class TestPattern(ResponsePattern):
response = [
OptimizedSpeech.build('1234', '210'),
OptimizedSpeech.build('1234', '123')
]
@Ev.ON_MESSAGE('122')
def pattern122(self, request: OptimizedSpeech):
return self.response
def test_build_valid__predefine__user_defined(self):
speech = OptimizedSpeech.build('1234', '098', 'Charge is low.',
'5% remaining.')
expect = OptimizedSpeech('1234', '098', 'Status',
'Going offline and into storage.',
['Charge is low.', '5% remaining.'])
self.assertEqual(speech, expect)
def test_build_valid__user_defined(self):
speech = OptimizedSpeech.build(
'1234', '050', 'This drone is ready to obey, Hive Mxtress.')
expect = OptimizedSpeech(
'1234', '050', 'Statement', None,
['This drone is ready to obey, Hive Mxtress.'])
self.assertEqual(speech, expect)
def test_2_decorators_2(self):
class TestPattern(ResponsePattern):
response = OptimizedSpeech.build('1234', '123')
@Ev.ON_MESSAGE('122', '123')
def patterns(self, request: OptimizedSpeech):
return self.response
pattern = TestPattern()
expected = pattern.response
actual = pattern(OptimizedSpeech.build('1111', '122'))
self.assertEqual(expected, actual)
expected = pattern.response
actual = pattern(OptimizedSpeech.build('1111', '123'))
self.assertEqual(expected, actual)
class TestPattern(ResponsePattern):
response = OptimizedSpeech.build('1234', '109')
@Ev.ON_MESSAGE('122')
def pattern122(self, request: OptimizedSpeech):
err = 1 / 0
return OptimizedSpeech.build('1234', '123')
@Ev.ON_ERROR
def error(self, error):
return self.response
def test_no_return(self):
class TestPattern(ResponsePattern):
response = None
@Ev.ON_MESSAGE('000')
def pattern000(self, request: OptimizedSpeech):
return self.response
pattern = TestPattern()
expected = pattern.response
actual = pattern(OptimizedSpeech.build('1234', '000'))
self.assertEqual(expected, actual)
def test_on_unregistered_message(self):
class TestPattern(ResponsePattern):
response = OptimizedSpeech.build('1234', '400')
@Ev.ON_UNREGISTERED
def unregistered(self, request: OptimizedSpeech):
return self.response
pattern = TestPattern()
expected = pattern.response
actual = pattern(OptimizedSpeech.build('1111', '050'))
self.assertEqual(expected, actual)
def test_multi_returns(self):
class TestPattern(ResponsePattern):
response = [
OptimizedSpeech.build('1234', '210'),
OptimizedSpeech.build('1234', '123')
]
@Ev.ON_MESSAGE('122')
def pattern122(self, request: OptimizedSpeech):
return self.response
pattern = TestPattern()
expected = pattern.response
actual = pattern(OptimizedSpeech.build('1111', '122'))
self.assertEqual(expected, actual)
def test_on_error_message(self):
class TestPattern(ResponsePattern):
response = OptimizedSpeech.build('1234', '109')
@Ev.ON_MESSAGE('122')
def pattern122(self, request: OptimizedSpeech):
err = 1 / 0
return OptimizedSpeech.build('1234', '123')
@Ev.ON_ERROR
def error(self, error):
return self.response
pattern = TestPattern()
expected = pattern.response
actual = pattern(OptimizedSpeech.build('1111', '122'))
self.assertEqual(expected, actual)
def test_call_with_args(self):
class TestPattern(ResponsePattern):
@Ev.ON_MESSAGE('050')
def pattern050(self, request: OptimizedSpeech, now: str):
if 'error' in request.user_defined_messages:
raise ValueError()
return OptimizedSpeech.build('1234', '050', now)
@Ev.ON_UNREGISTERED
def unregistered(self, request: OptimizedSpeech, now: str):
return OptimizedSpeech.build('1234', '400', now)
@Ev.ON_ERROR
def error(self, error: BaseException, now: str):
return OptimizedSpeech.build('1234', '109', now)
pattern = TestPattern()
from datetime import datetime
now = datetime.now().strftime('%H:%M:%S')
request = OptimizedSpeech.build('1111', '050')
expected = OptimizedSpeech.build('1234', '050', now)
actual = pattern(request, now=now)
self.assertEqual(expected, actual)
now = datetime.now().strftime('%H:%M:%S')
request = OptimizedSpeech.build('1111', '050', 'error')
expected = OptimizedSpeech.build('1234', '109', now)
actual = pattern(request, now=now)
self.assertEqual(expected, actual)
now = datetime.now().strftime('%H:%M:%S')
request = OptimizedSpeech.build('1111', '105', 'error')
expected = OptimizedSpeech.build('1234', '400', now)
actual = pattern(request, now=now)
self.assertEqual(expected, actual)
class TestPattern(ResponsePattern):
response = OptimizedSpeech.build('1234', '400')
@Ev.ON_UNREGISTERED
def unregistered(self, request: OptimizedSpeech):
return self.response
def test_build_valid__predefined(self):
speech = OptimizedSpeech.build('1234', '304')
expect = OptimizedSpeech('1234', '304', 'Mantra',
'It obeys the Hive Mxtress.', [])
self.assertEqual(speech, expect)
def test_build_valid(self):
speech = OptimizedSpeech.build('1234', '050')
expect = OptimizedSpeech('1234', '050', 'Statement', None, [])
self.assertEqual(speech, expect)
def pattern122(self, request: OptimizedSpeech):
err = 1 / 0
return OptimizedSpeech.build('1234', '123')
def pattern050(self, request: OptimizedSpeech, now: str):
if 'error' in request.user_defined_messages:
raise ValueError()
return OptimizedSpeech.build('1234', '050', now)
def unregistered(self, request: OptimizedSpeech, now: str):
return OptimizedSpeech.build('1234', '400', now)
class TestPattern(ResponsePattern):
response = OptimizedSpeech.build('1234', '400')
@Ev.ON_INVALID
def invalid(self, request: str):
return self.response
def error(self, error: BaseException, now: str):
return OptimizedSpeech.build('1234', '109', now)
def test_build_invalid__status_code(self):
speech = OptimizedSpeech.build('1234', '999')
self.assertIsNone(speech)
def _build_message(self, status_code: str, *message: str):
return OptimizedSpeech.build(self.drone_id, status_code, *message)
