code: def squarify_table(table):
      '''
      Updates a table so that all rows are the same length by filling smaller
      rows with 'None' objects up to the length of the largest row.
      '''
      max_length = 0
      min_length = maxsize
      for row in table:
          row_len = len(row)
          if row_len > max_length:
              max_length = row_len
          if row_len < min_length:
              min_length = row_len
      if max_length != min_length:
          for row in table:
              row_len = len(row)
              if row_len < max_length:
                  row.extend([None]*(max_length-row_len)f squarify_table(table):
      '''
      Updates a table so that all rows are the same length by filling smaller
      rows with 'None' objects up to the length of the largest row.
      '''
      max_length = 0
      min_length = maxsize
      for row in table:
          row_len = len(row)
          if row_len > max_length:
              max_length = row_len
          if row_len < min_length:
              min_length = row_len
      if max_length != min_length:
          for row in table:
              row_len = len(row)
              if row_len < max_length:
                  row.extend([None]*(max_length-row_len))
docs: Updates a table so that all rows are the same length by filling smaller
      rows with 'None' objects up to the length of the largest row.