response: implements preliminary VOTable response.xml

//import java.util.logging.Logger;

import java.io.PrintWriter;

// VOTable

import uk.ac.starlink.table.*;// StarTable needed

import uk.ac.starlink.votable.*;// Writer needed

import java.io.IOException;

import java.io.OutputStreamWriter;

import java.io.BufferedWriter;

public final class XmlSerializer

   public static void serializeToVoTable(PrintWriter writer, String charEncoding, SearchOutputData searchOutputData,

         boolean showDuration, long startTime_msec)

   {

      writer.println("<?xml version=\"1.0\" encoding=\"" + charEncoding + "\" standalone=\"yes\"?>");

      writer.println("<results>");

      writer.println("<description> TBD: VOTable " + searchOutputData.description + " </description>");

      serialize(writer, searchOutputData.inputs);

      writer.println("<msg> " + searchOutputData.versionString + " </msg>");

      writer.println("<DatacubeCount> " + searchOutputData.datacubeCount + " </DatacubeCount>");

      for(Subsurvey subsurvey : searchOutputData.subsurveyArr)

      // writer.println("<msg> " + searchOutputData.versionString + " </msg>");

      // writer.println("<DatacubeCount> " + searchOutputData.datacubeCount + " </DatacubeCount>");

      StarTable dstable = makeSearchResultsTable( searchOutputData.subsurveyArr );

      StarTable[] tables = {dstable};

      try

      {

         serialize(writer, subsurvey);

         writeTables(writer, tables);

      }

      if(showDuration)

         writer.println("<duration unit=\"msec\">" + (System.currentTimeMillis() - startTime_msec) + "</duration>");

      writer.println("</results>");

      catch(IOException ex) 

      {

         ;// FIXME System.out.println( ex.getMessage() );

      }

   }

   private static void writeTables(PrintWriter writer, StarTable[] tables ) throws IOException

   {

      BufferedWriter out = new BufferedWriter( writer /*new OutputStreamWriter( System.out )*/ );

      out.write( "<VOTABLE version='1.1'>\n" );

      out.write( "<RESOURCE>\n" );

      out.write( "<DESCRIPTION>Some tables</DESCRIPTION>\n" );

      for ( int i = 0; i < tables.length; i++ ) {

         VOSerializer.makeSerializer( DataFormat.TABLEDATA, tables[ i ] )

            .writeInlineTableElement( out );

      }

      out.write( "</RESOURCE>\n" );

      out.write( "</VOTABLE>\n" );

      out.flush();

   }

   private static StarTable makeSearchResultsTable(Subsurvey[] ssurv)

   {   

      ColumnInfo[] colInfos = new ColumnInfo[ 5 + 2*4 ];

      colInfos[ 0 ] = new ColumnInfo( "overlap",     Integer.class, "Overlap Code" );

      colInfos[ 1 ] = new ColumnInfo( "overlapSky",  Integer.class, "Overlap Code for Sky axes" );

      colInfos[ 2 ] = new ColumnInfo( "overlapSpec", Integer.class, "Overlap Code for Spectral axis" );

      colInfos[ 3 ] = new ColumnInfo( "dataType",    String.class,  "Data Type (image|cube)" );

      colInfos[ 4 ] = new ColumnInfo( "pubdid",      String.class,  "PublisherDid" );

      colInfos[  5 ] = new ColumnInfo( "P1lon", Double.class, "longitude" );

      colInfos[  6 ] = new ColumnInfo( "P1lat", Double.class, "latitude" );

      colInfos[  7 ] = new ColumnInfo( "P2lon", Double.class, "longitude" );

      colInfos[  8 ] = new ColumnInfo( "P2lat", Double.class, "latitude" );

      colInfos[  9 ] = new ColumnInfo( "P3lon", Double.class, "longitude" );

      colInfos[ 10 ] = new ColumnInfo( "P3lat", Double.class, "latitude" );

      colInfos[ 11 ] = new ColumnInfo( "P4lon", Double.class, "longitude" );

      colInfos[ 12 ] = new ColumnInfo( "P4lat", Double.class, "latitude" );

      RowListStarTable astro = new RowListStarTable( colInfos );

      for(Subsurvey subsurvey : ssurv)

      {

         for(Dataset dataset : subsurvey.datasetArr)

         {

            astro.addRow( new Object[] 

                  {

                     new Integer( dataset.overlapCode ),

                         new Integer( dataset.overlapCodeSky ),

                         new Integer( dataset.overlapCodeVel ),

                         dataset.dataType, 

                         dataset.publisherDid,

                         new Double(dataset.vertices_deg.lon[0]), new Double(dataset.vertices_deg.lat[0]),

                         new Double(dataset.vertices_deg.lon[1]), new Double(dataset.vertices_deg.lat[1]),

                         new Double(dataset.vertices_deg.lon[2]), new Double(dataset.vertices_deg.lat[2]),

                         new Double(dataset.vertices_deg.lon[3]), new Double(dataset.vertices_deg.lat[3]),

                  });

         }

      }

      return astro;

   }

   // legacy

   public static void serializeToLegacyResults(PrintWriter writer, String charEncoding, SearchOutputData searchOutputData,

         boolean showDuration, long startTime_msec)