/**
   * Rationalizes the display formats. Duplicate formats are removed and the format indices of the
   * cells adjusted accordingly. It is invoked immediately prior to writing writing out the sheet
   *
   * @param im the index mapping for the font rationalization
   */
  public IndexMapping rationalizeDisplayFormats() {
    ArrayList newformats = new ArrayList();
    int numremoved = 0;
    IndexMapping mapping = new IndexMapping(nextCustomIndexNumber);

    // Iterate through the old list
    Iterator i = formatsList.iterator();
    DisplayFormat df = null;
    DisplayFormat df2 = null;
    boolean duplicate = false;
    while (i.hasNext()) {
      df = (DisplayFormat) i.next();

      Assert.verify(!df.isBuiltIn());

      // Compare against formats already on the list
      Iterator i2 = newformats.iterator();
      duplicate = false;
      while (i2.hasNext() && !duplicate) {
        df2 = (DisplayFormat) i2.next();
        if (df2.equals(df)) {
          duplicate = true;
          mapping.setMapping(df.getFormatIndex(), mapping.getNewIndex(df2.getFormatIndex()));
          numremoved++;
        }
      }

      // If this format is not a duplicate then add it to the new list
      if (!duplicate) {
        newformats.add(df);
        int indexnum = df.getFormatIndex() - numremoved;
        if (indexnum > maxFormatRecordsIndex) {
          System.err.println("Warning:  too many number formats - using default format");
          indexnum = 0; // the default number format index
        }
        mapping.setMapping(df.getFormatIndex(), df.getFormatIndex() - numremoved);
      }
    }

    // Set the new list
    formatsList = newformats;

    // Update the index codes for the remaining formats
    i = formatsList.iterator();

    while (i.hasNext()) {
      df = (DisplayFormat) i.next();
      df.initialize(mapping.getNewIndex(df.getFormatIndex()));
    }

    return mapping;
  }
예제 #2
0
  /**
   * Writes out this sheet. First writes out the standard sheet information then writes out each row
   * in turn. Once all the rows have been written out, it retrospectively adjusts the offset
   * references in the file
   *
   * @exception IOException
   */
  public void write() throws IOException {
    Assert.verify(rows != null);

    // This worksheet consists of just one chart, so write it and return
    if (chartOnly) {
      drawingWriter.write(outputFile);
      return;
    }

    BOFRecord bof = new BOFRecord(BOFRecord.sheet);
    outputFile.write(bof);

    // Compute the number of blocks of 32 rows that will be needed
    int numBlocks = numRows / 32;
    if (numRows - numBlocks * 32 != 0) {
      numBlocks++;
    }

    int indexPos = outputFile.getPos();

    // Write the index record out now in order to serve as a place holder
    // The bof passed in is the bof of the workbook, not this sheet
    IndexRecord indexRecord = new IndexRecord(0, numRows, numBlocks);
    outputFile.write(indexRecord);

    if (settings.getAutomaticFormulaCalculation()) {
      CalcModeRecord cmr = new CalcModeRecord(CalcModeRecord.automatic);
      outputFile.write(cmr);
    } else {
      CalcModeRecord cmr = new CalcModeRecord(CalcModeRecord.manual);
      outputFile.write(cmr);
    }

    CalcCountRecord ccr = new CalcCountRecord(0x64);
    outputFile.write(ccr);

    RefModeRecord rmr = new RefModeRecord();
    outputFile.write(rmr);

    IterationRecord itr = new IterationRecord(false);
    outputFile.write(itr);

    DeltaRecord dtr = new DeltaRecord(0.001);
    outputFile.write(dtr);

    SaveRecalcRecord srr = new SaveRecalcRecord(settings.getRecalculateFormulasBeforeSave());
    outputFile.write(srr);

    PrintHeadersRecord phr = new PrintHeadersRecord(settings.getPrintHeaders());
    outputFile.write(phr);

    PrintGridLinesRecord pglr = new PrintGridLinesRecord(settings.getPrintGridLines());
    outputFile.write(pglr);

    GridSetRecord gsr = new GridSetRecord(true);
    outputFile.write(gsr);

    GuttersRecord gutr = new GuttersRecord();
    gutr.setMaxColumnOutline(maxColumnOutlineLevel + 1);
    gutr.setMaxRowOutline(maxRowOutlineLevel + 1);

    outputFile.write(gutr);

    DefaultRowHeightRecord drhr =
        new DefaultRowHeightRecord(
            settings.getDefaultRowHeight(),
            settings.getDefaultRowHeight() != SheetSettings.DEFAULT_DEFAULT_ROW_HEIGHT);
    outputFile.write(drhr);

    if (maxRowOutlineLevel > 0) {
      workspaceOptions.setRowOutlines(true);
    }

    if (maxColumnOutlineLevel > 0) {
      workspaceOptions.setColumnOutlines(true);
    }

    workspaceOptions.setFitToPages(settings.getFitToPages());
    outputFile.write(workspaceOptions);

    if (rowBreaks.size() > 0) {
      int[] rb = new int[rowBreaks.size()];

      for (int i = 0; i < rb.length; i++) {
        rb[i] = ((Integer) rowBreaks.get(i)).intValue();
      }

      HorizontalPageBreaksRecord hpbr = new HorizontalPageBreaksRecord(rb);
      outputFile.write(hpbr);
    }

    if (columnBreaks.size() > 0) {
      int[] rb = new int[columnBreaks.size()];

      for (int i = 0; i < rb.length; i++) {
        rb[i] = ((Integer) columnBreaks.get(i)).intValue();
      }

      VerticalPageBreaksRecord hpbr = new VerticalPageBreaksRecord(rb);
      outputFile.write(hpbr);
    }

    HeaderRecord header = new HeaderRecord(settings.getHeader().toString());
    outputFile.write(header);

    FooterRecord footer = new FooterRecord(settings.getFooter().toString());
    outputFile.write(footer);

    HorizontalCentreRecord hcr = new HorizontalCentreRecord(settings.isHorizontalCentre());
    outputFile.write(hcr);

    VerticalCentreRecord vcr = new VerticalCentreRecord(settings.isVerticalCentre());
    outputFile.write(vcr);

    // Write out the margins if they don't equal the default
    if (settings.getLeftMargin() != settings.getDefaultWidthMargin()) {
      MarginRecord mr = new LeftMarginRecord(settings.getLeftMargin());
      outputFile.write(mr);
    }

    if (settings.getRightMargin() != settings.getDefaultWidthMargin()) {
      MarginRecord mr = new RightMarginRecord(settings.getRightMargin());
      outputFile.write(mr);
    }

    if (settings.getTopMargin() != settings.getDefaultHeightMargin()) {
      MarginRecord mr = new TopMarginRecord(settings.getTopMargin());
      outputFile.write(mr);
    }

    if (settings.getBottomMargin() != settings.getDefaultHeightMargin()) {
      MarginRecord mr = new BottomMarginRecord(settings.getBottomMargin());
      outputFile.write(mr);
    }

    if (plsRecord != null) {
      outputFile.write(plsRecord);
    }

    SetupRecord setup = new SetupRecord(settings);
    outputFile.write(setup);

    if (settings.isProtected()) {
      ProtectRecord pr = new ProtectRecord(settings.isProtected());
      outputFile.write(pr);

      ScenarioProtectRecord spr = new ScenarioProtectRecord(settings.isProtected());
      outputFile.write(spr);

      ObjectProtectRecord opr = new ObjectProtectRecord(settings.isProtected());
      outputFile.write(opr);

      if (settings.getPassword() != null) {
        PasswordRecord pw = new PasswordRecord(settings.getPassword());
        outputFile.write(pw);
      } else if (settings.getPasswordHash() != 0) {
        PasswordRecord pw = new PasswordRecord(settings.getPasswordHash());
        outputFile.write(pw);
      }
    }

    indexRecord.setDataStartPosition(outputFile.getPos());
    DefaultColumnWidth dcw = new DefaultColumnWidth(settings.getDefaultColumnWidth());
    outputFile.write(dcw);

    // Get a handle to the normal styles
    WritableCellFormat normalStyle = sheet.getWorkbook().getStyles().getNormalStyle();
    WritableCellFormat defaultDateFormat = sheet.getWorkbook().getStyles().getDefaultDateFormat();

    // Write out all the column formats
    ColumnInfoRecord cir = null;
    for (Iterator colit = columnFormats.iterator(); colit.hasNext(); ) {
      cir = (ColumnInfoRecord) colit.next();

      // Writing out the column info with index 0x100 causes excel to crash
      if (cir.getColumn() < 0x100) {
        outputFile.write(cir);
      }

      XFRecord xfr = cir.getCellFormat();

      if (xfr != normalStyle && cir.getColumn() < 0x100) {
        // Make this the format for every cell in the column
        Cell[] cells = getColumn(cir.getColumn());

        for (int i = 0; i < cells.length; i++) {
          if (cells[i] != null
              && (cells[i].getCellFormat() == normalStyle
                  || cells[i].getCellFormat() == defaultDateFormat)) {
            // The cell has no overriding format specified, so
            // set it to the column default
            ((WritableCell) cells[i]).setCellFormat(xfr);
          }
        }
      }
    }

    // Write out the auto filter
    if (autoFilter != null) {
      autoFilter.write(outputFile);
    }

    DimensionRecord dr = new DimensionRecord(numRows, numCols);
    outputFile.write(dr);

    // Write out all the rows, in blocks of 32
    for (int block = 0; block < numBlocks; block++) {
      DBCellRecord dbcell = new DBCellRecord(outputFile.getPos());

      int blockRows = Math.min(32, numRows - block * 32);
      boolean firstRow = true;

      // First write out all the row records
      for (int i = block * 32; i < block * 32 + blockRows; i++) {
        if (rows[i] != null) {
          rows[i].write(outputFile);
          if (firstRow) {
            dbcell.setCellOffset(outputFile.getPos());
            firstRow = false;
          }
        }
      }

      // Now write out all the cells
      for (int i = block * 32; i < block * 32 + blockRows; i++) {
        if (rows[i] != null) {
          dbcell.addCellRowPosition(outputFile.getPos());
          rows[i].writeCells(outputFile);
        }
      }

      // Now set the current file position in the index record
      indexRecord.addBlockPosition(outputFile.getPos());

      // Set the position of the file pointer and write out the DBCell
      // record
      dbcell.setPosition(outputFile.getPos());
      outputFile.write(dbcell);
    }

    // Do the drawings and charts if enabled
    if (!workbookSettings.getDrawingsDisabled()) {
      drawingWriter.write(outputFile);
    }

    Window2Record w2r = new Window2Record(settings);
    outputFile.write(w2r);

    // Handle the frozen panes
    if (settings.getHorizontalFreeze() != 0 || settings.getVerticalFreeze() != 0) {
      PaneRecord pr = new PaneRecord(settings.getHorizontalFreeze(), settings.getVerticalFreeze());
      outputFile.write(pr);

      // Handle the selection record.  First, there will always be a top left
      SelectionRecord sr = new SelectionRecord(SelectionRecord.upperLeft, 0, 0);
      outputFile.write(sr);

      // Top right
      if (settings.getHorizontalFreeze() != 0) {
        sr = new SelectionRecord(SelectionRecord.upperRight, settings.getHorizontalFreeze(), 0);
        outputFile.write(sr);
      }

      // Bottom left
      if (settings.getVerticalFreeze() != 0) {
        sr = new SelectionRecord(SelectionRecord.lowerLeft, 0, settings.getVerticalFreeze());
        outputFile.write(sr);
      }

      // Bottom right
      if (settings.getHorizontalFreeze() != 0 && settings.getVerticalFreeze() != 0) {
        sr =
            new SelectionRecord(
                SelectionRecord.lowerRight,
                settings.getHorizontalFreeze(),
                settings.getVerticalFreeze());
        outputFile.write(sr);
      }

      Weird1Record w1r = new Weird1Record();
      outputFile.write(w1r);
    } else {
      // No frozen panes - just write out the selection record for the
      // whole sheet
      SelectionRecord sr = new SelectionRecord(SelectionRecord.upperLeft, 0, 0);
      outputFile.write(sr);
    }

    // Handle the zoom factor
    if (settings.getZoomFactor() != 100) {
      SCLRecord sclr = new SCLRecord(settings.getZoomFactor());
      outputFile.write(sclr);
    }

    // Now write out all the merged cells
    mergedCells.write(outputFile);

    // Write out all the hyperlinks
    Iterator hi = hyperlinks.iterator();
    WritableHyperlink hlr = null;
    while (hi.hasNext()) {
      hlr = (WritableHyperlink) hi.next();
      outputFile.write(hlr);
    }

    if (buttonPropertySet != null) {
      outputFile.write(buttonPropertySet);
    }

    // Write out the data validations
    if (dataValidation != null || validatedCells.size() > 0) {
      writeDataValidation();
    }

    // Write out the conditional formats
    if (conditionalFormats != null && conditionalFormats.size() > 0) {
      for (Iterator i = conditionalFormats.iterator(); i.hasNext(); ) {
        ConditionalFormat cf = (ConditionalFormat) i.next();
        cf.write(outputFile);
      }
    }

    EOFRecord eof = new EOFRecord();
    outputFile.write(eof);

    // Now the various cross reference offsets have been calculated,
    // retrospectively set the values in the output file
    outputFile.setData(indexRecord.getData(), indexPos + 4);
  }
예제 #3
0
 /** Reduces the reference count in this blip. Called when a drawing is removed */
 void dereference() {
   referenceCount--;
   Assert.verify(referenceCount >= 0);
 }
예제 #4
0
파일: WeeQC.java 프로젝트: yuelaotou/ursun
  public QueryConditionResult convertQueryCondition(
      String[] fields, String[] params, String[] condition) {
    Assert.verify(
        fields.length == params.length && fields.length == condition.length,
        "Inconsistent params length");
    StringBuffer queryCondition = new StringBuffer();
    List paramList = new ArrayList();
    Object paramValue = null;
    try {
      for (int i = 0; i < fields.length; i++) {

        paramValue = PropertyUtils.getProperty(this, params[i]);
        if (paramValue != null) {
          if (paramValue instanceof String && ((String) paramValue).trim().length() == 0) continue;
          if (condition[i].equalsIgnoreCase("like")) {
            String paramStr = BeanUtilsBean.getInstance().getConvertUtils().convert(paramValue);
            queryCondition
                .append("AND")
                .append(SPACE)
                .append(fields[i])
                .append(SPACE)
                .append("like")
                .append(SPACE)
                .append("\'%")
                .append(
                    paramStr
                        .replaceAll("'", "''")
                        .replaceAll("\\\\", "\\\\\\\\")
                        .replaceAll("_", "\\\\_")
                        .replaceAll("%", "\\\\%"))
                .append("%\'")
                .append(SPACE)
                .append("ESCAPE '\\'")
                .append(SPACE);
          } else {
            queryCondition
                .append("AND")
                .append(SPACE)
                .append(fields[i])
                .append(condition[i])
                .append('?')
                .append(SPACE);
            paramList.add(paramValue);
          }
        }
      }
    } catch (IllegalAccessException e) {
      e.printStackTrace();
    } catch (InvocationTargetException e) {
      e.printStackTrace();
    } catch (NoSuchMethodException e) {
      e.printStackTrace();
    }

    if (queryCondition.length() > 0) {
      QueryConditionResult result = new QueryConditionResult();
      result.setQueryCondition(queryCondition.toString().substring(3));
      result.setParamValue(paramList.toArray());
      return result;
    } else return null;
  }