L_SvgLoadDocument

#define MAKE_IMAGE_PATH(pFileName) TEXT("C:\\Users\\Public\\Documents\\LEADTOOLS Images\\")pFileName 
static L_INT CreateSvgPages(L_TCHAR* srcFileName, L_TCHAR* outDir) 
{ 
   // Extract all the pages from the source file as SVG 
   FILEINFO fileInfo; 
   memset(&fileInfo, 0, sizeof(fileInfo)); 
   fileInfo.uStructSize = sizeof(FILEINFO); 
   L_INT nRet = L_FileInfo(srcFileName, &fileInfo, sizeof(FILEINFO), FILEINFO_TOTALPAGES, NULL); 
   if(nRet == SUCCESS) 
   { 
      L_INT pageCount = fileInfo.TotalPages; 
      for (L_INT pageNumber = 1; pageNumber <= pageCount; pageNumber++) 
      { 
         LOADSVGOPTIONS svgOptions = {0}; 
         svgOptions.uStructSize = sizeof(LOADSVGOPTIONS); 
         LOADFILEOPTION loadOptions = {0}; 
         L_GetDefaultLoadFileOption(&loadOptions, sizeof(LOADFILEOPTION)); 
         loadOptions.PageNumber = pageNumber; 
         // Load as SVG from source document 
         nRet = L_LoadSvg(srcFileName, &svgOptions, &loadOptions); 
         L_TCHAR dstFileName[L_MAXPATH] = {0}; 
         wsprintf(dstFileName, L_TEXT("%s\\Page%d.svg"), outDir, pageNumber); 
         L_TCHAR msg[1024] = {0}; 
         wsprintf(msg, L_TEXT("Saving to: %s\n"), dstFileName); 
         wprintf(msg); 
         // Save it to disk as SVG 
         nRet = L_SvgSaveDocument(dstFileName, svgOptions.SvgHandle, NULL); 
         // Free the SVG document 
         L_SvgFreeNode(svgOptions.SvgHandle); 
      } 
      return pageCount; 
   } 
   return 0; 
} 
L_INT SvgLoadDocumentExample(L_VOID) 
{ 
   L_INT nRet = SUCCESS; 
   L_TCHAR srcFileName[L_MAXPATH] = MAKE_IMAGE_PATH(TEXT("Leadtools.doc")); 
   L_TCHAR outDir[L_MAXPATH] = MAKE_IMAGE_PATH(TEXT("TempSvgPages")); 
   CreateDirectory(outDir, NULL); 
   L_INT pageCount = CreateSvgPages(srcFileName, outDir); 
   // Create a PDF document using Document Writer 
   DOCUMENTWRITER_HANDLE hDocument = NULL; 
   nRet = L_DocWriterInit(&hDocument, 
   MAKE_IMAGE_PATH(L_TEXT("Output.pdf")), 
   DOCUMENTFORMAT_PDF, 
   NULL, 
   NULL, 
   NULL); 
   for (int pageNumber = 1; pageNumber <= pageCount; pageNumber++) 
   { 
      // Load this SVG 
      L_TCHAR pageFileName[L_MAXPATH] = {0}; 
      wsprintf(pageFileName, L_TEXT("%s\\Page%d.svg"), outDir, pageNumber); 
      L_TCHAR msg[1024] = {0}; 
      wsprintf(msg, L_TEXT("Loading: %s\n"), pageFileName); 
      wprintf(msg); 
      L_SvgNodeHandle docHandle = NULL; 
      nRet = L_SvgLoadDocument(pageFileName, &docHandle, NULL); 
      if(nRet == SUCCESS) 
      { 
         L_SvgNodeHandle flatDocHandle = docHandle; 
         // Check if we need to flat it 
         L_BOOL isFlat = FALSE; 
         L_SvgIsFlatDocument(docHandle, &isFlat); 
         if (!isFlat) 
            L_SvgFlatDocument(docHandle, &flatDocHandle, NULL); 
         L_SvgBounds bounds = {0}; 
         L_SvgGetBounds(flatDocHandle, &bounds, sizeof(L_SvgBounds)); 
         if (!bounds.IsValid) 
            L_SvgCalculateBounds(flatDocHandle, FALSE); 
         // Add it to the document writer 
         wprintf(L_TEXT("Adding ...\n")); 
         DOCWRTSVGPAGE svgPage = {0}; 
         svgPage.hSvgHandle = flatDocHandle; 
         nRet = L_DocWriterAddPage(hDocument, DOCWRTPAGETYPE_SVG, (L_VOID*)&svgPage); 
         // Free the flat SVG document 
         if(!isFlat) 
            L_SvgFreeNode(flatDocHandle); 
      } 
      // Free the SVG document 
      L_SvgFreeNode(docHandle); 
   } 
   // Finish up 
   wprintf(L_TEXT("Finishing ...\n")); 
   nRet = L_DocWriterFinish(hDocument); 
   return nRet; 
}