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How to use test_initialization method in avocado

Best Python code snippet using avocado_python

test_exceptions.py

Source:test_exceptions.py

...3    InvalidCredentialType, CredentialNotFound, StepsExecutionError4from kallisticore.lib.credential import EnvironmentUserNamePasswordCredential5from kallisticore.models.trial import TrialStepsType6class TestKallistiCoreException(TestCase):7    def test_initialization(self):8        error_message = "sample error message"9        exception = KallistiCoreException(message=error_message)10        self.assertEqual(error_message, exception.message)11        self.assertIsInstance(exception, KallistiCoreException)12class TestFailedAction(TestCase):13    def test_initialization(self):14        error_message = "sample error message"15        exception = FailedAction(message=error_message)16        self.assertEqual(error_message, exception.message)17        self.assertIsInstance(exception, FailedAction)18        self.assertIsInstance(exception, KallistiCoreException)19class TestInvalidCredentialType(TestCase):20    def test_initialization(self):21        credential_type = "INVALID"22        exception = InvalidCredentialType(credential_type)23        self.assertEqual("Invalid credential type: " + credential_type,24                         exception.message)25        self.assertIsInstance(exception, InvalidCredentialType)26        self.assertIsInstance(exception, KallistiCoreException)27class TestCredentialNotFound(TestCase):28    def test_initialization(self):29        source = EnvironmentUserNamePasswordCredential.__name__30        exception = CredentialNotFound(source, username_key='user',31                                       password_key='pass')32        self.assertEqual("Credential not found. Source: " + source +33                         ", Details: {'username_key': 'user'"34                         ", 'password_key': 'pass'}",35                         exception.message)36        self.assertIsInstance(exception, CredentialNotFound)37        self.assertIsInstance(exception, KallistiCoreException)38class TestStepsExecutionError(TestCase):39    def test_initialization(self):40        exception = StepsExecutionError(TrialStepsType.PRE)41        self.assertEqual(TrialStepsType.PRE, exception.step_type)42        self.assertEqual("\"pre_steps\" failed.", exception.message)43        self.assertIsInstance(exception, StepsExecutionError)44        self.assertIsInstance(exception, KallistiCoreException)45    def test_str(self):46        exception = StepsExecutionError(TrialStepsType.PRE)47        exception.__cause__ = RuntimeError("some-error")48        self.assertEqual("[in: pre_steps, reason: some-error]", str(exception))49    def test_is_pre_steps_exception_when_step_type_is_pre_steps(self):50        exception = StepsExecutionError(TrialStepsType.PRE)51        exception.__cause__ = RuntimeError("some-error")52        self.assertTrue(exception.is_pre_steps_exception())53    def test_is_pre_steps_exception_when_step_type_is_post_steps(self):...

LayersTest.py

Source:LayersTest.py

1import unittest2from ann.Layers import HiddenLayer, LinearRegressionLayer, LogisticRegressionLayer, InputLayer, LeNetConvPoolLayer3class HiddenLayerTest(unittest.TestCase):4    def test_initialization(self):5        # Given, a total of 6 in and out will result into weights between -1 and 1 according to xavier method6        input_layer = InputLayer([3])7        hidden_layer = HiddenLayer(3)8        # When9        hidden_layer.init_weights(seed=1234, input_layer=input_layer)10        # Then11        params = hidden_layer.params12        weights = params[0].eval()13        for column in weights:14            for value in column:15                self.assertTrue(-1 <= value <= 1)16        bias = params[1].eval()17        for b in bias:18            self.assertEqual(b, 0)19class LinearRegressionLayerTest(unittest.TestCase):20    def test_initialization(self):21        # Given, a total of 6 in and out will result into weights between -1 and 1 according to xavier method22        hidden_layer = HiddenLayer(3)23        linear_regression_layer = LinearRegressionLayer(3)24        # When25        linear_regression_layer.init_weights(seed=1234, input_layer=hidden_layer)26        # Then27        params = linear_regression_layer.params28        weights = params[0].eval()29        for column in weights:30            for value in column:31                self.assertTrue(-1 <= value <= 1)32        bias = params[1].eval()33        for b in bias:34            self.assertEqual(b, 0)35class LogisticRegressionTest(unittest.TestCase):36    def test_initialization(self):37        # Given, a total of 6 in and out will result into weights between -1 and 1 according to xavier method38        hidden_layer = HiddenLayer(3)39        linear_regression_layer = LogisticRegressionLayer(3)40        # When41        linear_regression_layer.init_weights(seed=1234, input_layer=hidden_layer)42        # Then43        params = linear_regression_layer.params44        weights = params[0].eval()45        for column in weights:46            for value in column:47                self.assertTrue(-1 <= value <= 1)48        bias = params[1].eval()49        for b in bias:50            self.assertEqual(b, 0)51class LeNetConvPoolLayerTest(unittest.TestCase):52    def test_initialization(self):53        # Given54        input_layer = InputLayer([4, 4])55        conv_layer = LeNetConvPoolLayer(feature_map=1, filter_shape=(2, 2), pool_size=(1, 2))56        # When57        conv_layer.init_weights(seed=1234, input_layer=input_layer)58        # Then59        params = conv_layer.params60        weights_matrix = params[0].eval()61        for dim in weights_matrix:62            for feature_map in dim:63                for column in feature_map:64                    for value in column:65                        self.assertTrue(-1 <= value <= 1)66        bias = params[1].eval()...

tests.py

Source:tests.py

...5    def setUp(self):6        self.new_project=Projects(name='Insta Clone',image='instagram.jpg',description='A clone of the website for the popular photo app Instagram built using Django Python framework.',link='https://instaclone-django.herokuapp.com/',screen1='home1.png',screen2='profile1.png')7    def test_instace(self):8        self.assertTrue(isinstance(self.new_project,Projects))9    def test_initialization(self):10        self.assertEqual(self.new_project.name,"Insta Clone")11        self.assertEqual(self.new_project.image,"instagram.jpg")12        self.assertEqual(self.new_project.description,"A clone of the website for the popular photo app Instagram built using Django Python framework.")13        self.assertEqual(self.new_project.link,"https://instaclone-django.herokuapp.com/")14        self.assertEqual(self.new_project.screen1,"home1.png")15        self.assertEqual(self.new_project.screen2,"profile1.png")16class TestProfile(TestCase):17    def setUp(self):18        self.new_profile=Profile(profile='Victor',bio='The Jig Is Up!',phone="0719890523")19    def test_instance(self):20        self.assertTrue(isinstance(self.new_profile,Profile))21    def test_initialization(self):22        self.assertEqual(self.new_profile.profile,'Victor')23        self.assertEqual(self.new_profile.bio,'The Jig Is Up!')24        self.assertEqual(self.new_profile.phone,"0719890523")25class TestRating(TestCase):26    def setUp(self):27        self.new_rating=Rates(design=0,usability=0,content=0)28    def test_instance(self):29        self.assertTrue(isinstance(self.new_rating,Rates))30    def test_initialization(self):31        self.assertEqual(self.new_rating.design,0)32        self.assertEqual(self.new_rating.usability,0)33        self.assertEqual(self.new_rating.content,0)34class TestComments(TestCase):35    def setUp(self):36        self.new_comment=Comments(comment="This is a sample comment.",pro_id=0)37    def test_instance(self):38        self.assertTrue(isinstance(self.new_comment,Comments))39    def test_initialization(self):40        self.assertEqual(self.new_comment.comment,"This is a sample comment.")41        self.assertEqual(self.new_comment.pro_id,0)...

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