def test_question_prev_function_ptr(self):
new_interface = Interface()
test_string1 = "How did a function ptr get here?"
result = new_interface.ask(test_string1)
result = new_interface.teach(get_quadrilateral_type)
result = new_interface.ask(test_string1)
self.assertEqual(result, "invalid")
def test_question_ask_90_similar(self):
new_interface = Interface()
test_string = "How is pual awesom?"
result = new_interface.ask(test_string)
new_interface.teach("He just is.")
result = new_interface.ask(test_string)
self.assertEqual(result, "He just is.")
def test_provide_answer_corrected_square2(self):
obj = Interface()
obj.ask('What type of flamingo is this 1 1 1 1?')
obj.teach(get_triangle_type)
obj.correct(get_quad_type)
result = obj.ask('What type of flamingo is this 1 1 1 1?')
self.assertEqual(result, 'Square')
def test_provide_answer_corrected_sentence(self):
obj = Interface()
obj.ask('Why did Abe Lincoln start killing vampires?')
obj.teach('Because Abe hates glitter')
obj.correct('Because Abe wants to add to his glitter collection')
result = obj.ask('Why did Abe Lincoln start killing vampires?')
self.assertEqual(result, 'Because Abe wants to add to his glitter collection')
def test_provide_answer_corrected_square2(self):
obj = Interface()
obj.ask('What type of flamingo is this 1 1 1 1?')
obj.teach(get_triangle_type)
obj.correct(get_quad_type)
result = obj.ask('What type of flamingo is this 1 1 1 1?')
self.assertEqual(result, 'Square')
def test_provide_answer_already_asked2(self):
obj = Interface()
obj.ask('Why did Abe Lincoln start killing vampires?')
obj.teach('Because Abe hates glitter')
result = obj.teach('Because Abe hates glitter')
self.assertEqual(result,
"I don\'t know about that. I was taught differently")
def test_giving_answer_known(self):
""" test teaching an answer to a question with a known answer """
attempt = Interface()
question = "What type of quadrilateral is ?"
attempt.ask(question)
result = attempt.teach("square")
self.assertEqual(result, "I don't know about that. I was taught differently")
def test_provide_answer_corrected(self):
obj = Interface()
obj.ask('What color is the sky?')
obj.teach('The sky is blue')
obj.correct('The sky is a multitude of colors typically ranging from turquoise to indigo')
result = obj.ask('What color is the sky?')
self.assertEqual(result, 'The sky is a multitude of colors typically ranging from turquoise to indigo')
def test_StoreAnswer_req(self):
obj = Interface()
obj.ask("What type of square is 1 1 1 1?")
obj.teach(get_triangle_type)
obj.correct(get_square_type)
result = obj.ask("What type of square is 1 1 1 1?")
self.assertEqual(result, "square")
def test_questions_keywords(self):
x = Interface()
self.assertEqual(x.ask(question="How ?"), "I don't know, please provide the answer")
self.assertEqual(x.ask(question="How ?"), "I don't know, please provide the answer")
self.assertEqual(x.ask(question="Where ?"), "I don't know, please provide the answer")
self.assertEqual(x.ask(question="Who ?"), "I don't know, please provide the answer")
self.assertEqual(x.ask(question="Why ?"), "I don't know, please provide the answer")
def test_UpdateLearned_req(self):
obj = Interface()
obj.ask("What type of square is 1 1 1 1?")
obj.teach(get_triangle_type)
obj.correct(get_square_type)
result = obj.ask(obj.last_question + "?")
self.assertEqual(result, "invalid")
def test_provide_answer_corrected_fptr(self):
obj = Interface()
obj.ask('What shape is 2 5 2 5?')
obj.teach(get_triangle_type)
obj.correct(get_quadrilateral_type)
result = obj.ask('What shape is 2 5 2 5?')
self.assertEqual(result, 'rectangle')
def test_provide_answer_corrected_strings(self):
obj = Interface()
obj.ask('Why did ancient egyptians build the pyramids?')
obj.teach('To honor their royalty in tombs')
obj.correct('Aliens')
result = obj.ask('Why did ancient egyptians build the pyramids?')
self.assertEqual(result, 'Aliens')
def test_numberic_conversion(self):
'''
This function tests the interface for multiple unit conversion.
'''
interface = Interface()
result1 = interface.ask("Convert 1 meter to gigameters")
self.assertEqual(result1, "1e-09 gigameters")
result2 = interface.ask("Convert 1 meter to megameters")
self.assertEqual(result2, "1e-06 megameters")
result3 = interface.ask("Convert 1 meter to kilometers")
self.assertEqual(result3, "0.001 kilometers")
result4 = interface.ask("Convert 1 meter to hectometers")
self.assertEqual(result4, "0.01 hectometers")
result5 = interface.ask("Convert 10 meter to decameters")
self.assertEqual(result5, "1 decameter")
result6 = interface.ask("Convert 1 meter to decimeters")
self.assertEqual(result6, "10.0 decimeters")
result7 = interface.ask("Convert 1 meter to centimeters")
self.assertEqual(result7, "100.0 centimeters")
result8 = interface.ask("Convert 1 meter to millimeters")
self.assertEqual(result8, "1000.0 millimeters")
result9 = interface.ask("Convert 1 meter to micrometers")
self.assertEqual(result9, "1000000.0 micrometers")
result10 = interface.ask("Convert 1 meter to nanometers")
self.assertEqual(result10, "1000000000.0 nanometers")
def test_question_ask_89_similar(self):
new_interface = Interface()
test_string = "How is paul awesome?"
result = new_interface.ask(test_string)
new_interface.teach("He just is.")
test_string2 = "How is pual awesum?"
result = new_interface.ask(test_string2)
self.assertEqual(result, UNKNOWN_QUESTION)
def test_question_ask_0_similar(self):
new_interface = Interface()
test_string1 = "How is paul awesome?"
result = new_interface.ask(test_string1)
new_interface.teach("He just is.")
dif_str = "jack do knot scar."
result = new_interface.ask(dif_str)
self.assertEqual(result, NOT_A_QUESTION_RETURN)
def test_job_story_clear(self):
''' test to see if the user set question answers are cleared '''
attempt = Interface()
attempt.ask("What is the meaning of life?")
attempt.teach("42")
attempt.ask("Please clear memory?")
result4 = attempt.ask("What is the meaning of life?")
self.assertEqual(result4, "I don't know, please provide the answer")
def test_giving_answer(self):
""" test teaching an answer """
attempt = Interface()
question = "How many sides does a quadrilateral have?"
attempt.ask(question)
attempt.teach("four sides.")
result = attempt.ask(question)
self.assertEqual(result, "four sides.")
def test_provide_answer_corrected_sentence(self):
obj = Interface()
obj.ask('Why did Abe Lincoln start killing vampires?')
obj.teach('Because Abe hates glitter')
obj.correct('Because Abe wants to add to his glitter collection')
result = obj.ask('Why did Abe Lincoln start killing vampires?')
self.assertEqual(result,
'Because Abe wants to add to his glitter collection')
def test_ask_correct_quad(self):
"""
Test correct function, quadrilateral polygon
:return: assertion: none
"""
inquiry = Interface()
inquiry.ask('What type of quadrilateral is 1 1 1 1 90 90 90 90?')
result = inquiry.correct('polygon')
self.assertEqual(result, None)
def test_ask_no_teach(self):
"""
Test teach function, wrong answer
:return: assertion: refuse answer
"""
inquiry = Interface()
inquiry.ask('What type of triangle is 1 1 1?')
result = inquiry.teach('trapezoid')
self.assertEqual(result, 'I don\'t know about that. I was taught differently')
def test_question_ask_correct_valid(self):
new_interface = Interface()
test_string = "How is paul awesome?"
result = new_interface.ask(test_string)
new_interface.teach("He just is.")
new_interface.correct("He is not awesome")
result = new_interface.ask(test_string)
self.assertEqual(result, "He is not awesome")
def test_stored_string_answer(self):
'''
This tests the interface for storing answers as strings.
'''
interface = Interface()
interface.ask("What is your quest?")
interface.teach("To seek the Holy Grail.")
result = interface.question_answers["What is your quest"].value
self.assertEqual(isinstance(result, str), True)
def test_ask_correct_tri(self):
"""
Test correct function, triangle polygon
:return: assertion: none
"""
inquiry = Interface()
inquiry.ask('What type of triangle is 1 1 1?')
result = inquiry.correct('polygon')
self.assertEqual(result, None)
def test_exclude_numbers(self):
"""
func that test for questions and answers
:rtype: object
"""
value = Interface()
value.ask(question="How old are you?")
self.assertEqual(value.correct(answer=12), None)
def test_mock_non_exist(self, mock_subproc_popen):
""" test to see if an exception is raised """
process_mock = mock.Mock()
attrs = {'communicate.return_value': ('', '')}
process_mock.configure_mock(**attrs)
mock_subproc_popen.return_value = process_mock
attempt = Interface()
with self.assertRaises(Exception, msg="Path filename does not exist cannot get git file"):
attempt.ask("What is the status of <filename>?")
def test_ask_correct_tri(self):
"""
Test correct function, triangle polygon
:return: assertion: none
"""
inquiry = Interface()
inquiry.ask('What type of triangle is 1 1 1?')
result = inquiry.correct('polygon')
self.assertEqual(result, None)
def test_previous_question_answer(self):
'''
This tests the interface for previous question teaching.
'''
interface = Interface()
interface.ask("What makes you think she is a witch?")
interface.teach("Oh, she turned me into a newt!")
result = interface.ask("What makes you think she is a witch?")
self.assertEqual(result, "Oh, she turned me into a newt!")
def test_ask_correct_quad(self):
"""
Test correct function, quadrilateral polygon
:return: assertion: none
"""
inquiry = Interface()
inquiry.ask('What type of quadrilateral is 1 1 1 1 90 90 90 90?')
result = inquiry.correct('polygon')
self.assertEqual(result, None)
def test_job_story_case_fortune(self):
"""
Test job story case random_fortune().
:return: assertion that the system returns a string of a random fortune.
"""
inquiry = Interface()
inquiry.ask("What should I keep in mind today?")
inquiry.teach(random_fortune())
result = inquiry.ask("What should I keep in mind today?")
assert isinstance(result, str)
def test_job_story_case_name(self):
"""
Test job story case computer_name().
:return: assertion that the system returns the computer name when asked
"""
inquiry = Interface()
inquiry.ask("What is this computer\'s hostname?")
inquiry.teach(host_name())
result = inquiry.ask("What is this computer\'s hostname?")
self.assertEqual(result, socket.gethostname())
def test_ask_no_teach(self):
"""
Test teach function, wrong answer
:return: assertion: refuse answer
"""
inquiry = Interface()
inquiry.ask('What type of triangle is 1 1 1?')
result = inquiry.teach('trapezoid')
self.assertEqual(result,
'I don\'t know about that. I was taught differently')
def test_job_story_case_door(self):
"""
Test job story case hal_at_the_door
:return: assertion that the system returns the correct answer and username
"""
inquiry = Interface()
inquiry.ask("Will you open the door hal?")
inquiry.teach(hal_at_the_door())
result = inquiry.ask("Will you open the door hal?")
self.assertEqual(result, 'I\'m afraid I can\'t do that {0}'.format(getpass.getuser()))
def test_question_validmatch(self):
"""
Check returns valid mathc for question answer
:return:
"""
qaobject = Interface()
result = qaobject.ask("What of trangle is: 2 2 2?")
self.assertEqual(result, 'I don\'t know, please provide the answer')
result = qaobject.ask("What type of triangle is: 2.5 2.5 2.5?")
self.assertEqual(result, 'equilateral')
def test_question_pi_nthdigit(self):
"""
Tests for correct result of valid entries in Pi function.
:return:
"""
qaobject = Interface()
result = qaobject.ask("What is the 3 digit of pi?")
self.assertEqual(result, 4)
result = qaobject.ask("What is the 9 digit of pi?")
self.assertEqual(result, 5)
def test_clear_qa_userquestions(self):
'''
This function tests the interface for clearing QA.
'''
interface = Interface()
interface.ask("Who are you?")
interface.teach("I am who I am.")
interface.clear()
result = interface.ask("Who are you?")
self.assertNotEqual(result, "I am who I am.")
def test_ask_cat_color(self):
"""
Test random result of colored kitten question.
:return:
"""
qaobject = Interface()
result = qaobject.ask("What color is the kitten?")
self.assertTrue(result in qaobject.colors)
result = qaobject.ask("What color is the kitten?")
self.assertTrue(result in qaobject.colors)
def test_question_insert_answer(self):
"""
Check returns correct answer after teach function.
:return:
"""
qaobject = Interface()
result = qaobject.ask("What triangle is: 5, 6, 5?")
self.assertEqual(result, 'I don\'t know, please provide the answer')
qaobject.teach("isosceles")
result = qaobject.ask("What triangle is: 5, 6, 5?")
self.assertEqual(result, 'isosceles')
def time_performance(question):
"""
Performance counter function. Times time taken to complete operation
:param question: String
:return: float of total_time for question operation
"""
qaobject = Interface()
start_time = time.clock()
qaobject.ask(question)
total_time = time.clock() - start_time
return total_time
def test_performance_time_check(self):
"""
Test how long it takes to return the date and time
:return: Assert that it is less than 5ms
"""
inquiry = Interface()
start = time.clock()
inquiry.ask("What time is it?")
end = time.clock()
result = (end - start)
print result
assert result <= 0.015
def test_coin_count(self):
"""
Checks coin count, with different configurations, for code coverage.
:return:
"""
qaobject = Interface()
result = qaobject.ask("What is the smallest amount of coins that"
" can be returned for: 1.75?")
self.assertEqual(result, "7 quarters, 0 dimes, 0 nickels, and 0 pennies.")
result = qaobject.ask("What is the smallest amount of coins that"
" can be returned for: 1.23?")
self.assertEqual(result, "4 quarters, 2 dimes, 0 nickels, and 3 pennies.")
def test_performance_log_file(self):
"""
Test how long it takes to write a test to log_file.
:return: Assert that it is less than 50ms
"""
inquiry = Interface()
start = time.clock()
inquiry.ask('What type of triangle is 1 1 3?')
end = time.clock()
result = (end - start)
print result
assert result <= 0.050
def test_question_hasanswer(self):
"""
Check that can not cover question that has already been taught an answer.
:return:
"""
qaobject = Interface()
qaobject.ask("What triangle is: 5, 6, 5?")
qaobject.teach("isosceles")
result = qaobject.ask("What triangle is: 5, 6, 5?")
self.assertEqual(result, 'isosceles')
result = qaobject.teach("Two sides equal")
self.assertEqual(result, 'I don\'t know about that. I was taught differently')
def test_question_updateanswer(self):
"""
Check that correct function performs correctly.
:return:
"""
qaobject = Interface()
qaobject.ask("What triangle is: 5, 6, 5?")
qaobject.teach("scalene")
result = qaobject.ask("What triangle is: 5, 6, 5?")
self.assertEqual(result, 'scalene')
qaobject.correct('isosceles')
result = qaobject.ask("What triangle is: 5, 6, 5?")
self.assertEqual(result, 'isosceles')
def test_performance_shape_sides_14(self):
"""
Test how long it takes to return the name of a 14 sided shape
:return: Assert that it is less than 5ms
"""
inquiry = Interface()
start = time.clock()
inquiry.ask("What shape has 14 sides?")
inquiry.teach(number_of_sides(14))
inquiry.ask("What shape has 14 sides?")
end = time.clock()
result = (end - start)
assert result <= 0.015
def test_performance_fibonacci_1000(self):
"""
Test how long it takes to return 1,000th digit from the fibonacci sequence
:return: Assert that it is less than 5ms
"""
inquiry = Interface()
start = time.clock()
inquiry.ask("What is the 1000 digit of fibonacci?")
inquiry.teach(fib(1000))
inquiry.ask("What is the 1000 digit of fibonacci?")
end = time.clock()
result = (end - start)
assert result <= 0.015
def test_performance_logic_and(self):
"""
Test how long it takes to return the output of an AND gate
:return: Assert that it is less than 8ms
"""
inquiry = Interface()
start = time.clock()
inquiry.ask("What is the output of 1 AND 0?")
inquiry.teach(logic_gate("What is the output of 1 AND 0?"))
inquiry.ask("What is the output of 1 AND 0?")
end = time.clock()
result = (end - start)
assert result <= 0.015
def test_performance_caesar_23(self):
"""
Test how long it takes to encrypt a message with a shift of 23
:return: Assert that it is less than 5ms
"""
inquiry = Interface()
start = time.clock()
inquiry.ask("What is 'mysecretpassword' in a 23 level caesar cipher?")
inquiry.teach(caesar_encrypt('mysecretpassword', 23))
inquiry.ask("What is 'mysecretpassword' in a 23 level caesar cipher?")
end = time.clock()
result = (end - start)
assert result <= 0.015
def test_question_update_previous(self):
"""
Check that correct function works correctly
:return:
"""
qaobject = Interface()
result = qaobject.ask("What color is the cow?")
self.assertEqual(result, 'I don\'t know, please provide the answer')
result = qaobject.teach("The cow is brown")
self.assertEqual(result, None)
result = qaobject.correct("The cow is red")
self.assertEqual(result, None)
result = qaobject.ask("What color is the cow?")
self.assertEqual(result, 'The cow is red')
def test_right_triangle_angles(self):
"""
Does right angle triangle tests for code coverage.
:return:
"""
qaobject = Interface()
result = qaobject.ask("What are the angle measurements of a right triangle"
" with side lengths: 3 4 5?")
self.assertEqual(result, "90.0 degrees, 53.13 degrees, and 36.87 degrees")
result = qaobject.ask("What are the angle measurements of a right triangle"
" with side lengths: 10 10 14.1?")
self.assertEqual(result, "90.0 degrees, 45.0 degrees, and 45.0 degrees")
result = qaobject.ask("What are the angle measurements of a right triangle"
" with side lengths: 6 6 6?")
self.assertEqual(result, "Not a right triangle")
def test_git_utils_path_untracked(self, mock_subproc_popen):
"""
Checks if ability to detected files which have not been checked in, is operational
:param mock_subproc_popen: Function who's return is mocked
:return:
"""
p_mock1 = mock.Mock()
attrs = {'communicate.return_value': ('', '')}
p_mock1.configure_mock(**attrs)
attrs = {'communicate.return_value': ('', '')}
p_mock2 = mock.Mock()
p_mock2.configure_mock(**attrs)
attrs = {'communicate.return_value': ('didntcommit.txt', '')}
p_mock3 = mock.Mock()
p_mock3.configure_mock(**attrs)
attrs = {'communicate.return_value': (PARENT_DIRECTORY, '')}
p_mock4 = mock.Mock()
p_mock4.configure_mock(**attrs)
mock_subproc_popen.side_effect = [p_mock1, p_mock2, p_mock3, p_mock4]
qaobject = Interface()
result = qaobject.ask("What is the status of <didntcommit.txt>?")
self.assertEqual(result,
'didntcommit.txt has been not been checked in')
self.assertRaises(Exception, git_utils.get_git_file_info,
'X/:somethingnottrue')
def test_story_color_list(self):
obj = Interface()
result = obj.ask("What are color conversions?")
self.assertEqual(
result,
'yellow, red, and blue are the primary colors available for mixing'
)
def test_story_joke(self):
obj = Interface()
result = obj.ask("Tell me a joke!")
self.assertEqual(
result,
"To whoever took my Microsoft Office: I will find you. You have my Word."
)
def test_file_dirty(self, mock_dirty, mock_untracked, mock_diff):
obj = Interface()
mock_diff.return_value = []
mock_dirty = True
mock_untracked.return_value = []
result = obj.ask('What is the status of <requirements.txt>?')
self.assertEqual(result, 'requirements.txt is a dirty repo')
def test_ask_who_let_dogs_out(self):
obj = Interface()
question = 'Who let the dogs out?'
result = obj.ask(question)
output_to_file(question, result)
self.assertEqual(result, getpass.getuser() + ' let the dogs out')
def test_ask_not_string(self):
"""
Test ask function not string
:return: assertion: exception: not string
"""
inquiry = Interface()
self.assertRaises(Exception, lambda: inquiry.ask(12))
def test_question_number_placement(self):
"""
Check returns correct answer when numbers are placed incorrectly.
:return:
"""
qaobject = Interface()
result = qaobject.ask("What type 2 of trangle is: 2 2?")
self.assertEqual(result, 'equilateral')
