How to use assign_all method in Slash

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api_tester.py

Source:api_tester.py

1"""Helper functions for performing API unit tests."""2import csv3import io4import re5from django.contrib.auth import get_user_model6from django.contrib.auth.models import Group7from django.http.response import StreamingHttpResponse8from rest_framework.test import APITestCase9class UserMixin:10    """Mixin to setup a user and login for tests.11    Use parameters to set username, password, email, roles and permissions.12    """13    # User information14    username = 'testuser'15    password = 'mypassword'16    email = 'test@testing.com'17    superuser = False18    is_staff = True19    auto_login = True20    # Set list of roles automatically associated with the user21    roles = []22    def setUp(self):23        """Setup for all tests."""24        super().setUp()25        # Create a user to log in with26        self.user = get_user_model().objects.create_user(27            username=self.username,28            password=self.password,29            email=self.email30        )31        # Create a group for the user32        self.group = Group.objects.create(name='my_test_group')33        self.user.groups.add(self.group)34        if self.superuser:35            self.user.is_superuser = True36        if self.is_staff:37            self.user.is_staff = True38        self.user.save()39        # Assign all roles if set40        if self.roles == 'all':41            self.assignRole(assign_all=True)42        # else filter the roles43        else:44            for role in self.roles:45                self.assignRole(role)46        if self.auto_login:47            self.client.login(username=self.username, password=self.password)48    def assignRole(self, role=None, assign_all: bool = False):49        """Set the user roles for the registered user."""50        # role is of the format 'rule.permission' e.g. 'part.add'51        if not assign_all and role:52            rule, perm = role.split('.')53        for ruleset in self.group.rule_sets.all():54            if assign_all or ruleset.name == rule:55                if assign_all or perm == 'view':56                    ruleset.can_view = True57                elif assign_all or perm == 'change':58                    ruleset.can_change = True59                elif assign_all or perm == 'delete':60                    ruleset.can_delete = True61                elif assign_all or perm == 'add':62                    ruleset.can_add = True63                ruleset.save()64                break65class InvenTreeAPITestCase(UserMixin, APITestCase):66    """Base class for running InvenTree API tests."""67    def getActions(self, url):68        """Return a dict of the 'actions' available at a given endpoint.69        Makes use of the HTTP 'OPTIONS' method to request this.70        """71        response = self.client.options(url)72        self.assertEqual(response.status_code, 200)73        actions = response.data.get('actions', None)74        if not actions:75            actions = {}76        return actions77    def get(self, url, data=None, expected_code=200):78        """Issue a GET request."""79        # Set default - see B00680        if data is None:81            data = {}82        response = self.client.get(url, data, format='json')83        if expected_code is not None:84            if response.status_code != expected_code:85                print(f"Unexpected response at '{url}':")86                print(response.data)87            self.assertEqual(response.status_code, expected_code)88        return response89    def post(self, url, data=None, expected_code=None, format='json'):90        """Issue a POST request."""91        response = self.client.post(url, data=data, format=format)92        if data is None:93            data = {}94        if expected_code is not None:95            if response.status_code != expected_code:96                print(f"Unexpected response at '{url}': status code = {response.status_code}")97                if hasattr(response, 'data'):98                    print(response.data)99                else:100                    print(f"(response object {type(response)} has no 'data' attribute")101            self.assertEqual(response.status_code, expected_code)102        return response103    def delete(self, url, data=None, expected_code=None, format='json'):104        """Issue a DELETE request."""105        if data is None:106            data = {}107        response = self.client.delete(url, data=data, format=format)108        if expected_code is not None:109            self.assertEqual(response.status_code, expected_code)110        return response111    def patch(self, url, data, expected_code=None, format='json'):112        """Issue a PATCH request."""113        response = self.client.patch(url, data=data, format=format)114        if expected_code is not None:115            self.assertEqual(response.status_code, expected_code)116        return response117    def put(self, url, data, expected_code=None, format='json'):118        """Issue a PUT request."""119        response = self.client.put(url, data=data, format=format)120        if expected_code is not None:121            if response.status_code != expected_code:122                print(f"Unexpected response at '{url}':")123                print(response.data)124            self.assertEqual(response.status_code, expected_code)125        return response126    def options(self, url, expected_code=None):127        """Issue an OPTIONS request."""128        response = self.client.options(url, format='json')129        if expected_code is not None:130            self.assertEqual(response.status_code, expected_code)131        return response132    def download_file(self, url, data, expected_code=None, expected_fn=None, decode=True):133        """Download a file from the server, and return an in-memory file."""134        response = self.client.get(url, data=data, format='json')135        if expected_code is not None:136            self.assertEqual(response.status_code, expected_code)137        # Check that the response is of the correct type138        if not isinstance(response, StreamingHttpResponse):139            raise ValueError("Response is not a StreamingHttpResponse object as expected")140        # Extract filename141        disposition = response.headers['Content-Disposition']142        result = re.search(r'attachment; filename="([\w.]+)"', disposition)143        fn = result.groups()[0]144        if expected_fn is not None:145            self.assertEqual(expected_fn, fn)146        if decode:147            # Decode data and return as StringIO file object148            fo = io.StringIO()149            fo.name = fo150            fo.write(response.getvalue().decode('UTF-8'))151        else:152            # Return a a BytesIO file object153            fo = io.BytesIO()154            fo.name = fn155            fo.write(response.getvalue())156        fo.seek(0)157        return fo158    def process_csv(self, fo, delimiter=',', required_cols=None, excluded_cols=None, required_rows=None):159        """Helper function to process and validate a downloaded csv file."""160        # Check that the correct object type has been passed161        self.assertTrue(isinstance(fo, io.StringIO))162        fo.seek(0)163        reader = csv.reader(fo, delimiter=delimiter)164        headers = []165        rows = []166        for idx, row in enumerate(reader):167            if idx == 0:168                headers = row169            else:170                rows.append(row)171        if required_cols is not None:172            for col in required_cols:173                self.assertIn(col, headers)174        if excluded_cols is not None:175            for col in excluded_cols:176                self.assertNotIn(col, headers)177        if required_rows is not None:178            self.assertEqual(len(rows), required_rows)179        # Return the file data as a list of dict items, based on the headers180        data = []181        for row in rows:182            entry = {}183            for idx, col in enumerate(headers):184                entry[col] = row[idx]185            data.append(entry)...

micro.py

Source:micro.py

...22])23def bench_shuffle(num_values):24    """Benchmarks stand-alone shuffle."""25    values = Array(num_values, sint)26    values.assign_all(1)27    config_bits = default_config_shuffle(values)28    default_shuffle(values, config=config_bits, reverse=False)29def bench_sort(num_values):30    """Benchmarks stand-alone sort."""31    keys = Array(num_values, sint)32    keys.assign_all(1)33    values = Array(num_values, sint)34    values.assign_all(1)35    default_sort(keys, values)36def bench_comp_mat(num_values):37    """Benchmarks naively computing O(n**2) comparison matrix."""38    values = Array(num_values, sint)39    values.assign_all(1)40    comp_mat = Matrix(num_values, num_values, sint)41    @for_range(0, num_values)42    def loop(i):43        @for_range(0, num_values - i)44        def inner(j):45            comp_mat[i][i + j] = values[i] <= values[i + j]46def bench_comp_mat_par(num_values):47    """Benchmarks naively computing O(n**2) comparison matrix."""48    values = Array(num_values, sint)49    values.assign_all(1)50    comp_mat = Matrix(num_values, num_values, sint)51    n_parallel = 3252    @for_range_parallel(n_parallel, num_values)53    def loop(i):54        @for_range_parallel(n_parallel, num_values - i)55        def inner(j):56            comp_mat[i][i + j] = values[i] <= values[i + j]57def bench_argmax_over_fracs(num_values):58    """Benchmarks argmax over fractions."""59    fractions = MultiArray(sizes=[num_values, 3], value_type=sint)60    fractions.assign_all(1)61    argmax_over_fracs(fractions)62def bench_lt_threshold(num_values):63    values = Array(num_values, sint)64    values.assign_all(1)65    lt_threshold(values, sint(1))66def bench_is_last_active(num_values, log_depth_version):67    values = Array(num_values, sint)68    values.assign_all(1)69    is_active = Array(num_values, sint)70    values.assign_all(1)71    compute_is_last_active(values, is_active, log_depth_version)72def run_bench():73    args = program.get_args()74    split_args = args[1].split("-")75    operation = split_args[0]76    num_elements = int(split_args[1])77    print "Running %s on %s values." % (operation, num_elements)78    if operation == "shuffle":79        bench_shuffle(num_values=num_elements)80    elif operation == "sort":81        bench_sort(num_values=num_elements)82    elif operation == "comp_mat":83        bench_comp_mat(num_values=num_elements)84    elif operation == "comp_mat_par":...

Main_Logic.py

Source:Main_Logic.py

1import numpy as np2import initialize_select_v2 as m3import encoder_decoder as ed4import crossoverMutation as cm5weapon_names = []                                   # Weapons list to be encoded 6weapon_instances = []                               # Instances of each weapon also used in encoding7threat_list = []                                    # List of Threat Coefficients for each target8chrom_list = []                                     # population list9# Just for input 10w_name = ""                     11w_inst = ""12# Getting the number of weapons with their names 13while (True):14    w_name, w_inst = input("Enter weapons and number of instances: \n").split(" ")15    if (w_name == "x" or w_inst == "x"):            # Stop Delimeter16        break17    weapon_names.append(w_name)18    weapon_instances.append(int(w_inst))19noftargets= int(input("Enter the number of targets : \n"))      # N of targets [1-> N]20print ("Enter Threat coefficient for each target : ")21# Get Threat coeff. from input22for k in range(noftargets):23    threat_list.append(int(input()))24#print(threat_coeff)25# Initializing probability matrix 26prob_matrix = []27print ("Enter Success probability matrix : ")28for i in range(0, len(weapon_names)):29    a=[]30    for j in range(0, noftargets):31        a.append(float(input()))32    prob_matrix.append(a)33# Encoding Dictionary 34enc = ed.encode(weapon_names, weapon_instances)35best_chrom = []36best_sol = sum(threat_list)37# Main Loop38for f in range(50):39    m.initialize(chrom_list, 5, sum(weapon_instances))40    #print("hromList: "+str(chrom_list))41    assign_all = m.assigne_all(chrom_list, threat_list)42    43    #print ("Assign All : " + str(assign_all))44    selected_chroms = m.select(assign_all, threat_list, enc, weapon_names, prob_matrix)45    46    #print("Selected : " + str(selected_chroms))47    out = cm.crossover(selected_chroms[0], selected_chroms[1])48    #print("CrossOvered " + str(out))49    out2 = cm.mutation(out, threat_list, enc, weapon_names, prob_matrix)50    #print("Mutated : " + str(out2))51    m.replace(out2, selected_chroms, assign_all, threat_list, enc, weapon_names, prob_matrix)52    for k in out2:53        fit_out = m.compute_fitness(k, threat_list, enc, weapon_names, prob_matrix)54        if (fit_out < best_sol) :55            best_chrom = k56            best_sol = fit_out57    58print("Total Expected Threat : " + str(best_sol))59print(best_chrom)60for h in range(1, noftargets+1):61    print("The waepon assigned to target " + str(h) + " is ")...

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