示例#1
0
String KeyFileInfo::toString() const {
  String result;
  result = format(_T("KeyFileInfo:\n"
                     "  Version              : %s\n"
                     "  Head size            : %d bytes\n"
                     "  Page size            : %s bytes\n"
                     "  Key size             : %d bytes\n"
                     "  PageItem size        : %d bytes\n"
                     "  Max. keys/leafpage   : %d\n"
                     "  Max. keys/nonleafpage: %d\n"
                     "  File size            : %s (%s bytes)\n"
                     "  Key count            : %s\n"
                     "  Tree height          : %d\n"
                     "  Data pages           : %s\n"
                     "  Free pages           : %s\n"
                     "  Utilization rate     : %.2lf%%\n"
                     "  Rootpage.keyCount    : %d\n"
                     "  Rootpage index       : %s\n")
                  ,m_header.getDbFileVersion().cstr()
                  ,sizeof(m_header)
                  ,format1000(m_pageInfo.m_pageSize).cstr()
                  ,m_header.m_keydef.getSize()
                  ,m_pageInfo.m_itemSize
                  ,m_pageInfo.m_maxKeyCount
                  ,m_pageInfo.m_maxItemCount
                  ,formatFileSize(m_size).cstr(), format1000(m_size).cstr()
                  ,format1000(m_header.m_keyCount).cstr()
                  ,m_treeHeight
                  ,format1000(m_dataPageCount).cstr()
                  ,format1000(m_header.m_freeListSize).cstr()
                  ,m_utilizationRate
                  ,m_rootPageItemCount
                  ,format1000(m_rootPageIndex).cstr()
                  );

  if(m_rootPageAddress != DB_NULLADDR) {
    result += format(_T("  Rootpage offset      : %s\n"), format1000(m_rootPageAddress).cstr());
  }
  return result;
}
示例#2
0
void nDownloadWidget::updateProgress(qint64 done, qint64 total) {
	double percent = std::max(0.001, (double)done / (double)total);
	qint64 totalTime = ((double)download->getElapsedTime() /  1000) / percent;
	seconds += totalTime;
	itCount++;
	#warning download time estimation keep all values
	// why not use Naveo1 time estimation which is much more stable ?
	qint64 remaining = seconds / itCount - download->getElapsedTime() /  1000;
	progressBar->setFormat(QString("%p% : %1 (%2)  ").arg(remaining < 60 ? QString("%1s").arg(remaining) : QString("%1min %2s").arg(remaining / 60).arg(remaining % 60)).arg(formatFileSize(done, total > MEGA)));
	progressBar->setRange(0, total);
	progressBar->setValue(done);
}
示例#3
0
文件: delivers.c 项目: swhobbit/UUPC
size_t DeliverSMTP(IMFILE *imf,           /* Input file name          */
                    const MAIL_ADDR *sender,
                    const char *targetAddress,
                    const char *path)
{

   static char *savePath = NULL;    /* System we previously queued for*/
   static SMTP_ADDR addrList[50];
   static int subscript = 0;
   static int addressMax = sizeof addrList / sizeof addrList[0];
   static KWBoolean recursive = KWFalse;  /* Only one connection at a time */

   if (recursive)
   {
      if (path == NULL)
      {
         printmsg(0,"DeliverSMTP: Recursive flush call!");
         panic();
      }

      return DeliverRemote(imf,
                            sender,
                            targetAddress,
                            E_nodename);
   } /* if (recursive) */

   recursive = KWTrue;

/*--------------------------------------------------------------------*/
/*            Flush previously queued addresses, if needed            */
/*--------------------------------------------------------------------*/

   if (subscript)
   {
      KWBoolean queueNow = KWFalse;

      if (path == NULL)
         queueNow = KWTrue;
      else if (! equal(savePath, path))
         queueNow = KWTrue;
      else if (subscript >= addressMax)
         queueNow = KWTrue;

/*--------------------------------------------------------------------*/
/*                We need to actually perform delivery                */
/*--------------------------------------------------------------------*/

      if (queueNow)
      {
         ConnectSMTP(imf,
                      sender,
                      savePath,
                      addrList,
                      subscript,
                      KWTrue);

         while(subscript-- > 0)
         {
            /* Queue failed SMTP mail for local node for retry */
            if (!addrList[subscript].processed)
            {
               printmsg(0,"Requeuing mail for %s:",
                           addrList[subscript].address);
               DeliverRemote(imf,
                              sender,
                              addrList[subscript].address,
                              E_nodename);
            }

            free(addrList[subscript].address);
            addrList[subscript].address = NULL;
         }

         subscript = 0;

      } /* if (queueNow && subscript) */

   } /* if (savePath != NULL) */

/*--------------------------------------------------------------------*/
/*                Return if we only flushing the cache                */
/*--------------------------------------------------------------------*/

   if (path == NULL)
   {
      recursive = KWFalse;
      return 0;
   }

/*--------------------------------------------------------------------*/
/*               Report and queue the current delivery                */
/*--------------------------------------------------------------------*/

   printmsg(1,"Queuing SMTP mail %sfrom %s to %s via %s",
               formatFileSize(imf),
               sender->address,
               targetAddress,
               path);

   savePath = newstr(path);
   memset(&addrList[subscript], 0, sizeof addrList[subscript]);
   addrList[subscript].address = strdup(targetAddress);
   checkref(addrList[subscript].address);
   subscript++;

   recursive = KWFalse;
   return 1;

} /* DeliverSMTP */