class MyTest(unittest.TestCase): def setUp(self): self.head_text = """ The following list represents the total number of invisible unicorns in classroom. """ self.list_data = [1, 2, 3, 4] self.test_instance = LogWriter(self.list_data, self.head_text) def test_combining_method(self): combined_text = self.test_instance.combining_method() total_text = "\n\t\tThe following list represents the total number of invisible unicorns in classroom.\n\t\t_________\n After change: \n\n\t\tThe following list ([1, 2, 3, 4]) represents the total number of invisible unicorns in classroom.\n\t\t0 O 0 O 0 O 0 O 0 O 0 O7.483314773547883\nTo seek the holy grail\n2218.473985099097" self.assertEqual(total_text, combined_text)
class MyTest(unittest.TestCase): def setUp(self): self.head_text = """ The following list represents the total number of invisible unicorns in classroom. """ self.list_data = [1,2,3,4] self.test_instance = LogWriter(self.list_data, self.head_text) def test_init(self): self.assertEqual(self.test_instance.list_data, self.list_data) self.assertEqual(self.test_instance.head_text, self.head_text) def test_avg_every_second_element(self): self.assertEqual(LogWriter.avg_every_second_element([1,2,3,4]),3) def test_get_every_second_element(self): self.assertEqual(LogWriter.get_every_second_element([1,2,34,3]), [2,3]) def test_insert_data_in_text(self): examplary_text = "silt kilst sliks klast list tilst liist" list_data = [1111, 11, 1111, 11, 111, 1] instance = LogWriter(list_data, examplary_text) new_text = instance.insert_data_in_text(examplary_text,list_data) self.assertEqual(new_text, "silt kilst sliks klast list ([1111, 11, 1111, 11, 111, 1]) tilst liist") def test_count_o(self): self.assertEqual(LogWriter.count_o("000ooo00ooo0o0"),7) self.assertEqual(LogWriter.count_o("oOooO"),5) def test_get_first_part(self): first_text_part, count = self.test_instance.get_first_part() self.assertEqual(count, 14) result_text= "\n\t\tThe following list represents the total number of invisible unicorns in classroom.\n\t\t_________\n After change: \n\n\t\tThe following list ([1, 2, 3, 4]) represents the total number of invisible unicorns in classroom.\n\t\t" self.assertEqual(result_text, first_text_part) def test_what_is_added_the_meaning_of_life(self): self.assertEqual(LogWriter.what_is_added_the_meaning_of_life(),math.sqrt(42)) self.assertEqual(LogWriter.what_is_added_the_meaning_of_life(-6),6.0) def test_what_is_your_quest(self): self.assertEqual(LogWriter.what_is_your_quest(),"To seek the holy grail") self.assertEqual(LogWriter.what_is_your_quest("answers"),"To seek the answers") def test_get_second_word(self): self.assertEqual(LogWriter.get_second_word("To seek the holy grail"),"seek") self.assertEqual(LogWriter.get_second_word("answers to questions"),"to") def test_o_count_is_even(self): tmp = self.test_instance.o_count self.assertEqual(False, self.test_instance.o_count_is_even()) self.test_instance.o_count += 1 self.assertEqual(True, self.test_instance.o_count_is_even()) self.test_instance.o_count -= 1 def test_get_movie_reference(self): reference1 = self.test_instance.get_movie_reference() actual_reference1 = "To seek the following" self.assertEqual(reference1, actual_reference1) self.test_instance.o_count = 6 reference2 = self.test_instance.get_movie_reference() actual_reference2 = str(math.sqrt(42+6)) self.assertEqual(reference2, actual_reference2) self.test_instance.o_count = 8 reference3 = self.test_instance.get_movie_reference() actual_reference3 = str(math.sqrt(42+8))+"\n"+"To seek the holy grail" self.assertEqual(reference3, actual_reference3) self.test_instance.o_count = 7 def test_computation(self): comp_res = LogWriter.computation(3) self.assertEqual(math.sqrt(3)+9+math.sqrt(math.sqrt(3)), comp_res) def test_get_second_part(self): reference = self.test_instance.get_movie_reference() self.assertEqual(self.test_instance.get_second_part(), reference) self.assertEqual( self.test_instance.get_second_part(computation= lambda x: x+3), reference+"\n"+str(50) ) def test_combining_method(self): combined_text = self.test_instance.combining_method() total_text = "\n\t\tThe following list represents the total number of invisible unicorns in classroom.\n\t\t_________\n After change: \n\n\t\tThe following list ([1, 2, 3, 4]) represents the total number of invisible unicorns in classroom.\n\t\t0 O 0 O 0 O 0 O 0 O 0 O7.48331477355\nTo seek the holy grail\n2218.4739851" self.assertEqual(total_text, combined_text)