@Test(expected = NullPointerException.class) public void testExecuteProcessorsWithNullProcessors() throws IOException { listReader.executeProcessors((CellProcessor[]) null); }
public List<Object> executeProcessors(final CellProcessor... processors) { return super.executeProcessors(new ArrayList<Object>(getColumns().size()), processors); }
CsvListReader extends AbstractCsvReader implements ICsvListReader { public List<Object> executeProcessors(final CellProcessor... processors) { return super.executeProcessors(new ArrayList<Object>(getColumns().size()), processors); } }
CsvListReader extends AbstractCsvReader implements ICsvListReader { public List<Object> executeProcessors(final CellProcessor... processors) { return super.executeProcessors(new ArrayList<Object>(getColumns().size()), processors); } CsvListReader(final Reader reader, final CsvPreference preferences);  CsvListReader(final ITokenizer tokenizer, final CsvPreference preferences); }
CsvListReader extends AbstractCsvReader implements ICsvListReader { public List<Object> executeProcessors(final CellProcessor... processors) { return super.executeProcessors(new ArrayList<Object>(getColumns().size()), processors); } CsvListReader(final Reader reader, final CsvPreference preferences);  CsvListReader(final ITokenizer tokenizer, final CsvPreference preferences); List<String> read(); List<Object> read(final CellProcessor... processors); List<Object> executeProcessors(final CellProcessor... processors); }
CsvListReader extends AbstractCsvReader implements ICsvListReader { public List<Object> executeProcessors(final CellProcessor... processors) { return super.executeProcessors(new ArrayList<Object>(getColumns().size()), processors); } CsvListReader(final Reader reader, final CsvPreference preferences);  CsvListReader(final ITokenizer tokenizer, final CsvPreference preferences); List<String> read(); List<Object> read(final CellProcessor... processors); List<Object> executeProcessors(final CellProcessor... processors);  }