private KeyValuePair <int, SXSSFRow>?flushOneRow()
{
if (_rows.Count == 0)
{
return(null);
}
var firstRow = _rows.FirstOrDefault();
// Update the best fit column widths for auto-sizing just before the rows are flushed
// _autoSizeColumnTracker.UpdateColumnWidths(row);
_writer.WriteRow(firstRow.Key, firstRow.Value);
_rows.Remove(firstRow.Key);
lastFlushedRowNumber = firstRow.Key;
return(firstRow);
}
private void flushOneRow()
{
int firstRowNum = _rows.FirstOrDefault().Key;
if (firstRowNum != null)
{
int rowIndex = firstRowNum;
SXSSFRow row = _rows[firstRowNum];
// Update the best fit column widths for auto-sizing just before the rows are flushed
// _autoSizeColumnTracker.UpdateColumnWidths(row);
_writer.WriteRow(rowIndex, row);
_rows.Remove(firstRowNum);
lastFlushedRowNumber = rowIndex;
}
}
private void FlushOneRow()
{
KeyValuePair <int, SXSSFRow> firstRow = _rows.FirstOrDefault();
//KeyValuePair is struct, so check value instead of key
if (firstRow.Value != null)
{
int firstRowNum = firstRow.Key;
int rowIndex = firstRowNum;
SXSSFRow row = _rows[firstRowNum];
// Update the best fit column widths for auto-sizing just before the rows are flushed
_autoSizeColumnTracker.UpdateColumnWidths(row);
_writer.WriteRow(rowIndex, row);
_rows.Remove(firstRowNum);
lastFlushedRowNumber = rowIndex;
}
}
private KeyValuePair <int, SXSSFRow>?flushOneRow()
{
if (_rows.Count == 0)
{
return(null);
}
var firstRowNum = _rows.Keys.Min();
// Update the best fit column widths for auto-sizing just before the rows are flushed
var firstRow = _rows[firstRowNum];
_autoSizeColumnTracker.Value?.UpdateColumnWidths(firstRow);
_writer.WriteRow(firstRowNum, firstRow);
_rows.Remove(firstRowNum);
lastFlushedRowNumber = firstRowNum;
return(new KeyValuePair <int, SXSSFRow>(firstRowNum, firstRow));
}
