old_contents: from lexos.processors.analyze import information
  
  word_lists = [{"abundant": 40, "actually": 20, "advanced": 15, "alter": 5},
                {"hunger": 1, "hunt": 2, "ignore": 3, "illustration": 4,
                 "ink": 5}]
  file_list = ["file_one.txt", "file_two.txt"]
  file_info_list = []
  
  for i in range(len(file_list)):
      file_information = information.FileInformation(word_lists[i], file_list[i])
      file_info_list.append((file_list[i], file_information.return_statistics()))
  
  print(file_info_list)
  
  
  def test_basic_info():
      assert file_info_list[0][1]["name"] == file_list[0]
      assert file_info_list[1][1]["name"] == file_list[1]
  
  
  def test_unique_words():
      assert file_info_list[0][1]["numUniqueWords"] == len(word_lists[0])
      assert file_info_list[1][1]["numUniqueWords"] == len(word_lists[1])
  
  
  def test_total_words():
      assert file_info_list[0][1]["totalWordCount"] == \
             sum(word_lists[0].values())
      assert file_info_list[1][1]["totalWordCount"] == \
             sum(word_lists[1].values())
  
  
  def test_median():
      assert file_info_list[0][1]["median"] == (15+20)/2
      assert file_info_list[1][1]["median"] == 3
  
  
  def test_quartiles():
      assert file_info_list[0][1]["Q1"] == 10
      assert file_info_list[0][1]["Q3"] == 30
      assert file_info_list[1][1]["Q1"] == 2
      assert file_info_list[1][1]["Q3"] == 4
      assert file_info_list[0][1]["IQR"] == \
             file_info_list[0][1]["Q3"] - file_info_list[0][1]["Q1"]
  
  
  def test_average():
      assert file_info_list[0][1]["average"] == \
             sum(word_lists[0].values())/len(word_lists[0])
      assert file_info_list[1][1]["average"] == \
             sum(word_lists[1].values())/len(word_lists[1])
  
  
  def test_std():
      assert round(file_info_list[0][1]["std"], 4) == 12.7475
      assert round(file_info_list[1][1]["std"], 4) == 1.4142
  
new_contents: from lexos.processors.analyze import information
  
  word_lists = [{"abundant": 40, "actually": 20, "advanced": 15, "alter": 5},
                {"hunger": 1, "hunt": 2, "ignore": 3, "illustration": 4,
                 "ink": 5}]
  file_list = ["file_one.txt", "file_two.txt"]
  file_info_list = []
  
  for i in range(len(file_list)):
      file_information = information.FileInformation(word_lists[i], file_list[i])
      file_info_list.append((file_list[i], file_information.return_statistics()))
  
  
  def test_basic_info():
      assert file_info_list[0][1]["name"] == file_list[0]
      assert file_info_list[1][1]["name"] == file_list[1]
  
  
  def test_unique_words():
      assert file_info_list[0][1]["numUniqueWords"] == len(word_lists[0])
      assert file_info_list[1][1]["numUniqueWords"] == len(word_lists[1])
  
  
  def test_total_words():
      assert file_info_list[0][1]["totalWordCount"] == \
             sum(word_lists[0].values())
      assert file_info_list[1][1]["totalWordCount"] == \
             sum(word_lists[1].values())
  
  
  def test_median():
      assert file_info_list[0][1]["median"] == (15+20)/2
      assert file_info_list[1][1]["median"] == 3
  
  
  def test_quartiles():
      assert file_info_list[0][1]["Q1"] == 10
      assert file_info_list[0][1]["Q3"] == 30
      assert file_info_list[1][1]["Q1"] == 2
      assert file_info_list[1][1]["Q3"] == 4
      assert file_info_list[0][1]["IQR"] == \
             file_info_list[0][1]["Q3"]-file_info_list[0][1]["Q1"]
  
  
  def test_average():
      assert file_info_list[0][1]["average"] == \
             sum(word_lists[0].values())/len(word_lists[0])
      assert file_info_list[1][1]["average"] == \
             sum(word_lists[1].values())/len(word_lists[1])
  
  
  def test_std():
      assert round(file_info_list[0][1]["std"], 4) == 12.7475
      assert round(file_info_list[1][1]["std"], 4) == 1.4142
  
  
  def test_hapax():
      assert file_info_list[0][1]["Hapax"] == 0
      assert file_info_list[1][1]["Hapax"] == 1
  
subject: Add more tests