How to use the wcmatch.wcmatch.WcMatch function in wcmatch

def test_match_base_absolute_filepath(self):
        """Test `MATCHBASE` with filepath and an absolute path."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            '.hidden/*.txt', None,
            self.default_flags | wcmatch.RECURSIVE | wcmatch.HIDDEN | wcmatch.FILEPATHNAME | wcmatch.MATCHBASE
        )
        self.crawl_files(walker)
        self.assertEqual(
            sorted(self.files),
            self.norm_list(
                ['.hidden/a.txt']
            )

def test_match_insensitive(self):
        """Test case insensitive."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            'A.TXT', None,
            self.default_flags | wcmatch.RECURSIVE | wcmatch.FILEPATHNAME | wcmatch.IGNORECASE
        )
        self.crawl_files(walker)
        self.assertEqual(
            sorted(self.files),
            self.norm_list(
                ['a.txt']
            )

def test_recursive_hidden_folder_exclude(self):
        """Test non-recursive search."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            '*.txt', '.hidden',
            self.default_flags | wcmatch.RECURSIVE | wcmatch.HIDDEN
        )

        self.crawl_files(walker)
        self.assertEqual(self.skipped, 3)
        self.assertEqual(sorted(self.files), self.norm_list(['a.txt']))

def test_match_sensitive(self):
        """Test case sensitive."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            'a.txt', None,
            self.default_flags | wcmatch.RECURSIVE | wcmatch.FILEPATHNAME | wcmatch.CASE
        )
        self.crawl_files(walker)
        self.assertEqual(
            sorted(self.files),
            self.norm_list(
                ['a.txt']
            )

def test_sort(self):
        """Test sorting."""

        files = wcmatch.WcMatch('.', '*').match()
        sorted_files = wcmatch.WcMatch('.', '*', flags=wcmatch.SORT).match()
        self.assertNotEqual(files, sorted_files)
        self.assertEqual(sorted(files), sorted_files)

def test_recursive_bytes(self):
        """Test non-recursive search."""

        walker = wcmatch.WcMatch(
            os.fsencode(self.tempdir),
            b'*.txt', None,
            self.default_flags | wcmatch.RECURSIVE
        )

        self.crawl_files(walker)
        self.assertEqual(self.skipped, 3)
        self.assertEqual(sorted(self.files), self.norm_list([b'a.txt']))

def test_match_base_filepath(self):
        """Test `MATCHBASE` with filepath."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            '*.txt', None,
            self.default_flags | wcmatch.RECURSIVE | wcmatch.HIDDEN | wcmatch.FILEPATHNAME | wcmatch.MATCHBASE
        )
        self.crawl_files(walker)
        self.assertEqual(
            sorted(self.files),
            self.norm_list(
                ['a.txt', '.hidden/a.txt']
            )

def test_skip_override(self):
        """Test `on_skip` override."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            '*.txt', None,
            self.default_flags | wcmatch.RECURSIVE | wcmatch.HIDDEN
        )

        walker.on_skip = lambda base, name: ''

        self.crawl_files(walker)
        self.assertEqual(len(self.skip_records), 4)

def test_sort(self):
        """Test sorting."""

        files = wcmatch.WcMatch('.', '*').match()
        sorted_files = wcmatch.WcMatch('.', '*', flags=wcmatch.SORT).match()
        self.assertNotEqual(files, sorted_files)
        self.assertEqual(sorted(files), sorted_files)

def test_abort_early(self):
        """Test aborting early."""

        walker = wcmatch.WcMatch(
            self.tempdir,
            '*.txt*', None,
            self.default_flags | wcmatch.RECURSIVE | wcmatch.HIDDEN
        )

        walker.kill()
        records = 0
        for f in walker.imatch():
            records += 1

        self.assertTrue(records == 0 or walker.get_skipped() == 0)