Examples of simtools.data.DataSourceCollection$Container

simtools.data.DataSourceCollection
A data source collection gathers data sources with strong interdependancy For example, all the data source values may be read from the same file. This strong inter-dependancy is highlighted by: - The delegation of CollectiveDataSource methods here - The same indexing system for all CollectiveDataSource - A common update mechanism. This is an abstract class. Default implementation handles indexing and update mechanism, but subclasses are responsible for handling values together with setting the index corresponding to those values. Two sets of methods are provided: one uses CollectiveDataSource parameters and the other uses integer = position in the vector of the corresponding CollectiveDataSource. They are of course equivalent and the first calls the second. Thus, subclasses should only implement methods with the vector-like API, not the ones with the CollectiveDataSource parameters.

    protected boolean processAsciiFile(File f, int action) {
        if (action != OPEN) {
            return false; // but should not happen
        }
        try {
            DataSourceCollection dsc;
            if ((optionPanel != null) && optionPanel.isSubSampled()) {
                dsc = new AsciiFileDataSourceCollection(f, (int) optionPanel.getSubSampleValue(), optionPanel
                        .getChartsetName(), f.getName().endsWith(".csv"));
            } else if (optionPanel != null) {
                dsc = new AsciiFileDataSourceCollection(f, optionPanel.getChartsetName(), f.getName().endsWith(".csv"));
            } else {
                dsc = new AsciiFileDataSourceCollection(f, f.getName().endsWith(".csv"));
            }
            if ((optionPanel != null) && optionPanel.isDynamic()) {
                DataSourceCollectionAnimator dsca = new DataSourceCollectionAnimator(dsc);
                dsca.bufferize(new DelayedBuffer(optionPanel.getBufferSize()));
                dsca.setPeriod(optionPanel.getDynamicRefreshValue());
                DataSourcePool.global.addDataSourceCollection(dsca);
            } else {
                dsc.bufferize(new ResizeableBuffer(resources.getIntValue("maxBufferSize")));
                DataSourcePool.global.addDataSourceCollection(dsc);
            }
        } catch (Exception e) {
            if (JSynoptic.gui == null) {
                _logger.severe(messageWriter.print1args("cannotLoadFile", f.getName()));

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            notifyChange();
            return true;
        }
        
        if (action.equals(resources.getString("SetOneCellPerSource"))) {
            DataSourceCollection dsc = (DataSourceCollection) o;
            int cellSize = _h / cells.size();
            for (Iterator it = cells.iterator(); it.hasNext();) {
                TextShape ts = (TextShape) it.next();
                ts.setDelegateEndNotificationListener(ts); // remove ourselves
                // as listener
            }
            Vector newCells = new Vector();
            for (int i = 0; i < dsc.size(); ++i) {
                TextShape ts = new TextShape("", _w, cellSize);
                ts.setDelegateEndNotificationListener(this);
                ts.setSource((DataSource) dsc.get(i));
                newCells.add(ts);
            }
            cells = newCells;
            Rectangle bounds = getBounds();
            _h = cellSize * cells.size();
            _y = _h;
            positionCells();
            bounds.add(getBounds()); // enclose largest array to update()
            notifyChange(bounds);
            return true;
        }
        
        if (action.equals(resources.getString("CreateNewCellsForEachSource"))) {
            DataSourceCollection dsc = (DataSourceCollection) o;
            int cellSize = _h / cells.size();
            for (int i = 0; i < dsc.size(); ++i) {
                TextShape ts = new TextShape("", _w, cellSize);
                ts.setDelegateEndNotificationListener(this);
                ts.setSource((DataSource) dsc.get(i));
                cells.add(ts);
            }
            _h = cellSize * cells.size();
            _y = _h;
            positionCells();

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   *  => same behaviour when loading an ascii file and an archive
   */
  public DataSource provide(String id, String dscId, Object optionalInformation, DataSourcePool pool) {
    DataSource ret = super.provide(id, dscId, optionalInformation, pool);
    if (pool!=null) {
      DataSourceCollection dsc = null;
      int index = -1;
      Set set = pool.dataSourceCollections();
      for (Iterator it = set.iterator(); it.hasNext(); ) {
        DataSourceCollection col = (DataSourceCollection)it.next();
        int idx = col.indexOf(ret);
        if (idx!=-1) {
          index = idx;
          dsc = col;
          break;
        }

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                // data transformation
                boolean canTransformData = false;
                Set dataSourceCollections = DataSourcePool.global.dataSourceCollections();
                for(Iterator it=dataSourceCollections.iterator(); it.hasNext();){
                    DataSourceCollection dsc = (DataSourceCollection)it.next();
                    for (int j = 0; j < Run.plugins.size(); ++j) {
                        Plugin p = (Plugin) Run.plugins.get(j);
                        canTransformData |= p.processDataSourceCollection(dsc, actionType);
                    }
                }

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            return res;
        }


        if (o instanceof DataSourceCollection) {
            DataSourceCollection dsc = (DataSourceCollection)o;
            if (action.equals(resources.getStringValue("setXY1Yn"))) {
                if (dsc.size()<1) return false;
                new LongAction(0, new Object[] {dsc,action}) {
                    protected void doAction() {
                        DataSourceCollection dsc = (DataSourceCollection)((Object[])param)[0];
                        setPrimaryX((DataSource)dsc.get(0), false);
                        boolean hasValues = axesLimitsArray[PY].validity;
                        axesLimitsArray[PY].validity = true; // compute only once all curve are inserted
                        for (int i=1; i<dsc.size()-1; i++) 
                            addPrimaryY((DataSource)dsc.get(i), false);
                        axesLimitsArray[PY].validity = hasValues;
                        if (dsc.size()>1) addPrimaryY((DataSource)dsc.get(dsc.size()-1), false);
                        Rectangle bounds = getBounds();
                        setTitle(DataInfo.getLabel(dsc));
                        repaintDiagram(bounds);
                    }
                }.start();
                return false;
            }


            if (action.equals(resources.getStringValue("addY1Yn"))) {
                if (dsc.size()<1) return false;
                new LongAction(0, new Object[] {dsc,action}) {
                    protected void doAction() {
                        DataSourceCollection dsc = (DataSourceCollection)((Object[])param)[0];
                        boolean hasValues = axesLimitsArray[PY].validity;
                        axesLimitsArray[PY].validity = true; // compute only once all curve are inserted
                        for (int i=0; i<dsc.size()-1; i++) 
                            addPrimaryY((DataSource)dsc.get(i), false);
                        axesLimitsArray[PY].validity = hasValues;
                        if (dsc.size()>0) addPrimaryY((DataSource)dsc.get(dsc.size()-1), false);
                        Rectangle bounds = getBounds();
                        repaintDiagram(bounds);
                    }
                }.start();
                return false;
            }


            if (action.equals(resources.getStringValue("addSecY1Yn"))) {
                if (dsc.size()<1) return false;
                new LongAction(0, new Object[] {dsc,action}) {
                    protected void doAction() {
                        DataSourceCollection dsc = (DataSourceCollection)((Object[])param)[0];
                        boolean hasValues = axesLimitsArray[SY].validity;
                        boolean hasLabel = (axesLimitsArray[SY].label!=null);
                        axesLimitsArray[SY].validity = true; // compute only once all curve are inserted
                        for (int i=0; i<dsc.size()-1; i++) 
                            addSecondaryY((DataSource)dsc.get(i), false);
                        axesLimitsArray[SY].validity = hasValues;
                        if (dsc.size()>0) addSecondaryY((DataSource)dsc.get(dsc.size()-1), false);
                        Rectangle bounds = getBounds();
                        if ((!hasLabel) && (dsc.size()>1)) {axesLimitsArray[SY].label = null; setLegendVisible(true);}
                        repaintDiagram(bounds);
                    }
                }.start();
                return false;
            }


            if (action.equals(resources.getStringValue("setSecXY1Yn"))) {
                if (dsc.size()<1) return false;
                new LongAction(0, new Object[] {dsc,action}) {
                    protected void doAction() {
                        DataSourceCollection dsc = (DataSourceCollection)((Object[])param)[0];
                        setSecondaryX((DataSource)dsc.get(0), false);
                        boolean hasValues = axesLimitsArray[SY].validity;
                        boolean hasLabel = (axesLimitsArray[SY].label!=null);
                        axesLimitsArray[SY].validity = true; // compute only once all curve are inserted
                        for (int i=1; i<dsc.size()-1; i++) 
                            addSecondaryY((DataSource)dsc.get(i), false);
                        axesLimitsArray[SY].validity = hasValues;
                        if (dsc.size()>1) addSecondaryY((DataSource)dsc.get(dsc.size()-1), false);
                        Rectangle bounds = getBounds();
                        if ((!hasLabel) && (dsc.size()>2)) {axesLimitsArray[SY].label = null; setLegendVisible(true);}
                        repaintDiagram(bounds);
                    }
                }.start();
                return false;
            }


            if (action.equals(resources.getStringValue("addSecY1YnForSecX"))) {
                if (dsc.size()<1) return false;
                new LongAction(0, new Object[] {dsc,action}) {
                    protected void doAction() {
                        DataSourceCollection dsc = (DataSourceCollection)((Object[])param)[0];
                        boolean hasValues = axesLimitsArray[SY].validity;
                        boolean hasLabel = (axesLimitsArray[SY].label!=null);
                        axesLimitsArray[SY].validity = true; // compute only once all curve are inserted
                        for (int i=0; i<dsc.size()-1; i++) 
                            addSecondaryYForSecondaryX((DataSource)dsc.get(i), false);
                        axesLimitsArray[SY].validity = hasValues;
                        if (dsc.size()>0) addSecondaryYForSecondaryX((DataSource)dsc.get(dsc.size()-1), false);
                        Rectangle bounds = getBounds();
                        if ((!hasLabel) && (dsc.size()>1)) {axesLimitsArray[SY].label = null; setLegendVisible(true);}
                        repaintDiagram(bounds);
                    }
                }.start();
                return false;
            }

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   */
  public DataSource provide(String id, String dscId, Object optionalInformation, DataSourcePool pool){
    if ((id == null) || (dscId == null) || (!dscId.startsWith(marker)))
      return null;
    
    DataSourceCollection existingDsc = null;
    if (pool != null){
      try {
        existingDsc = pool.getCollectionForDataSourceId(id);
      } catch (DuplicateIdException e) {
        if (e.conflicts.size() == 0)
          existingDsc = null;
        else if (e.conflicts.size() > 0)
          existingDsc = (DataSourceCollection) e.conflicts.get(0);
      }
    }
    if (existingDsc instanceof DataSourceCollection){
      if (chooseUseCollection(existingDsc, dscId, id)==YES_OPTION)
        return existingDsc.get(id);
    }


    // Check if an empty data source shall be returned
    if (EmptyDataSourcePool.global.containsEmptyCollection(dscId)){
      DataSource emptyDs;
      if ((emptyDs = (DataSource)EmptyDataSourcePool.global.getEmptyDataSource(id))==null){
        emptyDs = createEmptyDatasource(id, dscId, optionalInformation);
        EmptyDataSourcePool.global.addEmptyDaSource(id, (EmptyDataSource)emptyDs);
      }
      if (emptyDs!=null)
        return emptyDs;  
    }
    DataSource foundDS = null;
    DataSourceCollection adsc = null;
    String fileName = dscId.substring(marker.length());
    do {
      File f = chooseFile(fileName, id);
      if ( (f != null) && (f.exists()) ){
        try {
          adsc = createCollection(f,optionalInformation);
          if ((adsc==null) || !(adsc instanceof DataSourceCollection)){
            return null;
          } 
          for (int i = 0; i < adsc.size(); ++i) {
            if (id.equals( adsc.getInformation(i).id)) {
              foundDS = (DataSource) adsc.get(i);
              break;
            }
          }
        } catch (Exception e) {}  
      }

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