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How to use test_scenario method in pytest-bdd

Best Python code snippet using pytest-bdd_python

__main__.py

Source:__main__.py

1# Copyright 2016-2020, Pulumi Corporation.  All rights reserved.2import pulumi3from pulumi_policy import (4    EnforcementLevel,5    PolicyConfigSchema,6    PolicyPack,7    ResourceValidationPolicy,8    StackValidationPolicy,9)10schema = None11initial_config = None12verify = None13test_scenario = pulumi.Config().require_int("scenario")14if test_scenario == 1:15    # Test scenario 1: String from config.16    schema = PolicyConfigSchema(17        properties={18            "foo": {"type": "string"},19        },20    )21    def check(config):22        assert config["foo"] == "bar"23    verify = check24elif test_scenario == 2:25    # Test scenario 2: Default string value specified in schema used.26    schema = PolicyConfigSchema(27        properties={28            "foo": {29                "type": "string",30                "default": "bar",31            },32        },33    )34    def check(config):35        assert config["foo"] == "bar"36    verify = check37elif test_scenario == 3:38    # Test scenario 3: Default number value specified in schema used.39    schema = PolicyConfigSchema(40        properties={41            "foo": {42                "type": "number",43                "default": 42,44            },45        },46    )47    def check(config):48        assert config["foo"] == 4249    verify = check50elif test_scenario == 4:51    # Test scenario 4: Specified config value overrides default value.52    schema = PolicyConfigSchema(53        properties={54            "foo": {55                "type": "string",56                "default": "bar",57            },58        },59    )60    def check(config):61        assert config["foo"] == "overridden"62    verify = check63elif test_scenario == 5:64    # Test scenario 5: Default value specified in schema for required field used.65    schema = PolicyConfigSchema(66        properties={67            "foo": {68                "type": "string",69                "default": "bar",70            },71        },72        required=["foo"],73    )74    def check(config):75        assert config["foo"] == "bar"76    verify = check77elif test_scenario == 6:78    # Test scenario 6: Required config property not set.79    schema = PolicyConfigSchema(80        properties={81            "foo": {82                "type": "string",83            },84        },85        required=["foo"],86    )87elif test_scenario == 7:88    # Test scenario 7: Default value set to incorrect type.89    schema = PolicyConfigSchema(90        properties={91            "foo": {92                "type": "string",93                "default": 1,94            },95        },96    )97elif test_scenario == 8:98    # Test scenario 8: Default value too long.99    schema = PolicyConfigSchema(100        properties={101            "foo": {102                "type": "string",103                "maxLength": 3,104                "default": "this value is too long",105            },106        },107    )108elif test_scenario == 9:109    # Test scenario 9: Default value too short.110    schema = PolicyConfigSchema(111        properties={112            "foo": {113                "type": "string",114                "minLength": 50,115                "default": "this value is too short",116            },117        },118    )119elif test_scenario == 10:120    # Test scenario 10: Default value set to invalid enum value.121    schema = PolicyConfigSchema(122        properties={123            "foo": {124                "type": "string",125                "enum": ["bar", "baz"],126                "default": "blah",127            },128        },129    )130elif test_scenario == 11:131    # Test scenario 11: Default value set to invalid constant value.132    schema = PolicyConfigSchema(133        properties={134            "foo": {135                "const": "bar",136                "default": "blah",137            },138        },139    )140elif test_scenario == 12:141    # Test scenario 12: Incorrect type.142    schema = PolicyConfigSchema(143        properties={144            "foo": {145                "type": "string",146            },147        },148    )149elif test_scenario == 13:150    # Test scenario 13: Invalid enum value.151    schema = PolicyConfigSchema(152        properties={153            "foo": {154                "enum": ["bar", "baz"],155            },156        },157    )158elif test_scenario == 14:159    # Test scenario 14: Invalid constant value.160    schema = PolicyConfigSchema(161        properties={162            "foo": {163                "const": "bar",164            },165        },166    )167elif test_scenario == 15:168    # Test scenario 15: Invalid constant value.169    schema = PolicyConfigSchema(170        properties={171            "foo": {172                "type": "string",173                "maxLength": 3,174            },175            "bar": {176                "type": "integer",177            },178        },179    )180elif test_scenario == 16:181    # Test scenario 16: Number (int) from config.182    schema = PolicyConfigSchema(183        properties={184            "foo": {185                "type": "number",186            },187        },188    )189    def check(config):190        assert config["foo"] == 42191    verify = check192elif test_scenario == 17:193    # Test scenario 17: Number (float) from config.194    schema = PolicyConfigSchema(195        properties={196            "foo": {197                "type": "number",198            },199        },200    )201    def check(config):202        assert config["foo"] == 3.14203    verify = check204elif test_scenario == 18:205    # Test scenario 18: Integer from config.206    schema = PolicyConfigSchema(207        properties={208            "foo": {209                "type": "integer",210            },211        },212    )213    def check(config):214        assert config["foo"] == 42215    verify = check216elif test_scenario == 19:217    # Test scenario 19: Boolean (true) from config.218    schema = PolicyConfigSchema(219        properties={220            "foo": {221                "type": "boolean",222            },223        },224    )225    def check(config):226        assert config["foo"] == True227    verify = check228elif test_scenario == 20:229    # Test scenario 20: Boolean (false) from config.230    schema = PolicyConfigSchema(231        properties={232            "foo": {233                "type": "boolean",234            },235        },236    )237    def check(config):238        assert config["foo"] == False239    verify = check240elif test_scenario == 21:241    # Test scenario 21: Object from config.242    schema = PolicyConfigSchema(243        properties={244            "foo": {245                "type": "object",246            },247        },248    )249    def check(config):250        assert isinstance(config["foo"], dict)251        assert config["foo"]["bar"] == "baz"252    verify = check253elif test_scenario == 22:254    # Test scenario 22: Array from config.255    schema = PolicyConfigSchema(256        properties={257            "foo": {258                "type": "array",259            },260        },261    )262    def check(config):263        assert isinstance(config["foo"], list)264        assert len(config["foo"]) == 3265        assert config["foo"][0] == "a"266        assert config["foo"][1] == "b"267        assert config["foo"][2] == "c"268    verify = check269elif test_scenario == 23:270    # Test scenario 23: Null from config.271    schema = PolicyConfigSchema(272        properties={273            "foo": {274                "type": "null",275            },276        },277    )278    def check(config):279        assert config["foo"] is None280    verify = check281elif test_scenario == 24:282    # Test scenario 24: Initial config.283    schema = PolicyConfigSchema(284        properties={285            "foo": {286                "type": "string",287            },288        },289    )290    initial_config = {291        "resource-validation": {292            "foo": "hello world",293        },294        "stack-validation": {295            "foo": "hello world",296        },297    }298    def check(config):299        assert config["foo"] == "hello world"300    verify = check301elif test_scenario == 25:302    # Test scenario 25: Initial config overridden.303    schema = PolicyConfigSchema(304        properties={305            "foo": {306                "type": "string",307            },308        },309    )310    initial_config = {311        "resource-validation": {312            "foo": "hello world",313        },314        "stack-validation": {315            "foo": "hello world",316        },317    }318    def check(config):319        assert config["foo"] == "overridden"320    verify = check321else:322    raise AssertionError(f"Unexpected test_scenario {test_scenario}.")323def validate(args, report_violation):324    if verify is not None:325        verify(args.get_config())326PolicyPack(327    name="config-policy",328    enforcement_level=EnforcementLevel.MANDATORY,329    policies=[330        ResourceValidationPolicy(331            name="resource-validation",332            description="Verifies policy config during resource validation.",333            validate=validate,334            config_schema=schema,335        ),336        StackValidationPolicy(337            name="stack-validation",338            description="Verifies policy config during stack validation.",339            validate=validate,340            config_schema=schema,341        ),342    ],343    initial_config=initial_config,...

test_with_test_spec.py

Source:test_with_test_spec.py

1import unittest2from inspect import getmodule, currentframe3from unittest_specs import expect4from unittest_specs.with_test_spec import scenario, setup, run, teardown, assertion5class TestWithScenarioDSL(unittest.TestCase):6    def setUp(self) -> None:7        def increment():8            self.test_value += 19        self.test_value = 010        self.increment = increment11    def tearDown(self) -> None:12        module = getmodule(currentframe())13        if "TestSuite" in module.__dict__:14            if "test_scenario" in module.__dict__["TestSuite"].__dict__:15                module.__dict__["TestSuite"] = type("TestSuite", (unittest.TestCase,), {})16    def test_with_statement_registers_class_in_module(self):17        with scenario("test scenario"):18            pass19        module = getmodule(currentframe())20        self.assertEqual(module.__dict__["TestSuite"].__name__, "TestSuite")21    def test_with_statement_registers_scenario_function_in_class(self):22        with scenario("test scenario"):23            pass24        module = getmodule(currentframe())25        self.assertEqual(module.__dict__["TestSuite"].__dict__["test_scenario"].__name__, "test_scenario")26    def test_with_statement_registers_two_scenario_function_in_class(self):27        with scenario("first test scenario"):28            pass29        with scenario("second test scenario"):30            pass31        module = getmodule(currentframe())32        self.assertEqual(module.__dict__["TestSuite"].__dict__["test_first_test_scenario"].__name__, "test_first_test_scenario")33        self.assertEqual(module.__dict__["TestSuite"].__dict__["test_second_test_scenario"].__name__, "test_second_test_scenario")34    def test_execution_throws_exception_when_no_run_action_is_defined(self):35        with scenario("test scenario"):36            pass37        module = getmodule(currentframe())38        test_run = module.__dict__["TestSuite"].__dict__["test_scenario"]39        self.assertRaises(Exception, test_run)40    def test_setup_adds_setup_action_to_test_execution(self):41        with scenario("test scenario") as test_scenario:42            test_scenario @ setup << self.increment43            test_scenario @ run << (lambda: print(""))44        module = getmodule(currentframe())45        module.__dict__["TestSuite"].__dict__["test_scenario"]()46        self.assertEqual(1, self.test_value)47    def test_setup_adds_two_setup_actions_to_test_execution(self):48        with scenario("test scenario") as test_scenario:49            test_scenario @ setup << self.increment50            test_scenario @ setup << self.increment51            test_scenario @ run << (lambda: print(""))52        module = getmodule(currentframe())53        module.__dict__["TestSuite"].__dict__["test_scenario"]()54        self.assertEqual(2, self.test_value)55    def test_run_sets_test_execution_action(self):56        with scenario("test scenario") as test_scenario:57            test_scenario @ run << self.increment58        module = getmodule(currentframe())59        module.__dict__["TestSuite"].__dict__["test_scenario"]()60        self.assertEqual(1, self.test_value)61    def test_setting_a_second_run_action_throws_an_exception(self):62        def create_scenario():63            with scenario("test scenario") as test_scenario:64                test_scenario @ run << self.increment65                test_scenario @ run << self.increment66        self.assertRaises(Exception, create_scenario)67    def test_teardown_adds_teardown_action_to_test_execution(self):68        with scenario("test scenario") as test_scenario:69            test_scenario @ run << (lambda: print(""))70            test_scenario @ teardown << self.increment71        module = getmodule(currentframe())72        module.__dict__["TestSuite"].__dict__["test_scenario"]()73        self.assertEqual(1, self.test_value)74    def test_teardown_adds_two_teardown_actions_to_test_execution(self):75        with scenario("test scenario") as test_scenario:76            test_scenario @ run << (lambda: print(""))77            test_scenario @ teardown << self.increment78            test_scenario @ teardown << self.increment79        module = getmodule(currentframe())80        module.__dict__["TestSuite"].__dict__["test_scenario"]()81        self.assertEqual(2, self.test_value)82with scenario("free standing scenario") as standalone_test_scenario:83    class Adder:84        def __init__(self):85            self.__result = 086        def perform_addition(self, a, b):87            self.__result = a + b88        def reset_result(self):89            self.__result = 090        @property91        def result(self):92            return self.__result93    adder = Adder()94    standalone_test_scenario @ setup << (lambda: adder.reset_result())95    standalone_test_scenario @ run << (lambda: adder.perform_addition(1, 4))96    standalone_test_scenario @ assertion << expect(lambda: adder.result).to_be(5)...

get_all_corrections.py

Source:get_all_corrections.py

1#!/usr/bin/env python32import subprocess3import json4import sys5import os6def CopyAndAdapt(test_scenario):7  # Move the old corrections to a stored file8  correction_file =  "scripts/srtr/brass/results/{}_corrections.txt".format(test_scenario)9  command = "mv scripts/srtr/brass/results/correction_trace.txt {}".format(correction_file)10  result = subprocess.call(command, shell=True)11  # Get the adaptation from SRTR12  command = "./bin/srtr_brass {}".format(correction_file)13  result = subprocess.call(command, shell=True)14  command = "mv brass_srtr.json scripts/srtr/brass/results/adaptations/{}_adaptation.json".format(test_scenario)15  result = subprocess.call(command, shell=True)16  command = "mv brass_srtr_starved.json scripts/srtr/brass/results/adaptations/{}_starved_adaptation.json".format(test_scenario)17  result = subprocess.call(command, shell=True)18directory_path = "scripts/srtr/brass/results/"19nominal_path = directory_path + "nominal_traces/"20degraded_path = directory_path + "degraded_traces/"21test_scenario = ""22for file in sorted(os.listdir(nominal_path)):23  filename = os.fsdecode(file)24  nominal_file = nominal_path + filename25  degraded_file = degraded_path + filename26  first_underscore = filename.find("_")27  current_scenario = filename[:first_underscore]28  # Identify if we've changed test scenarios or not29  if (current_scenario != test_scenario and test_scenario != ""):30    print("Adapting")31    CopyAndAdapt(test_scenario)32  test_scenario = current_scenario33  # Run the correction generation34  if (os.path.isfile(nominal_file) and os.path.isfile(degraded_file)):35    command = "./bin/gen_corrections {} {}".format(nominal_file,36                                                   degraded_file)37    result = subprocess.call(command, shell=True)38# Finish the last test scenario...

tests.py

Source:tests.py

1from django.test import TestCase2# Create your tests here.3from game.models import Scenario, Input4import random5n_scenarios = 106test_scenarios = []7class gameTest(TestCase):8    fixtures = ['test_data.xml']9    def test_index(self):10        print("testing index...")11        resp=self.client.get('/game')12        self.assertEqual(resp.status_code, 200)13    def test_game(self):14        print("t6esting game...")15        resp=self.client.get('/game/play')16        self.assertEqual(resp.status_code, 200)17        print("SKIPPED TESTING GAME")18    #tests the creation of several scenarios, from input variables for the scenario fields19    def test_create(self):20        for i in range(0, n_scenarios):21            test_scenario = {"text": "Test Scenario "+str(i), "scenario_id": i, "order_n": 0}22            test_scenarios.append(test_scenario)23        for test_scenario in test_scenarios:24            Scenario.objects.create(text = test_scenario["text"], scenario_id= test_scenario["scenario_id"], order_n= test_scenario["order_n"] )25        self.assertEqual(len(test_scenarios), Scenario.objects.all().count())26        self.assertEqual(len(test_scenarios), n_scenarios)...

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