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How to use some_step method in grail
Best Python code snippet using grail_python
test_step.py
Source:test_step.py 
1from unittest import TestCase, mock2from jasper.steps import Step, step3import time4import asyncio5class StepTestCase(TestCase):6 def setUp(self):7 self.slow_function_called = False8 self.slow_function_called_with = None9 def slow_function(context, sleep_time=0.5, fail=False):10 time.sleep(sleep_time)11 self.slow_function_called = True12 self.slow_function_called_with = {'context': context, 'sleep_time': sleep_time, 'fail': fail}13 if fail:14 raise Exception15 self.async_slow_function_called = False16 self.async_slow_function_called_with = None17 async def async_slow_function(context, sleep_time=0.5, fail=False):18 await asyncio.sleep(sleep_time)19 self.async_slow_function_called = True20 self.async_slow_function_called_with = {'context': context, 'sleep_time': sleep_time, 'fail': fail}21 if fail:22 raise Exception23 self.slow_function = slow_function24 self.async_slow_function = async_slow_function25 self.loop = asyncio.new_event_loop()26 def tearDown(self):27 self.loop.close()28 def test_init(self):29 some_step = Step(self.slow_function, sleep_time=0.1, fail=False)30 self.assertEqual(some_step.function, self.slow_function)31 self.assertEqual(some_step.kwargs, {'sleep_time': 0.1, 'fail': False})32 self.assertFalse(some_step.ran)33 self.assertFalse(some_step.passed)34 def test_successful_run(self):35 mock_context = mock.MagicMock()36 some_step = Step(self.slow_function, sleep_time=0.1, fail=False)37 try:38 self.loop.run_until_complete(some_step.run(mock_context))39 except Exception:40 raise AssertionError41 else:42 self.assertTrue(some_step.ran)43 self.assertTrue(some_step.passed)44 self.assertTrue(self.slow_function_called)45 self.assertEqual(46 self.slow_function_called_with, {'context': mock_context, 'sleep_time': 0.1, 'fail': False}47 )48 def test_failure_run(self):49 mock_context = mock.MagicMock()50 some_step = Step(self.slow_function, sleep_time=0.1, fail=True)51 with self.assertRaises(Exception):52 self.loop.run_until_complete(some_step.run(mock_context))53 self.assertTrue(some_step.ran)54 self.assertFalse(some_step.passed)55 self.assertTrue(self.slow_function_called)56 self.assertEqual(57 self.slow_function_called_with, {'context': mock_context, 'sleep_time': 0.1, 'fail': True}58 )59 def test_successful_async_run(self):60 mock_context = mock.MagicMock()61 some_step = Step(self.async_slow_function, sleep_time=0.1, fail=False)62 try:63 self.loop.run_until_complete(some_step.run(mock_context))64 except Exception:65 raise AssertionError66 else:67 self.assertTrue(some_step.ran)68 self.assertTrue(some_step.passed)69 self.assertTrue(self.async_slow_function_called)70 self.assertEqual(71 self.async_slow_function_called_with, {'context': mock_context, 'sleep_time': 0.1, 'fail': False}72 )73 def test_failure_async_run(self):74 mock_context = mock.MagicMock()75 some_step = Step(self.async_slow_function, sleep_time=0.1, fail=True)76 with self.assertRaises(Exception):77 self.loop.run_until_complete(some_step.run(mock_context))78 self.assertTrue(some_step.ran)79 self.assertFalse(some_step.passed)80 self.assertTrue(self.async_slow_function_called)81 self.assertEqual(82 self.async_slow_function_called_with, {'context': mock_context, 'sleep_time': 0.1, 'fail': True}83 )84 def test_step_decorator(self):85 some_step = step(self.slow_function)(sleep_time=0.1, fail=False)86 self.assertTrue(isinstance(some_step, Step))87 self.assertEqual(some_step.function, self.slow_function)88 self.assertEqual(some_step.kwargs, {'sleep_time': 0.1, 'fail': False})89 self.assertFalse(some_step.ran)...
taskINfunc.py
Source:taskINfunc.py
1# from functools import reduce2# task13# some_list = [1, 2, 3, 4, 5, 6, 7, 8, 9]4# new_list = list(map(lambda x: x**2, some_list))5# print(new_list)6# task2 7# enter = list(input("введиÑе ÑиÑла: "))8# news = [int(x) for x in enter]9# print(sum(news))10# task3 11# nums = [1, 2, 3, 0, -1]12# print(nums)13# print(all(nums))14# task415# nums = [1, 2, 3, 0, -1]16# print(nums)17# print(any(nums))18# task519# nums = [1, 2, 3, 0, -1]20# negative = list(filter(lambda x: x < 0, nums))21# print(negative)22# task623# nums = [1, 2, 3, 0, -1, 4, 6]24# chet = list(filter(lambda x: x % 2 == 0, nums))25# print(chet)26# task727# slova = ['hello', 'world', 'incapsulation', 'inheritance']28# dlina = list(filter(lambda x: len(x) > 6, slova))29# print(dlina)30# task831# nums = [1, 2, 3, 4, 5, 6]32# umnoj = reduce(lambda a, b: a * b, nums)33# print(umnoj)34# task935# nums = [1, 2, 3, 4, 5, 6, 7, 8, 9]36# nums1 = len(list(filter(lambda a: a % 2 == 0, nums)))37# nums2 = len(list(filter(lambda a: a % 2, nums)))38# print(f"колиÑеÑÑво ÑеÑнÑÑ
ÑиÑел {nums1}")39# print(f"колиÑеÑÑво не ÑеÑнÑÑ
ÑиÑел {nums2}")40# task1041# nums = [-2, 4, -3, 6, -5, 8]42# num_odd = list(map(lambda even: even, filter(lambda x: x < 0, nums)))43# num_even = list(map(lambda odd: odd, filter(lambda x: x >= 0, nums)))44# print(f'Ðе ÑÑÑнÑй:{num_odd}\nЧÑÑнÑй:{num_even}')45# task1146# def numbers(num):47# if num > 0:48# return 149# elif num < 0:50# return -151# else: 52# return 0 53# nums = [-1, 2, 3, 4, -5, 6, 7, -8, 9, 0]54# new_num = list(map(numbers, nums))55# print(new_num)56# task1257# some_list = list(input("введиÑе ÑпиÑок из ÑиÑел: "))58# some_step = int(input("введиÑе Ñаг: "))59# some_step %= len(some_list)60# new_list = list(some_list[some_step:] + some_list[:some_step])61# print(new_list)62# task1363# srez = int(input("введиÑе ÑиÑло ÑÑеза: "))64# mass = [x for x in input("введиÑе ÑиÑла ÑеÑез пÑобел: ").split()]65# for i in range(srez):66# print(mass[srez-1-i], end = " ")67# # Ñ
з какой из ниÑ
пÑавилÑнÑй (поÑÐµÐ¼Ñ Ñо не ÑабоÑÐ°ÐµÑ Ð² Ñ
акеÑÑанке)68# n = int(input("введиÑе ÑиÑло ÑÑеза: "))69# array = input("введиÑе ÑиÑла ÑеÑез пÑобел: ").split()70# def reversed(array):71 72# some_str = ""73# for i in range(n):74# some_str += array[n-1-i] + " "75 76# print(some_str.strip())77# reversed(array)78# task1479# # def balans(lit):80# # if lit == ')':81# # return '('82# # elif lit == '}':83# # return '{'84# # elif lit == ']':85# # return '['86# num = int(input("введиÑе ÑиÑло: "))87# for x in range(num):88# literals = input("введиÑе лиÑеÑалÑ: ").strip()89# flag = 190# new_list = []91# for lit in literals:92# if lit in ['{','[','(']:93# new_list.append(lit)94# elif new_list and new_list.pop() == lit:95# flag = 096# break97# if len(new_list) == 0:98# print("yes")99# else:...
test_producer_registry.py
Source:test_producer_registry.py
...8 registered types"""9 class MyFloatType(float):10 pass11 @step12 def some_step() -> MyFloatType:13 return MyFloatType(3.0)14 with does_not_raise():15 some_step()()16def test_producer_with_parameter_with_more_than_one_baseclass():17 """Tests if the producer selection work where the parameter has more18 than one baseclass, however only one of the types is registered"""19 class MyOtherType:20 pass21 class MyFloatType(float, MyOtherType):22 pass23 @step24 def some_step() -> MyFloatType:25 return MyFloatType(3.0)26 with does_not_raise():27 some_step()()28def test_producer_with_parameter_with_more_than_one_conflicting_baseclass():29 """Tests the case where the output parameter is inheriting from more than30 one baseclass which have different default producers"""31 class MyFirstType:32 pass33 class MySecondType:34 pass35 class MyFirstProducer(BaseProducer):36 TYPES = (MyFirstType,)37 class MySecondProducer(BaseProducer):38 TYPES = (MySecondType,)39 class MyConflictingType(MyFirstType, MySecondType):40 pass41 @step42 def some_step() -> MyConflictingType:43 return MyConflictingType()44 with pytest.raises(StepInterfaceError):45 some_step()()46def test_producer_with_conflicting_parameter_and_explicit_producer():47 """Tests the case where the output parameter is inheriting from more than48 one baseclass which have different default producers but the49 producer is explicitly defined"""50 class MyFirstType:51 pass52 class MySecondType:53 pass54 class MyFirstProducer(BaseProducer):55 TYPES = (MyFirstType,)56 class MySecondProducer(BaseProducer):57 TYPES = (MySecondType,)58 class MyConflictingType(MyFirstType, MySecondType):59 pass60 @step61 def some_step() -> MyConflictingType:62 return MyConflictingType()63 with does_not_raise():...
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