How to use the oletools.thirdparty.tablestream.tablestream.TableStream function in oletools

def show_minifat(ole):
    print('MiniFAT:')
    # load MiniFAT if it wasn't already done:
    ole.loadminifat()
    t = tablestream.TableStream([8, 12, 8, 8], header_row=['Sector #', 'Type', 'Offset', 'Next #'])
    for i in range(len(ole.minifat)):
        fat_value = ole.minifat[i]
        fat_type = FAT_TYPES.get(fat_value, 'Data')
        color_type = FAT_COLORS.get(fat_value, FAT_COLORS['default'])
        # TODO: compute offset
        # print('%8X: %-12s offset=%08X next=%8X' % (i, fat_type, 0, fat_value))
        t.write_row(['%8X' % i, fat_type, 'N/A', '%8X' % fat_value],
                    colors=[None, color_type, None, None])
    t.close()
    print('')

def show_fat(ole):
    print('FAT:')
    t = tablestream.TableStream([8, 12, 8, 8], header_row=['Sector #', 'Type', 'Offset', 'Next #'])
    for i in range(len(ole.fat)):
        fat_value = ole.fat[i]
        fat_type = FAT_TYPES.get(fat_value, '<data>')
        color_type = FAT_COLORS.get(fat_value, FAT_COLORS['default'])
        # compute offset based on sector size:
        offset = ole.sectorsize * (i + 1)
        # print '%8X: %-12s offset=%08X next=%8X' % (i, fat_type, 0, fat_value)
        t.write_row(['%8X' % i, fat_type, '%08X' % offset, '%8X' % fat_value],
                    colors=[None, color_type, None, None])
    t.close()
    print('')
</data>

self.write(line)

    def write_bottom(self):
        s = self.style
        line = self.make_line(left=s.bottom_left, horiz=s.bottom_horiz,
                              middle=s.bottom_middle, right=s.bottom_right)
        self.write(line)

    def close(self):
        self.write_bottom()


# === MAIN ===================================================================

if __name__ == '__main__':
    t = TableStream([10, 5, 20], header_row=['i', 'i*i', '2**i'], style=TableStyleSlim)
    t.write_row(['test', 'test', 'test'])
    cell = 'a very very long text'
    t.write_row([cell, cell, cell], colors=['blue', None, 'red'])
    for i in range(1, 11):
        t.write_row([i, i*i, 2**i])
    t.write_row([b'bytes', u'unicode', bytearray(b'bytearray')])
    t.close()