Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use set_target method in yandex-tank

Best Python code snippet using yandex-tank

test_cardrules.py

Source:test_cardrules.py

...5    def setUp(self):6        deck = Deck()7        self.card_rules = CardRules(deck)8    def test_reject_straight(self):9        self.card_rules.set_target('J')10        hand = ['7s','9c','10c','8s','Jd']11        self.assertFalse(self.card_rules.check_success(hand))12    def test_reject_flush(self):13        self.card_rules.set_target('9')14        hand = ['7c','9c','6c','5c','2c']15        self.assertFalse(self.card_rules.check_success(hand))16    def test_reject_pairs(self):17        self.card_rules.set_target('8')18        hand = ['7c','8c','7s','5c','2c']19        self.assertFalse(self.card_rules.check_success(hand))20    def test_reject_trips(self):21        self.card_rules.set_target('8')22        hand = ['7c','7d','7s','5c','2c']23        self.assertFalse(self.card_rules.check_success(hand))24    def test_reject_quads(self):25        self.card_rules.set_target('8')26        hand = ['5h','5d','5s','5c','2c']27        self.assertFalse(self.card_rules.check_success(hand))28    def test_reject_full_house(self):29        self.card_rules.set_target('8')30        hand = ['5h','5d','5s','2c','2h']31        self.assertFalse(self.card_rules.check_success(hand))32    def test_reject_high_cards(self):33        # one high card34        self.card_rules.set_target('10')35        hand = ['7c','9c','Js','5c','2c']36        self.assertFalse(self.card_rules.check_success(hand))37        # two high cards38        self.card_rules.set_target('8')39        hand = ['7c','9c','Js','5h','Kc']40        self.assertFalse(self.card_rules.check_success(hand))41    def test_accept_valid_hand(self):42        # valid with highest card == target43        self.card_rules.set_target('10')44        hand = ['7c','9c','10s','5h','8c']45        self.assertTrue(self.card_rules.check_success(hand))46        # valid with highest card < target47        self.card_rules.set_target('10')48        hand = ['7c','9c','2s','5h','8c']49        self.assertTrue(self.card_rules.check_success(hand))50class CardRulesCardsRemovalTests(unittest.TestCase):51    def setUp(self):52        deck = Deck()53        self.card_rules = CardRules(deck)54    def test_remove_high_cards(self):55        self.card_rules.set_target('10')56        hand = ['7c','9c','Js','Kh','8c']57        retained_cards = self.card_rules.apply_rules(hand)58        expected_cards = ['7c','9c','8c']59        self.assertTrue(set(retained_cards)==set(expected_cards))60    def test_remove_pair_of_dominant_suit(self):61        # given a pair, the card from the dominant suit should be removed62        self.card_rules.set_target('J')63        hand = ['7c','9c','9s','6h','8c']64        retained_cards = self.card_rules.apply_rules(hand)65        expected_cards = ['7c','9s','6h','8c']66        self.assertTrue(set(retained_cards)==set(expected_cards))67    def test_remove_pair_of_dominant_suit2(self):68        # when there are no dominant suit (or equality of suits) the second pair card69        # gets removed70        self.card_rules.set_target('J')71        hand = ['7c','9c','9s','6s','8h']72        retained_cards = self.card_rules.apply_rules(hand)73        expected_cards = ['7c','9c','6s','8h']74        self.assertTrue(set(retained_cards)==set(expected_cards))75    def test_remove_second_high_card_given_a_straight(self):76        self.card_rules.set_target('J')77        hand = ['8c','7c','5s','6s','4h']78        retained_cards = self.card_rules.apply_rules(hand)79        expected_cards = ['8c','5s','6s','4h']80        self.assertTrue(set(retained_cards)==set(expected_cards))81    def test_remove_second_high_card_given_a_flush(self):82        self.card_rules.set_target('J')83        hand = ['10c','8c','5c','6c','4c']84        retained_cards = self.card_rules.apply_rules(hand)85        expected_cards = ['10c','5c','6c','4c']...

fit_data.py

Source:fit_data.py

1from sklearn import linear_model2import arisu_data3class FitData(arisu_data.ArisuData):4    def fit(self):5        set_feature, set_target = self.__get_features_target()6        regs = []7        for idx in range(5):8            regs.append(linear_model.LinearRegression())9            regs[idx].fit(set_feature[idx], set_target[idx])10        for aq in self.arisuqs:11            if not aq.is_loss:12                continue13            idx, features = aq.get_lossy_features()14            est = regs[idx - 1].predict([features])15            aq.set_feature(idx, est[0])16    def __get_features_target(self):17        set_feature = [[], [], [], [], []]18        set_target = [[], [], [], [], []]19        for aq in self.arisuqs:20            if aq.is_loss:21                continue22            features = aq.get_features()23            set_feature[0].append(features[1:])24            set_target[0].append(features[0])25            set_feature[1].append(features[0:1] + features[2:])26            set_target[1].append(features[1])27            set_feature[2].append(features[0:2] + features[3:])28            set_target[2].append(features[2])29            set_feature[3].append(features[0:3] + features[4:])30            set_target[3].append(features[3])31            set_feature[4].append(features[0:4])32            set_target[4].append(features[4])...

hlc_test.py

Source:hlc_test.py

...12t1 = Target((1,0),0)13t2 = Target((0,-0.5),0)14delay = 11516hlc.set_target(t1)17sleep(delay)18hlc.set_target(t2)19sleep(delay)20hlc.set_target(t1)21sleep(delay)22hlc.set_target(t2)23sleep(delay)24hlc.set_target(t1)25sleep(delay)26hlc.set_target(t2)27sleep(delay)28hlc.set_target(t1)29sleep(delay)3031for i in range(0,1000):32    sleep(0.05)33    hlc.set_target(t1)34    sleep(0.05)35    hlc.set_target(t2)36
...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.