L_OcrPage_ExtractZoneMICRData

#define MAKE_IMAGE_PATH(pFileName) TEXT("C:\\Users\\Public\\Documents\\LEADTOOLS Images\\")pFileName 
#define OCR_ADVANTAGE_RUNTIME_DIR TEXT("C:\\LEADTOOLS 19\\Bin\\Common\\OcrAdvantageRuntime") 
L_INT L_OcrPage_ExtractZoneMICRDataExample() 
{ 
   BITMAPHANDLE bitmap = { 0 }; 
   L_OcrEngine ocrEngine = NULL; 
   L_OcrPage ocrPage = NULL; 
   // Create an instance of the engine 
   L_INT retCode = L_OcrEngineManager_CreateEngine(L_OcrEngineType_Advantage, &ocrEngine); 
   if(retCode == SUCCESS) 
   { 
      // Start the engine using default parameters 
      retCode = L_OcrEngine_Startup(ocrEngine, NULL, OCR_ADVANTAGE_RUNTIME_DIR); 
      if(retCode != SUCCESS) 
         return retCode; 
      // Load a page to be recognized 
      retCode = L_LoadBitmap(MAKE_IMAGE_PATH(L_TEXT("MICR_SAMPLE.tif")), &bitmap, sizeof(BITMAPHANDLE), 0, ORDER_RGB, NULL, NULL); 
      if(retCode != SUCCESS) 
         goto CLEANUP; 
      // Add an image to OCR page. don't transfer ownership of the bitmap to the page 
      retCode = L_OcrPage_FromBitmap(ocrEngine, &ocrPage, &bitmap, L_OcrBitmapSharingMode_None, NULL, NULL); 
      if(retCode != SUCCESS) 
         goto CLEANUP; 
      L_RECT rcSearchArea = {0}; 
      L_RECT rcMicrArea = {0}; 
      rcSearchArea.left = 0; 
      rcSearchArea.top = 0; 
      rcSearchArea.right = bitmap.Width; 
      rcSearchArea.bottom = bitmap.Height; 
      retCode = L_MICRDetection(&bitmap, rcSearchArea, &rcMicrArea, 0); 
      if(rcMicrArea.right - rcMicrArea.left == 0 && rcMicrArea.bottom - rcMicrArea.top == 0) 
      { 
         // if empty rect was returned then L_MICRDetection function detected no MICR zone, so clean up and exit 
         goto CLEANUP; 
      } 
      // Create MICR zone and insert it into the OCR page 
      L_OcrZone micrZone = {0}; 
      L_OcrZone_Default(&micrZone); 
      micrZone.ZoneType = L_OcrZoneType_Micr; 
      micrZone.Bounds = rcMicrArea; 
      retCode = L_OcrPage_InsertZone(ocrPage, 0, &micrZone); 
      if(retCode != SUCCESS) 
         goto CLEANUP; 
      // Recognize the page 
      retCode = L_OcrPage_Recognize(ocrPage, NULL, NULL); 
      if(retCode != SUCCESS) 
         goto CLEANUP; 
      L_INT zoneIndex = -1; 
      L_OcrPage_IndexOfZone(ocrPage, &micrZone, &zoneIndex); 
      if(retCode != SUCCESS) 
         goto CLEANUP; 
      L_OcrMICRData micrData = {0}; 
      retCode = L_OcrPage_ExtractZoneMICRData(ocrPage, zoneIndex, &micrData); 
      if(retCode != SUCCESS) 
         goto CLEANUP; 
      // show the recognized MICR zone data 
      std::wcout << L"MICR zone data:" << std::endl; 
      std::wcout << L"Auxiliary: " << micrData.Auxiliary << std::endl; 
      std::wcout << L"EPC: " << micrData.EPC << std::endl; 
      std::wcout << L"Routing: " << micrData.Routing << std::endl; 
      std::wcout << L"Account: " << micrData.Account << std::endl; 
      std::wcout << L"CheckNumber: " << micrData.CheckNumber << std::endl; 
      std::wcout << L"Amount: " << micrData.Amount << std::endl; 
      // Un-recognize page 
      L_OcrPage_Unrecognize(ocrPage); 
      // remove the zone that we added 
      L_OcrPage_RemoveZone(ocrPage, &micrZone); 
      // Adding the page to a file based document will take a snap shot of the recognition data and store it in the document. At this 
      // point, the page is no longer needed. So destroy it to free up memory not used anymore 
      L_OcrPage_Destroy(ocrPage); 
      // Set the handle to NULL so we do not free it in our clean-up code 
      ocrPage = NULL; 
   } 
CLEANUP: 
   if(bitmap.Flags.Allocated) 
      L_FreeBitmap(&bitmap); 
   if(ocrPage != NULL) 
      L_OcrPage_Destroy(ocrPage); 
   if(ocrEngine != NULL) 
      L_OcrEngine_Destroy(ocrEngine); 
   return retCode; 
}