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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def get_entire_style_ranges(self, split_comments=None, **kwargs):
 """Find sections of the segment that have the same style value. The arguments to this function are used as a mask for the style to determine where to split the styles. Style bits that aren't included in the list will be ignored when splitting. The returned list covers the entire length of the segment. Returns a list of tuples, each tuple containing two items: a start, end tuple; and an integer with the style value. """

        style_bits = self.get_style_bits(**kwargs)
        matches = self.get_comment_locations(**kwargs)
        groups = np.split(matches, np.where(np.diff(matches) != 0)[0] + 1)
        if split_comments is None:
            split_comments = []
        # print groups
        # split into groups with the same numbers
        ranges = []
        last_end = 0
        if len(groups) == 1 and len(groups[0]) == 0:
            # check for degenerate case
            return
        last_style = -1
        for group in groups:
            # each group is guaranteed to have the same style
            size = len(group)
            next_end = last_end + size
            style = matches[last_end]
            masked_style = style & style_bits
            # print last_end, next_end, style, masked_style, size, group
            if style & comment_bit_mask:
                if masked_style in split_comments:
                    # print "interesting comment", last_end, next_end
                    ranges.append(((last_end, next_end), masked_style))
                else:
                    # print "non-interesting comment", last_end, next_end
                    if last_style == masked_style:
                        ((prev_end, _), _) = ranges.pop()
                        ranges.append(((prev_end, next_end), masked_style))
                    else:
                        ranges.append(((last_end, next_end), masked_style))
            else:
                if last_style == masked_style:
                    ((prev_end, _), _) = ranges.pop()
                    ranges.append(((prev_end, next_end), masked_style))
                else:
                    ranges.append(((last_end, next_end), masked_style))
            last_style = masked_style
            last_end = next_end
        return ranges