How to use the clevercsv.exceptions.NoDetectionResult function in clevercsv

dialect = SimpleDialect(delimiter=",", quotechar='"', escapechar="")
        with self.subTest(name="double"):
            self._stream_test(table, dialect)

        rows = ['1,"AA"', '2,"BB"', '3,"CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="rowtest"):
            self._stream_test_rows(rows, exp)

        # This raises a NoDetectionResult due to the spacing after the
        # delimiter, which confuses the detection algorithm. Support for
        # detecting 'skipinitialspace' should fix this problem.
        rows = ['1, "AA"', '2, "BB"', '3, "CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="raises2"):
            with self.assertRaises(NoDetectionResult):
                self._stream_test_rows(rows, exp)

dialect = SimpleDialect(delimiter=",", quotechar='"', escapechar="")
        with self.subTest(name="double"):
            self._read_test(table, dialect)

        rows = ['1,"AA"', '2,"BB"', '3,"CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="rowtest"):
            self._read_test_rows(rows, exp)

        # This raises a NoDetectionResult due to the spacing after the
        # delimiter, which confuses the detection algorithm. Support for
        # detecting 'skipinitialspace' should fix this problem.
        rows = ['1, "AA"', '2, "BB"', '3, "CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="raises2"):
            with self.assertRaises(NoDetectionResult):
                self._read_test_rows(rows, exp)

dialect = SimpleDialect(delimiter=",", quotechar='"', escapechar="")
        with self.subTest(name="double"):
            self._read_test(table, dialect)

        rows = ['1,"AA"', '2,"BB"', '3,"CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="rowtest"):
            self._read_test_rows(rows, exp)

        # This raises a NoDetectionResult due to the spacing after the
        # delimiter, which confuses the detection algorithm. Support for
        # detecting 'skipinitialspace' should fix this problem.
        rows = ['1, "AA"', '2, "BB"', '3, "CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="raises2"):
            with self.assertRaises(NoDetectionResult):
                self._read_test_rows(rows, exp)

dialect = SimpleDialect(delimiter=",", quotechar='"', escapechar="")
        with self.subTest(name="double"):
            self._stream_test(table, dialect)

        rows = ['1,"AA"', '2,"BB"', '3,"CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="rowtest"):
            self._stream_test_rows(rows, exp)

        # This raises a NoDetectionResult due to the spacing after the
        # delimiter, which confuses the detection algorithm. Support for
        # detecting 'skipinitialspace' should fix this problem.
        rows = ['1, "AA"', '2, "BB"', '3, "CC"']
        exp = [["1", "AA"], ["2", "BB"], ["3", "CC"]]
        with self.subTest(name="raises2"):
            with self.assertRaises(NoDetectionResult):
                self._stream_test_rows(rows, exp)

def handle(self):
        verbose = self.io.verbosity > 0
        num_chars = parse_int(self.option("num-chars"), "num-chars")
        try:
            rows = read_table(
                self.argument("path"),
                encoding=self.option("encoding"),
                num_chars=num_chars,
                verbose=verbose,
            )
        except NoDetectionResult:
            self.line("Dialect detection failed.")
        if self.option("transpose"):
            rows = list(map(list, zip(*rows)))
        tabview.view(rows)

Returns file as a generator over rows.

    Raises
    ------
    NoDetectionResult
        When the dialect detection fails.

    """
    if encoding is None:
        encoding = get_encoding(filename)
    with open(filename, "r", newline="", encoding=encoding) as fid:
        if dialect is None:
            data = fid.read(num_chars) if num_chars else fid.read()
            dialect = Detector().detect(data, verbose=verbose)
            if dialect is None:
                raise NoDetectionResult()
            fid.seek(0)
        r = reader(fid, dialect)
        yield from r