Join the 1-day Testing & QA Summit featuring 15+ Expert Speakers.Register for FREE! Join TestMu Conference

How to use add_attributes method in autotest

Best Python code snippet using autotest_python

test_entity.py

Source:test_entity.py

...9            Entity(" PARTICIPANT: numero, nom, adresse "),10            Entity("PARTICIPANT :numero ,nom ,adresse"),11        ]12        for e in entities:13            e.add_attributes([])14            self.assertEqual(e.name, "PARTICIPANT")15            self.assertEqual(e.name_view, "PARTICIPANT")16            self.assertEqual([a.label for a in e.attributes], ["numero", "nom", "adresse"])17            self.assertEqual([a.get_category() for a in e.attributes], ["strong", "simple", "simple"])18    def test_data_types(self):19        e = Entity("PARTICIPANT: numero [type1], nom [type2] , adresse[type3]")20        e.add_attributes([])21        self.assertEqual([a.label for a in e.attributes], ["numero", "nom", "adresse"])22        self.assertEqual([a.data_type for a in e.attributes], ["type1", "type2", "type3"])23        e = Entity("PARTICIPANT: numero [type a,b,c], nom [type2], adresse [type3]")24        e.add_attributes([])25        self.assertEqual([a.data_type for a in e.attributes], ["type a,b,c", "type2", "type3"])26        e = Entity("PARTICIPANT: numero [], nom, adresse [type3]")27        e.add_attributes([])28        self.assertEqual([a.data_type for a in e.attributes], ["", None, "type3"])29        e = Entity("PARTICIPANT: numero [, nom, adresse")30        e.add_attributes([])31        self.assertEqual([a.data_type for a in e.attributes], [None, None, None])32    def test_numbered_entity(self):33        e = Entity("PARTICIPANT5: numero, nom, adresse")34        e.add_attributes([])35        self.assertEqual(e.name, "PARTICIPANT5")36        self.assertEqual(e.name_view, "PARTICIPANT")37    def test_blank(self):38        e = Entity("MOT-CLEF: mot-clÃ©, ,")39        e.add_attributes([])40        self.assertEqual([a.label for a in e.attributes], ["mot-clÃ©", "", ""])41        self.assertEqual([a.get_category() for a in e.attributes], ["strong", "phantom", "phantom"])42    def test_all_blank(self):43        e = Entity("BLANK: , ,")44        e.add_attributes([])45        self.assertEqual([a.label for a in e.attributes], ["", "", ""])46        self.assertEqual([a.get_category() for a in e.attributes], ["phantom", "phantom", "phantom"])47    def test_no_identifier_at_first_position(self):48        e = Entity("POSITION: _abscisse, ordonnee")49        e.add_attributes([])50        self.assertEqual([a.label for a in e.attributes], ["abscisse", "ordonnee"])51        self.assertEqual([a.get_category() for a in e.attributes], ["simple", "simple"])52    def test_no_identifier_for_children(self):53        e = Entity("POSITION: abscisse, _ordonnee")54        e.add_attributes([], is_child=True)55        self.assertEqual([a.label for a in e.attributes], ["abscisse", "ordonnee"])56        self.assertEqual([a.get_category() for a in e.attributes], ["simple", "simple"])57    def test_multiple_strong_identifier(self):58        e = Entity("POSITION: abscisse, _ordonnee")59        e.add_attributes([])60        self.assertEqual([a.label for a in e.attributes], ["abscisse", "ordonnee"])61        self.assertEqual([a.get_category() for a in e.attributes], ["strong", "strong"])62    def test_weak_identifier(self):63        e = Entity("LIVRE: Num. exemplaire, Etat du livre, Date d'achat")64        e.add_attributes(["placeholder"])65        self.assertEqual([a.label for a in e.attributes], ["Num. exemplaire", "Etat du livre", "Date d'achat"])66        self.assertEqual([a.get_category() for a in e.attributes], ["weak", "simple", "simple"])67    def test_weak_composite_identifier(self):68        e = Entity("POSITION: abscisse, _ordonnee, foobar")69        e.add_attributes(["placeholder"])70        self.assertEqual([a.label for a in e.attributes], ["abscisse", "ordonnee", "foobar"])71        self.assertEqual([a.get_category() for a in e.attributes], ["weak", "weak", "simple"])72    def test_backslash_suppression(self):73        e = Entity("PARTICIPANT\: numero\, \tnom\t, ad\\resse")74        e.add_attributes([])75        self.assertEqual(e.name, "PARTICIPANT")76        self.assertEqual(e.name_view, "PARTICIPANT")77        self.assertEqual([a.label for a in e.attributes], ["numero", "nom", "adresse"])78if __name__ == '__main__':...

displayer.py

Source:displayer.py

...5import numpy as np6class NSGANetDisplay(Display):7    def _do(self, ga):8        self.display_top = -19        self.add_attributes('n_gens', ga.n_gens) 10        self.add_attributes('n_evals', ga.n_evals) 11        self.add_attributes('error_rate', ga.F_pop[ga.elite_idx])12        self.add_attributes('flops', ga.F_pop[ga.elite_idx])13        now = time.time()14        self.add_attributes('time', now - ga.start_time)15        self.add_attributes('architecture', ga.pop[ga.elite_idx])16class SODisplay(Display):17    def _do(self, algorithm):18        self.display_top = 1019        self.add_attributes('mean', algorithm.fitness_pop.mean())20        self.add_attributes('std', algorithm.fitness_pop.std())21        self.add_attributes('n_gens', algorithm.n_gens)22        self.add_attributes('n_evals', algorithm.n_evals)23        self.add_attributes('elite', algorithm.pop[algorithm.elite_idx])24def print_info(self):25    n_params = (np.sum(np.prod(v.size()) for v in filter(lambda p: p.requires_grad, self.model.parameters())) / 1e6)26    self.model = add_flops_counting_methods(self.model)27    self.model.eval()28    self.model.start_flops_count()29    random_data = torch.randn(1, *self.data_info['input_size'])30    self.model(torch.autograd.Variable(random_data).to(self.device))31    n_flops = np.round(self.model.compute_average_flops_cost() / 1e6, 4)...

logger.py

Source:logger.py

1import time2from model.log_saver import LogSaver3class NSGANetLogSaver(LogSaver):4    def _do(self, ga):5        self.add_attributes('architecture', ga.pop[ga.elite_idx])6        self.add_attributes('error_rate', ga.F_pop[ga.elite_idx])7        self.add_attributes('flops', ga.F_pop[ga.elite_idx])8        self.add_attributes('n_gens', ga.n_gens) 9        self.add_attributes('n_evals', ga.n_evals) 10        11        now = time.time()12        self.add_attributes('time', now - ga.start_time)13class SOLogSaver(LogSaver):14    def _do(self, algorithm):15        self.add_attributes('mean', algorithm.fitness_pop.mean())16        self.add_attributes('std', algorithm.fitness_pop.std())17        self.add_attributes('n_gens', algorithm.n_gens)18        self.add_attributes('n_evals', algorithm.n_evals)...

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.