Best Python code snippet using assertpy_python
plot_to_tree.py
Source:plot_to_tree.py
...10bank_plot.add_new_event("Police arrives")11bank_plot.add_new_event("Sally calls police")12bank_plot.add_new_event("Police arrests John")13# add before constraints14bank_plot.get_event("Sally puts money in bag").is_before(bank_plot.get_event("Sally gives John bag"))15bank_plot.get_event("Sally puts money in bag").is_before(bank_plot.get_event("Sally presses alarm"))16bank_plot.get_event("Sally gives John bag").is_before(bank_plot.get_event("John takes bag"))17bank_plot.get_event("Sally presses alarm").is_before(bank_plot.get_event("John takes bag"))18bank_plot.get_event("John takes bag").is_before(bank_plot.get_event("John leaves bank"))19bank_plot.get_event("John leaves bank").is_before(bank_plot.get_event("Police arrives"))20bank_plot.get_event("John leaves bank").is_before(bank_plot.get_event("Sally calls police"))21bank_plot.get_event("Sally calls police").is_before(bank_plot.get_event("Police arrests John"))22bank_plot.get_event("Police arrives").is_before(bank_plot.get_event("Police arrests John"))23# add mutual exclution24bank_plot.create_mutual_exclusivity(bank_plot.get_event("Sally presses alarm"), bank_plot.get_event("Sally calls police"))25bank_plot.get_event("Sally presses alarm").set_type("optional")26bank_plot.get_event("Sally calls police").set_type("conditional")27bank_plot.create_mutual_exclusivity(bank_plot.get_event("John leaves bank"), bank_plot.get_event("Police arrives"))28bank_plot.get_event("John leaves bank").set_type("optional")29bank_plot.get_event("Police arrives").set_type("conditional")30#generate bank tree31#bank_tree = tt.Tree()32#bank_tree.generate_tree_from_plot_graph(bank_plot, bank_plot.get_event("Sally puts money in bag"))33#bank_tree.to_string()34prescription_plot = p.Plot_Graph()35prescription_plot.add_new_event("Leave house")36prescription_plot.add_new_event("Go to bank")37prescription_plot.add_new_event("Go to hospital")38prescription_plot.add_new_event("Go to doctor")39prescription_plot.add_new_event("Withdraw money")40prescription_plot.add_new_event("Get prescription hospital")41prescription_plot.add_new_event("Get prescription doctor")42prescription_plot.add_new_event("Don't get prescription hospital")43prescription_plot.add_new_event("Don't get prescription doctor")44prescription_plot.add_new_event("Go to pharmacy")45prescription_plot.add_new_event("Buy strong drugs")46prescription_plot.add_new_event("Buy week drugs")47prescription_plot.add_new_event("Go home")48prescription_plot.get_event("Leave house").is_before(prescription_plot.get_event("Go to bank"))49prescription_plot.get_event("Leave house").is_before(prescription_plot.get_event("Go to hospital"))50prescription_plot.get_event("Leave house").is_before(prescription_plot.get_event("Go to doctor"))51prescription_plot.get_event("Go to bank").is_before(prescription_plot.get_event("Withdraw money"))52prescription_plot.get_event("Go to hospital").is_before(prescription_plot.get_event("Get prescription hospital"))53prescription_plot.get_event("Go to hospital").is_before(prescription_plot.get_event("Don't get prescription hospital"))54prescription_plot.get_event("Go to doctor").is_before(prescription_plot.get_event("Get prescription doctor"))55prescription_plot.get_event("Go to doctor").is_before(prescription_plot.get_event("Don't get prescription doctor"))56prescription_plot.get_event("Withdraw money").is_before(prescription_plot.get_event("Go to pharmacy"))57prescription_plot.get_event("Don't get prescription hospital").is_before(prescription_plot.get_event("Go to pharmacy"))58prescription_plot.get_event("Don't get prescription doctor").is_before(prescription_plot.get_event("Go to pharmacy"))59prescription_plot.get_event("Get prescription hospital").is_before(prescription_plot.get_event("Go to pharmacy"))60prescription_plot.get_event("Get prescription doctor").is_before(prescription_plot.get_event("Go to pharmacy"))61prescription_plot.get_event("Go to pharmacy").is_before(prescription_plot.get_event("Buy strong drugs"))62prescription_plot.get_event("Go to pharmacy").is_before(prescription_plot.get_event("Buy week drugs"))63prescription_plot.get_event("Buy strong drugs").is_before(prescription_plot.get_event("Go home"))64prescription_plot.get_event("Buy week drugs").is_before(prescription_plot.get_event("Go home"))65prescription_plot.create_mutual_exclusivity(prescription_plot.get_event("Get prescription hospital"), \66 prescription_plot.get_event("Don't get prescription hospital"))67prescription_plot.create_mutual_exclusivity(prescription_plot.get_event("Get prescription hospital"), \68 prescription_plot.get_event("Get prescription doctor"))69prescription_plot.create_mutual_exclusivity(prescription_plot.get_event("Don't get prescription doctor"), \70 prescription_plot.get_event("Get prescription doctor"))71prescription_plot.create_mutual_exclusivity(prescription_plot.get_event("Buy strong drugs"), \72 prescription_plot.get_event("Buy week drugs"))73#prescription_plot.create_mutual_exclusivity(prescription_plot.get_event("Get prescription hospital"), \74# prescription_plot.get_event("Buy week drugs"))75#prescription_plot.create_mutual_exclusivity(prescription_plot.get_event("Get prescription doctor"), \76# prescription_plot.get_event("Buy week drugs"))77#prescription_tree = tt.Tree()78#prescription_tree.generate_tree_from_plot_graph(prescription_plot, prescription_plot.get_event("Leave house"))...
reorder_migration_request.py
Source:reorder_migration_request.py
...36 if is_before is not None:37 self.is_before = is_before38 self.id = id39 @property40 def is_before(self):41 """Gets the is_before of this ReorderMigrationRequest. # noqa: E50142 flag indicating whether the migration unit group/migration unit is to be placed before or after the specified migration unit group/migration unit # noqa: E50143 :return: The is_before of this ReorderMigrationRequest. # noqa: E50144 :rtype: bool45 """46 return self._is_before47 @is_before.setter48 def is_before(self, is_before):49 """Sets the is_before of this ReorderMigrationRequest.50 flag indicating whether the migration unit group/migration unit is to be placed before or after the specified migration unit group/migration unit # noqa: E50151 :param is_before: The is_before of this ReorderMigrationRequest. # noqa: E50152 :type: bool53 """54 self._is_before = is_before55 @property56 def id(self):57 """Gets the id of this ReorderMigrationRequest. # noqa: E50158 id of the migration unit group/migration unit before/after which the migration unit group/migration unit is to be placed # noqa: E50159 :return: The id of this ReorderMigrationRequest. # noqa: E50160 :rtype: str61 """62 return self._id...
reorder_request.py
Source:reorder_request.py
...36 if is_before is not None:37 self.is_before = is_before38 self.id = id39 @property40 def is_before(self):41 """Gets the is_before of this ReorderRequest. # noqa: E50142 flag indicating whether the upgrade unit group/upgrade unit is to be placed before or after the specified upgrade unit group/upgrade unit # noqa: E50143 :return: The is_before of this ReorderRequest. # noqa: E50144 :rtype: bool45 """46 return self._is_before47 @is_before.setter48 def is_before(self, is_before):49 """Sets the is_before of this ReorderRequest.50 flag indicating whether the upgrade unit group/upgrade unit is to be placed before or after the specified upgrade unit group/upgrade unit # noqa: E50151 :param is_before: The is_before of this ReorderRequest. # noqa: E50152 :type: bool53 """54 self._is_before = is_before55 @property56 def id(self):57 """Gets the id of this ReorderRequest. # noqa: E50158 id of the upgrade unit group/upgrade unit before/after which the upgrade unit group/upgrade unit is to be placed # noqa: E50159 :return: The id of this ReorderRequest. # noqa: E50160 :rtype: str61 """62 return self._id...
test_computation.py
Source:test_computation.py
1# metametrics/tests/test_computation.py2import unittest3from unittest import skipIf4from metametrics.tests.test_config.test_config import TEST_COMPUTATIONS5from metricspaces import MetricSpace6from greedypermutation.clarksongreedy import greedy7from random import randrange, randint, seed8from scipy.stats import multivariate_normal9from metametrics import Point,naiveHD,greedyHD,calcGreedy,l_inf10class ComputationTest(unittest.TestCase):11 12 def setUp(self):13 test_params = [(30000, 500, False),14 (30000, 5000, False), 15 (30000, 50000, False)]16 self.SEED = 12317 self.metricspaces = dict()18 print("\n= = = = = = = = = =")19 for M, N, is_uniform in test_params:20 if is_uniform:21 seed(self.SEED)22 points = [Point(randrange(5, M-5), randrange(5,M-5)) for i in range(N)]23 else:24 mean = [M, M]25 cov = [[M/2, 0.5*(M/2)], [0.5*(M/2), M/2]]26 mn = multivariate_normal(mean, cov)27 points = [Point(point[0], point[1]) for point in mn.rvs(size=N, random_state=self.SEED).round().astype(int)]28 points = list(dict.fromkeys(points))29 N = len(points)30 print(f"After removing duplicate elements: {N}")31 X = MetricSpace(points = points, dist=l_inf)32 A = X[:N//2]33 B = X[N//2:]34 self.metricspaces[(M, N, is_uniform)] = [A, B]35 def print_cache(self, is_before, A, B):36 if is_before:37 print("Before (Cache Size): ", end='')38 else:39 print("After (Cache Size): ", end='')40 if type(A) == type(B) == type(MetricSpace()):41 print(len(A.cache) + len(B.cache))42 43 def clear_cache(self, A, B):44 A.cache = {}45 B.cache = {}46 47 def print_parameterization_details(self, M, N, is_uniform):48 print("\n=====\n")49 print(f"With M={M} and N={N}")50 51 @skipIf(not TEST_COMPUTATIONS,52 "Skipping computational tests")53 def test_greedy(self):54 for test_param, point_sets in self.metricspaces.items():55 self.print_parameterization_details(*test_param)56 A = point_sets[0]57 B = point_sets[1]58 self.clear_cache(A, B)59 print("Running Greedy Hausdorff Distance")60 self.print_cache(is_before=True, A=A, B=B)61 d_A, d_B = calcGreedy(A, B)62 self.print_cache(is_before=False, A=A, B=B)63 A_g = MetricSpace(points = d_A, dist = A.distfn, cache = {}, turnoffcache = A.turnoffcache)64 B_g = MetricSpace(points = d_B, dist = B.distfn, cache = {}, turnoffcache = B.turnoffcache)65 self.print_cache(is_before=True, A=A_g, B=B_g)66 d = naiveHD(A_g, B_g)67 self.print_cache(is_before=False, A=A_g, B=B_g)68 @skipIf(not TEST_COMPUTATIONS,69 "Skipping computational tests")70 def test_naive(self):71 for test_param, point_sets in self.metricspaces.items():72 self.print_parameterization_details(*test_param)73 A = point_sets[0]74 B = point_sets[1]75 self.clear_cache(A, B)76 print("Running Naive Hausdorff Distance")77 self.print_cache(is_before=True, A=A, B=B)78 d = naiveHD(A, B)79 self.print_cache(is_before=False, A=A, B=B)80if __name__ == '__main__':...
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