def test_default_sequence(self):
square = Square()
square.construct_platform()
square.bring_crowd()
square.invite_speaker()
square.speaker_talk()
square.make_noise()
self.assertNotEqual(square.arthur.state, "flying")
square.make_noise()
# at this point Arthur should be flying
self.assertEqual(square.arthur.state, "flying")
def test_crowd_invites_speaker(self):
''' Just another way to make Arthur fly
Crowd comes makes some noise, platform is getting build, they invite
speaker and one more noise -- Arthur is flying
'''
square = Square()
square.bring_crowd()
square.make_noise()
square.construct_platform()
square.invite_speaker()
square.speaker_talk()
self.assertNotEqual(square.arthur.state, "flying")
square.make_noise()
self.assertEqual(square.arthur.state, "flying")
def test_noise_on_unprepared_square(self):
''' People make noise in the square, nothing else is set
This test aims to check if Arthur is going to fly without platform
and speaker being on their places (he should not)
'''
square = Square()
crowd = square.bring_crowd()
square.make_noise()
square.make_noise()
self.assertNotEqual(square.arthur.state, "flying")
def test_noise_on_square_without_speaker(self):
''' People make noise in the square, nothing else is set
Modification of the previous tests which aims to check if Arthur will
be flying in the absence of speaker.
'''
square = Square()
crowd = square.bring_crowd()
square.make_noise()
square.make_noise()
self.assertNotEqual(square.arthur.state, "flying")
def test_bringing_crowd_again(self):
square = Square()
square.bring_crowd()
self.assertRaises(RuntimeError, square.bring_crowd)
def test_bringing_crowd(self):
square = Square()
crowd = square.bring_crowd()
self.assertIsNotNone(crowd)