         private final Object array = arr;


         public Object get(int index)
         {

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      return particle.getMaxOccursUnbounded() || particle.getMaxOccurs() > 1 || particle.getMinOccurs() > 1;
   }


   private static final List asList(final Object arr)
   {
      return new AbstractList()
      {
         private final Object array = arr;


         public Object get(int index)
         {

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      //from possible issues caused by iteration tricks. e.g.: returning custom iterator
      //caching current element and comparing indices inside get()
      //
      //possible concurrent collection modifications and multithreading will break the magic
    } else if (data instanceof NodeList) {
      this.list = new AbstractList() {


        public Object get(int index) {
          return ((NodeList) getWrappedData()).item(index);
        }

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      StringBuffer stylesooxml= new StringBuffer();
        stylesooxml.append(xmlHeader);
        stylesooxml.append("<styleSheet xmlns=\"" + xmlns +"\">"); stylesooxml.append("\r\n");
        
        // Now create nodes for various XF elements
        AbstractList xfs= bk.getWorkBook().getXfrecs();
        
        ArrayList cellxfs= new ArrayList();   // references various style source elements for ea xf 
        ArrayList fills=   new ArrayList();
        ArrayList borders= new ArrayList();
        ArrayList numfmts= new ArrayList();
        ArrayList fonts=   new ArrayList();
        
        // input default fills -- both appear to be required
        fills.add(Fill.getOOXML(0, -1, -1)); // none
        fills.add(Fill.getOOXML(17, -1, -1)); // gray125
        // input default borders element (= no borders)
        borders.add(Border.getOOXML(new int[]{-1, -1, -1, -1, -1}, new int[]{0, 0, 0, 0, 0}));    
        
        // Iterate the xf's and populate values
        for (int i= 0; i<xfs.size(); i++) {
          Xf xf = (Xf) xfs.get(i);
          addXFToStyle(xf, cellxfs, fills, borders, numfmts, fonts);
            
        }
        
        //** stylesheet element contains an ordered SEQUENCE of elements **//

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  /** Returns all Chart Handles contained in the WorkBook
    
    @return ChartHandle[] an array of all Charts in the WorkBook
  */
  public ChartHandle[] getCharts(){
    AbstractList cv = mybook.getChartVect();
    ChartHandle[] cht = new ChartHandle[cv.size()];
    for(int x=0;x<cv.size();x++){
      cht[x] = new ChartHandle((Chart)cv.get(x), this);
    }
    return cht;
  }

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   * @return
   * @throws ChartNotFoundException
   */
    public ChartHandle getChartById(int id) 
    throws ChartNotFoundException{
        AbstractList cv = mybook.getChartVect();
        Chart cht = null;
        for(int x=0;x<cv.size();x++){
            cht = (Chart)cv.get(x);
            if(cht.getId()==id)
              return new ChartHandle(cht, this);
        }
        throw new ChartNotFoundException("Id " + id);
    }

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        initPivotCache();  // if any
  }
  
  
  void initMerges(){
    AbstractList mergelookup = mybook.getMergecelllookup();
    for(int t=0;t<mergelookup.size();t++){
      Mergedcells mc = (Mergedcells)mergelookup.get(t);
      mc.initCells(this);
    }
  }

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      mc.initCells(this);
    }
  }


  void initHlinks(){
    AbstractList hlinklookup = mybook.getHlinklookup();
    for(int t=0;t<hlinklookup.size();t++){
      Hlink hl = (Hlink)hlinklookup.get(t);
      hl.initCells(this);
    }
  }

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      // sheetster to find formats
//      int cfxe = this.getWorkBook().getNumFormats() + 50000; // there would have to be 50k styles on the sheet to conflict here....
//      int cfxe = this.getWorkBook().getNumXfs() + 50000; // there would have to be 50k styles on the sheet to conflict here....
      
      List retl = new Vector();
      AbstractList v = this.mybook.getSheetVect();
      
      Iterator its = v.iterator();
      
      
      while(its.hasNext()){
        Boundsheet shtx = (Boundsheet)its.next();
        List fmtlist =shtx.getConditionalFormats();

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    /**
     * Return all the header lines as a collection
     */
    public List getAllHeaderLines() {
        if(headerValueView==null)
            headerValueView = new AbstractList() {
                public Object get(int index) {
                    return ((hdr)headers.get(index)).line;
                }


                public int size() {

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