def test_serializable(self):
keyboard = Keyboard(['버튼1', '버튼2'])
serialized = json.dumps(keyboard, ensure_ascii=False)
deserialized = json.loads(serialized)
assert deserialized == {
'type': 'buttons',
'buttons': ['버튼1', '버튼2'],
}
assert Keyboard(**deserialized) == keyboard
def test_unsupported_operand(self):
with pytest.raises(TypeError) as excinfo:
Keyboard([]) + Keyboard([])
assert 'Keyboard + Keyboard' in str(excinfo.value)
with pytest.raises(TypeError) as excinfo:
Response() + Keyboard([])
assert 'Response + Keyboard' in str(excinfo.value)
with pytest.raises(TypeError) as excinfo:
Response() + Response()
assert 'Response + Response' in str(excinfo.value)
def test_once_input_scenario(self, chatter, data):
check = Checker().init(chatter).user(data['user_key'])
chatter.add_base('홈', lambda: Keyboard(['숫자 맞추기']))
@chatter.rule('숫자 맞추기', '홈', '맞추는중')
def guess(data):
message = '숫자 맞추기를 시작합니다.'
return Text(message) + Keyboard(type='text')
@chatter.rule(action='*', src='맞추는중', dest='홈')
def decide(data):
answer = data['content']
if answer == '42':
text = Text('맞았습니다!')
else:
text = Text('틀렸습니다!')
return text + chatter.home()
assert chatter.rules.action('숫자 맞추기').one() is not None
assert chatter.rules.src('맞추는중').one() is not None
data['content'] = '숫자 맞추기'
res = chatter.route(data)
data['content'] = '21'
res = chatter.route(data)
(check.src('맞추는중').dest('홈').msg('text').contain('틀렸습니다').home().do(
res))
data['content'] = '숫자 맞추기'
res = chatter.route(data)
data['content'] = '42'
res = chatter.route(data)
(check.src('맞추는중').dest('홈').msg('text').contain('맞았습니다').home().do(
res))
def intro(data):
message = '안녕하세요! 무엇을 도와드릴까요?'
buttons = ['오늘의 날씨', '취소']
return Text(message) + Keyboard(buttons)
def hom_keyboard():
home_buttons = ['자기소개', '사이트로 이동하기']
return Keyboard(home_buttons)
class Data:
input = Keyboard(type='text')
button = Keyboard(['버튼1', '버튼2'])
def test_invalid_no_argument(self):
with pytest.raises(TypeError) as excinfo:
Keyboard()
assert 'buttons must be list' in str(excinfo.value)
def test_invalid_button(self):
with pytest.raises(TypeError) as excinfo:
Keyboard('버튼1')
assert 'buttons must be list' in str(excinfo.value)
def test_invalid_input_with_button(self):
with pytest.raises(TypeError) as excinfo:
Keyboard(['버튼1'], type='text')
assert 'buttons must be None' in str(excinfo.value)
def test_button(self, keyboard):
button_keyboard = Keyboard(['버튼1', '버튼2'])
assert keyboard.dict.button == button_keyboard
assert button_keyboard.type == 'buttons'
assert button_keyboard.buttons == ['버튼1', '버튼2']
def test_input(self, keyboard):
input_keyboard = Keyboard(type='text')
assert keyboard.dict.input == input_keyboard
assert input_keyboard.type == 'text'
assert input_keyboard.buttons is None
def home_keyboard():
home_buttons = ['과사무실 전화번호', '소프트웨어융합대학 홈페이지', '문의하기']
return Keyboard(home_buttons)
def guess(data):
message = '숫자 맞추기를 시작합니다.'
return Text(message) + Keyboard(type='text')
def try_again(data):
text = Text('틀렸습니다.')
keyboard = Keyboard(type='text')
return text + keyboard
def test_homebase_without_args(self):
home = HomeBase()
home.name = '홈'
home.func = lambda: Keyboard(['버튼'])
assert home() == home.func()
def keyboard():
return Keyboard(['버튼'])
