@SuppressWarnings("unchecked")
 protected void checkResults() throws Exception {
   resultListCalculatedStructures = new ArrayList<CMLChemFile>();
   List<byte[]> dataListCalculatedStructures =
       (List<byte[]>) resultMap.get(activityOutputNames[0]);
   for (byte[] data : dataListCalculatedStructures) {
     resultListCalculatedStructures.add((CMLChemFile) CDKObjectHandler.getObject(data));
   }
   resultListNOTCalculatedStructures = new ArrayList<CMLChemFile>();
   List<byte[]> dataListNOTCalculatedStructures =
       (List<byte[]>) resultMap.get(activityOutputNames[1]);
   for (byte[] data : dataListNOTCalculatedStructures) {
     resultListNOTCalculatedStructures.add((CMLChemFile) CDKObjectHandler.getObject(data));
   }
   boolean notCalculatedResults = false;
   if (resultListNOTCalculatedStructures.size() != 0) {
     notCalculatedResults = true;
     CDKIOFileWriter.writeListOfCMLChemFilesToFile(
         resultListNOTCalculatedStructures,
         activityName + "Problem.txt",
         CDKTavernaTestData.getPathForWritingFilesOfUnitTests(false));
   }
   assertEquals(false, notCalculatedResults);
 }
 protected void getInputList() throws Exception {
   List<byte[]> dataList = new ArrayList<byte[]>();
   inputList = new ArrayList<CMLChemFile>();
   if (testDataWith3DCoordinates) {
     originalData = CDKTavernaTestData.getCMLChemFileWith3DCoordinates();
   } else if (testDataWithAtomTypePerception) {
     originalData = CDKTavernaTestData.getCMLChemFile();
     // AtomTypeTools att =new AtomTypeTools();
   } else {
     originalData = CDKTavernaTestData.getCMLChemFile();
   }
   for (int i = 0; i < originalData.length; i++) {
     inputList.add(originalData[i]);
   }
   for (CMLChemFile c : inputList) {
     dataList.add(CDKObjectHandler.getBytes(c));
   }
   inputMap = new HashMap<String, Object>();
   inputMap.put(activityInputNames[0], dataList);
 }