def test_off_lowercase(self):
with captured_io(StringIO('hal\noff')) as (out,err):
robot.robot_start()
output = out.getvalue()
value ='''What do you want to name your robot? hal: Hello kiddo!
hal: What must I do next? hal: Shutting down..
'''
self.assertEqual(output,value)
def test_step1_then_off(self):
with captured_io(StringIO('HAL\noff\n')) as (out):
random.randint = lambda a, b: 0
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? HAL: Shutting down..""", output)
def test_step2_then_wrong_then_off(self):
with captured_io(StringIO('HAL\nJump up\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? HAL: Sorry, I did not understand 'Jump up'.
HAL: What must I do next? HAL: Shutting down..""", output)
def test_step1_then_off_camelcase(self):
with captured_io(StringIO('HAL\nOff\n')) as (out, err):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual("""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? HAL: Shutting down..""", output)
def test_run(self):
hangman.random.randint = lambda a, b: 0
with captured_io(StringIO('d\n')) as (out, err):
hangman.run_game('tests/test_list.txt')
output = out.getvalue().strip()
self.assertEqual(
"Guess the word: _bc\nGuess the missing letter: The word was: abc\nWrong! Do better next time.",
output)
def test_step8_right_then_off(self):
with captured_io(StringIO('HAL\nright\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL turned right.
> HAL now at position (0,0).
HAL: What must I do next? HAL: Shutting down..""", output)
def test_step7_back10_then_off(self):
with captured_io(StringIO('HAL\nback 10\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL moved back by 10 steps.
> HAL now at position (0,-10).
HAL: What must I do next? HAL: Shutting down..""", output)
def test_step3_help_then_off(self):
with captured_io(StringIO('HAL\nhelp\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? I can understand these commands:
OFF - Shut down robot
HELP - provide information about commands""", output[:178])
def test_step4(self):
with captured_io(StringIO('')) as (out, err):
draw.draw_triangle(3, False)
output = out.getvalue()
self.assertEqual("""*
**
***
""", output)
with captured_io(StringIO('')) as (out, err):
draw.draw_triangle(5, False)
output = out.getvalue()
self.assertEqual("""*
**
***
****
*****
""", output)
def test_step5_mazerun_right(self):
with captured_io(StringIO('HAL\nmazerun right\noff\n')) as (out, err):
obstacles.random.randint = lambda a, b: 1
robot.robot_start()
output = out.getvalue().strip()
self.assertTrue(output.find('starting maze run..') > -1)
self.assertTrue(output.find('I am at the right edge') > -1)
def test_step5_fwd10_then_off_uppercase(self):
with captured_io(StringIO('HAL\nFORWARD 10\noff\n')) as (out, err):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual("""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL moved forward by 10 steps.""", output[:114])
def test_step4(self):
with captured_io(StringIO('z\nx\ny\nw\nq\n')) as (out, err):
hangman.run_game_loop('abc', "__c")
output = out.getvalue().strip()
self.assertEqual(
"""Guess the word: __c
Guess the missing letter: Wrong! Number of guesses left: 4""", output[:78])
self.assertEqual('Sorry, you are out of guesses. The word was: abc',
output[-48:])
def test_step5_none_left(self):
with captured_io(StringIO('')) as (out, err):
hangman.draw_figure(0)
output = out.getvalue().strip()
self.assertEqual("""/----
| 0
| /|\\
| |
| / \\
_______""", output)
def test_step2(self):
with captured_io(StringIO('a\nb\n')) as (out, err):
hangman.run_game_loop('abc', "__c")
output = out.getvalue().strip()
self.assertEqual(
"Guess the word: __c\nGuess the missing letter: a_c\nGuess the missing letter: abc",
output)
with captured_io(StringIO('f\na\nb\n')) as (out, err):
hangman.run_game_loop('abc', "__c")
output = out.getvalue().strip()
self.assertEqual(
"""Guess the word: __c
Guess the missing letter: Wrong! Number of guesses left: 4""", output[:78])
self.assertEqual(
"Guess the missing letter: a_c\nGuess the missing letter: abc",
output[-59:])
def test_step10_left_fwd101_then_off(self):
with captured_io(StringIO('HAL\nleft\nforward 101\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL turned left.
> HAL now at position (0,0).
HAL: What must I do next? HAL: Sorry, I cannot go outside my safe zone.
> HAL now at position (0,0).
HAL: What must I do next? HAL: Shutting down..""", output)
def test_step9_left_fwd10_off(self):
with captured_io(StringIO('HAL\nleft\nforward 10\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL turned left.
> HAL now at position (0,0).
HAL: What must I do next? > HAL moved forward by 10 steps.
> HAL now at position (-10,0).
HAL: What must I do next? HAL: Shutting down..""", output)
def test_forward_109(self):
with captured_io(StringIO('hal\nforward 109\noff')) as (out,err):
robot.robot_start()
output = out.getvalue()
# print(output)
value ='''What do you want to name your robot? hal: Hello kiddo!
hal: What must I do next? hal: Sorry, I cannot go outside my safe zone.
> hal now at position (0,0).
hal: What must I do next? hal: Shutting down..
'''
self.assertEqual(output,value)
def test_back_10(self):
with captured_io(StringIO('hal\nback 10\noff')) as (out, err):
robot.robot_start()
output = out.getvalue()
# print(output)
value = '''What do you want to name your robot? hal: Hello kiddo!
hal: What must I do next? > hal moved back by 10 steps.
> hal now at position (0,-10).
hal: What must I do next? hal: Shutting down..
'''
self.assertEqual(output, value)
def test_step8_right_then_off(self):
with captured_io(StringIO('HAL\nright\noff\n')) as (out, err):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""HAL: What must I do next? > HAL turned right.
> HAL now at position (0,0).
HAL: What must I do next? HAL: Shutting down..""", output[-123:])
def test_check_observations(self):
with captured_io(StringIO('HAL\nleft\nforward 10\noff\n')) as (out, err):
obstacles.random.randint = lambda a, b: 1
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual("""What do you want to name your robot? HAL: Hello kiddo!
There are some obstacles:
- At position 1,1 (to 5,5)""", output[:107])
def test_step3_replay_silent_reversed_invalid(self):
with captured_io(StringIO('HAL\nforward 10\nforward 5\nreplay REVERSED,SILENT\noff\n')) as (out, err):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual("""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL moved forward by 10 steps.
> HAL now at position (0,10).
HAL: What must I do next? > HAL moved forward by 5 steps.
> HAL now at position (0,15).
HAL: What must I do next? HAL: Sorry, I did not understand 'replay REVERSED,SILENT'.
HAL: What must I do next? HAL: Shutting down..""", output)
def test_create_obstacle(self):
with captured_io(StringIO('HAL\noff\n')) as (out, err):
obstacles.random.randint = lambda a, b: 1
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: Loaded obstacles.
There are some obstacles:
- At position 1,1 (to 5,5)""", output[:130])
def test_general_output(self):
with captured_io(StringIO("test\n1\nwaxes27\nexit\nn\n")) as (out,
err):
monopoly.run()
output = out.getvalue().strip()
self.assertEqual(
output,
"""Please enter a game name: How many players will be playing...: Enter Player Name: Player 1's Turn:
Would you like to:
[1] roll
[2] buy
[3] build
Player 1 >: Would you like to save [y/n]:""")
def test_left_forward_10_off(self):
with captured_io(StringIO('hal\nleft\nforward 10\noff')) as (out, err):
robot.robot_start()
output = out.getvalue()
# print(output)
value = '''What do you want to name your robot? hal: Hello kiddo!
hal: What must I do next? > hal turned left.
> hal now at position (0,0).
hal: What must I do next? > hal moved forward by 10 steps.
> hal now at position (-10,0).
hal: What must I do next? hal: Shutting down..
'''
self.assertEqual(output, value)
def test_step3_replay_silent_reversed(self):
with captured_io(StringIO('HAL\nforward 10\nforward 5\nreplay reversed silent\noff\n')) as (out, err):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual("""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL moved forward by 10 steps.
> HAL now at position (0,10).
HAL: What must I do next? > HAL moved forward by 5 steps.
> HAL now at position (0,15).
HAL: What must I do next? > HAL replayed 2 commands in reverse silently.
> HAL now at position (0,30).
HAL: What must I do next? HAL: Shutting down..""", output)
def test_check_volunteer_slot_conflict(self):
with captured_io(StringIO('14 dec 2030 14:45\n')) as (out, err):
check_volunteer_slot_conflict(
'patient.json', '14 dec 2030 14:45')
output = out.getvalue().strip()
self.assertEqual("""Please enter your volunteer slots DATE and START-TIME.
Note, the duration of the volunteer slot will be 90-minutes.
Day Month Time - [14 dec 14:30]: 14 dec 2030 14:45
'Python TDD' event time conflict found.
The events end-time is in your volunteer slots proposed 90-minute time range.
-> 'Python TDD' event info: [Saturday] [14-12-2030] [14:30 - 15:00].
Please select a different time for your volunteer slot.""", output)
def test_topic_input_empty_string(self):
with captured_io(StringIO("\ncdu-pree\nbidaniel\n")) as (out, err):
apiinput.book_topic()
output = out.getvalue().strip()
self.assertEqual(
'''Coding Clinic Topics:
Recursion
Unittesting
List Comprehensions
Lambdas
Please choose a topic you would like to clinic? Or leave blank to choose a 'General' topic
You have chosen a General topic''', output)
def test_step11_sprint5_then_off(self):
with captured_io(StringIO('HAL\nsprint 5\noff\n')) as (out):
robot.robot_start()
output = out.getvalue().strip()
self.assertEqual(
"""What do you want to name your robot? HAL: Hello kiddo!
HAL: What must I do next? > HAL moved forward by 5 steps.
> HAL moved forward by 4 steps.
> HAL moved forward by 3 steps.
> HAL moved forward by 2 steps.
> HAL moved forward by 1 steps.
> HAL now at position (0,15).
HAL: What must I do next? HAL: Shutting down..""", output)
def test_previous(self):
words = hangman.read_file('tests/test_list.txt')
self.assertEqual(1, len(words))
self.assertEqual('abc', words[0])
hangman.random.randint = lambda a, b: 0
with captured_io(StringIO('a\n')) as (out, err):
hangman.select_random_word(['abc'])
hangman.select_random_letter_from('abc')
output = out.getvalue().strip()
self.assertEqual("Guess the word: _bc", output)
def test_step5(self):
with captured_io(StringIO('')) as (out, err):
draw.draw_triangle(5, True)
output = out.getvalue()
self.assertEqual("""*
**
* *
* *
*****
""", output)
with captured_io(StringIO('')) as (out, err):
draw.draw_square(5, True)
output = out.getvalue()
self.assertEqual("""*****
* *
* *
* *
*****
""", output)
with captured_io(StringIO('')) as (out, err):
draw.draw_pyramid(3, True)
output = out.getvalue()
self.assertEqual(""" *
* *
*****
""", output)
with captured_io(StringIO('')) as (out, err):
draw.draw_pyramid(5, True)
output = out.getvalue()
self.assertEqual(""" *
* *
* *
* *
*********
""", output)
