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How to use unique_id method in avocado
Best Python code snippet using avocado_python
common_tests.py
Source:common_tests.py 
1# -*- coding: utf-8 -*-2import warnings3warnings.filterwarnings("ignore", category=RuntimeWarning)4warnings.resetwarnings()5class Generic(object):6 """Generic class for unit testing :mod:`pydblite.pydblite` and :mod:`pydblite.sqlite`"""7 def test_create_index(self):8 indices = self.filter_db.get_indices()9 self.assertEqual(indices, [])10 self.filter_db.create_index("name")11 indices = self.filter_db.get_indices()12 self.assertEqual(indices, ["name"])13 self.filter_db.create_index("active")14 indices = self.filter_db.get_indices()15 self.assertTrue("active" in indices)16 self.assertTrue("name" in indices)17 self.assertEqual(len(indices), 2)18 def test_delete_index(self):19 self.filter_db.create_index("name")20 self.filter_db.create_index("active")21 self.filter_db.delete_index("name")22 self.assertEqual(self.filter_db.get_indices(), ["active"])23 self.filter_db.delete_index("active")24 self.assertEqual(self.filter_db.get_indices(), [])25 def test_add_field(self):26 self.setup_db_for_filter()27 self.filter_db.add_field('age', column_type='INTEGER')28 # Check the value of age field for record that existed29 # before the new field was adde30 record = self.filter_db(unique_id=4)[0]31 self.assertEqual(record["age"], None)32 # Check value of age field for new record with age value33 status = {"unique_id": 110, 'age': 10}34 self.filter_db.insert(**status)35 record = self.filter_db(unique_id=110)[0]36 self.assertEqual(record["age"], 10)37 # Check value of age field for new record with no age value38 status = {"unique_id": 111}39 self.filter_db.insert(**status)40 record = self.filter_db(unique_id=111)[0]41 self.assertEqual(record["age"], None)42 def test_add_field_with_default_value(self):43 self.setup_db_for_filter()44 self.filter_db.add_field('age', column_type='INTEGER', default=5)45 # Check the value of age field for record that existed46 # before the new field was adde47 record = self.filter_db(unique_id=4)[0]48 self.assertEqual(record["age"], 5)49 # Check value of age field for new record with age value50 status = {"unique_id": 110, 'age': 10}51 self.filter_db.insert(**status)52 record = self.filter_db(unique_id=110)[0]53 self.assertEqual(record["age"], 10)54 # Check value of age field for new record with no age value55 status = {"unique_id": 111}56 record_id = self.filter_db.insert(**status)57 record = self.filter_db[record_id]58 self.assertEqual(record["age"], 5)59 def test_insert(self):60 status = {"unique_id": 1}61 res = self.filter_db.insert(**status)62 # First database record id should be 063 self.assertEqual(res, self.first_record_id)64 self.assertEqual(len(self.filter_db), 1)65 status = {"unique_id": 2}66 res = self.filter_db.insert(**status)67 # Second database record id should be 168 self.assertEqual(res, self.first_record_id + 1)69 self.assertEqual(len(self.filter_db), 2)70 def test_insert_values_in_order(self):71 status = (1,)72 res = self.filter_db.insert(*status)73 # First database record id should be 074 self.assertEqual(res, self.first_record_id)75 self.assertEqual(len(self.filter_db), 1)76 status = (2, "name_value", False)77 res = self.filter_db.insert(*status)78 # Second database record id should be 179 self.assertEqual(res, self.first_record_id + 1)80 self.assertEqual(len(self.filter_db), 2)81 rec = self.filter_db[res]82 # Verify that the values inserted in order are correct83 self.assertEqual(rec["unique_id"], status[0])84 self.assertEqual(rec["name"], status[1])85 self.assertEqual(rec["active"], status[2])86 def test_update(self):87 self.setup_db_for_filter()88 record = self.filter_db(unique_id=4)[0]89 self.filter_db.update(record, name=record['name'].upper())90 self.assertEqual(self.filter_db[record["__id__"]]["name"], "TEST4")91 def test_select(self):92 self.setup_db_for_filter()93 record = self.filter_db(unique_id=1)[0]94 self.assertTrue(record['active'] == 1 or record['active'] is True)95 self.assertEqual(record["unique_id"], 1)96 self.assertEqual(record["name"], 'Test0')97 def test_select_unicode(self):98 status = {"unique_id": 1, "active": True, "name": u"éçùï"}99 self.filter_db.insert(**status)100 self.assertEqual(self.filter_db(name='foo'), [])101 self.assertEqual(self.filter_db(name=u'éçùï')[0]["unique_id"], 1)102 def test_iter(self):103 self.setup_db_for_filter()104 self.assertEqual(len([x for x in self.filter_db]), len(self.filter_db))105 records = self.filter_db()106 for r in records:107 self.assertEqual([x for x in self.filter_db if x['unique_id'] == r['unique_id']],108 self.filter_db(unique_id=r['unique_id']))109 self.assertEqual([x for x in self.filter_db if x['name'] == r['name']],110 self.filter_db(name=r['name']))111 def test_fetch(self):112 torrent_count = 10113 for i in range(torrent_count):114 status = {"unique_id": i}115 self.filter_db.insert(**status)116 for i in range(torrent_count):117 records = self.filter_db(unique_id=i)118 self.assertEqual(records[0]["unique_id"], i)119 def test_delete(self):120 status = {"unique_id": 1}121 self.filter_db.insert(**status)122 status = {"unique_id": 2}123 self.filter_db.insert(**status)124 records = self.filter_db(unique_id=1)125 deleted_count = self.filter_db.delete(records[0])126 self.assertEqual(1, deleted_count)127 records = self.filter_db(unique_id=1)128 self.assertEqual(records, [])129 # Number of entries left should be 1130 self.assertEqual(len(self.filter_db()), 1)131 records = self.filter_db(unique_id=2)132 deleted_count = self.filter_db.delete(records[0])133 self.assertEqual(len(self.filter_db()), 0)134 def test_del(self):135 status = {"unique_id": 1}136 rec = self.filter_db.insert(**status)137 del self.filter_db[rec]138 self.assertEqual(self.filter_db(name='non-existent'), [])139 self.assertEqual(len(self.filter_db), 0)140 def reset_status_values_for_filter(self):141 self.status = []142 self.status.append({"unique_id": 1, "active": True, "name": "Test0"})143 self.status.append({"unique_id": 2, "active": True, "name": "Test0"})144 self.status.append({"unique_id": 3, "active": True, "name": "test0"})145 self.status.append({"unique_id": 4, "active": True, "name": "Test4"})146 self.status.append({"unique_id": 5, "active": False, "name": "Test4"})147 self.status.append({"unique_id": 6, "active": False, "name": "Test6"})148 self.status.append({"unique_id": 7, "active": False, "name": "Test7"})149 def setup_db_for_filter(self):150 self.reset_status_values_for_filter()151 res = self.filter_db.insert(self.status)152 self.assertTrue(res is None or res == 7) # Depends on the database driver...153 def test_filter_len(self):154 self.setup_db_for_filter()155 f = self.filter_db.filter()156 self.assertEqual(len(f), len(self.status))157 def test_filter_equals(self):158 self.setup_db_for_filter()159 self.assertEqual(len((self.filter_db("active") == True)), 4) # noqa160 def test_filter_not_equals(self):161 self.setup_db_for_filter()162 self.assertEqual(len((self.filter_db("active") != True)), 3) # noqa163 def test_filter_in(self):164 """Test IN ( == with a list"""165 self.setup_db_for_filter()166 self.assertEqual(len(self.filter_db("name") == ["Test4", "Test7"]), 3)167 def test_filter_greater(self):168 self.setup_db_for_filter()169 self.assertEqual(len((self.filter_db("unique_id") > 4)), 3)170 def test_filter_greater_equals(self):171 self.setup_db_for_filter()172 self.assertEqual(len((self.filter_db("unique_id") >= 4)), 4)173 def test_filter_less(self):174 self.setup_db_for_filter()175 self.assertEqual(len((self.filter_db("unique_id") < 3)), 2)176 def test_filter_less_equals(self):177 self.setup_db_for_filter()178 self.assertEqual(len((self.filter_db("unique_id") <= 3)), 3)179 def test_filter_ilike(self):180 """Test text case sensitive"""181 self.setup_db_for_filter()182 self.assertEqual(len(self.filter_db("name").ilike("Test")), 6)183 self.assertEqual(len(self.filter_db("name").ilike("Test0")), 2)184 def test_filter_like(self):185 """Test text case insensitive"""186 self.setup_db_for_filter()187 self.assertEqual(len(self.filter_db("name").like("Test")), 7)188 self.assertEqual(len(self.filter_db("name").like("Test0")), 3)189 def test_filter_and(self):190 """Test AND"""191 self.setup_db_for_filter()192 f = (self.filter_db.filter() &193 (self.filter_db.filter(key="name") == "Test4"))194 self.assertEqual(str(f), "name = 'Test4'")195 f = ((self.filter_db.filter(key="name") == "Test4") &196 (self.filter_db.filter(key="active") == False)) # noqa197 self.assertEqual(str(f), "((active = 0) AND (name = 'Test4'))")198 self.assertEqual(len(f), 1)199 def test_filter_or(self):200 """Test OR"""201 self.setup_db_for_filter()202 f = (self.filter_db.filter() |203 (self.filter_db.filter(key="name") == "Test4"))204 self.assertEqual(str(f), "name = 'Test4'")205 f = ((self.filter_db.filter(key="name") == "Test4") |206 (self.filter_db.filter(key="active") == False)) # noqa207 self.assertEqual(str(f), "((active = 0) OR (name = 'Test4'))")208 self.assertEqual(len(f), 4)209 def test_len_with_filter(self):210 self.setup_db_for_filter()211 f = self.filter_db.filter()212 f |= (self.filter_db("active") == True) # noqa213 self.assertEquals(self.filter_db._len(f), 4)214 def test_len_with_filter_non_matching(self):215 self.setup_db_for_filter()216 f = self.filter_db.filter()217 f |= (self.filter_db("unique_id") == -1) # Will not match any entries218 self.assertEqual(self.filter_db._len(f), 0)219 def test_filter_get_unique_ids(self):220 self.setup_db_for_filter()221 ids = self.filter_db.get_unique_ids("name")222 self.assertEqual(ids, set(['Test0', 'Test6', 'Test4', 'Test7', 'test0']))223 def test_filter_get_unique_ids_with_filter(self):224 self.setup_db_for_filter()225 f = self.filter_db.filter()226 f |= (self.filter_db("active") == True) # noqa227 ids = self.filter_db.get_unique_ids("name", f)228 self.assertEquals(ids, set(['Test0', 'Test4', 'test0']))229 def test_filter_get_unique_ids_with_filter_non_matching(self):230 self.setup_db_for_filter()231 f = self.filter_db.filter() | (self.filter_db("unique_id") == -1) # Will not match any232 ids = self.filter_db.get_unique_ids("name", f)233 self.assertEqual(ids, set())234 def make_group_count_result(self, key, test_key=None, test_val=None):235 counts = {}236 for e in self.status:237 if test_key and e[test_key] != test_val:238 continue239 counts[e[key]] = counts.get(e[key], 0) + 1240 return counts241 def test_get_group_count(self):242 self.setup_db_for_filter()243 counts = self.make_group_count_result("name")244 result = self.filter_db.get_group_count("name")245 for name, count in result:246 self.assertEqual(count, counts[name])247 def test_get_group_count_with_filter(self):248 self.setup_db_for_filter()249 counts = self.make_group_count_result("name", test_key="active", test_val=True)250 f = self.filter_db.filter() | (self.filter_db("active") == True) # noqa251 result = self.filter_db.get_group_count("name", f)252 for name, count in result:253 self.assertEqual(count, counts[name])254 def test_get_group_count_with_filter_non_matching(self):255 self.setup_db_for_filter()256 counts = self.make_group_count_result("name", test_key="unique_id", test_val=-1)257 f = self.filter_db.filter() | (self.filter_db("unique_id") == -1)258 result = self.filter_db.get_group_count("name", f)259 for name, count in result:...
InanimateAgents.py
Source:InanimateAgents.py
1from mesa import Agent2class Item(Agent):3 def __init__(self, unique_id, model):4 super().__init__(unique_id, model)5 def step(self):6 pass7class Desk(Item):8 def __init__(self, unique_id, model):9 super().__init__(unique_id, model)10class DeskInteractive(Item):11 """12 That's basically the chair now.13 """14 def __init__(self, unique_id, model):15 super().__init__(unique_id, model)16class HelpDesk(Item):17 def __init__(self, unique_id, model):18 super().__init__(unique_id, model)19class HelpdeskInteractiveForHelper(Item):20 def __init__(self, unique_id, model):21 super().__init__(unique_id, model)22class HelpdeskInteractiveForHelpee(Item):23 def __init__(self, unique_id, model):24 super().__init__(unique_id, model)25class Office(Item):26 def __init__(self, unique_id, model):27 super().__init__(unique_id, model)28class Shelf(Item):29 def __init__(self, unique_id, model):30 super().__init__(unique_id, model)31class ShelfInteractive(Item):32 def __init__(self, unique_id, model):33 super().__init__(unique_id, model)34class Exit(Item):35 def __init__(self, unique_id, model):36 super().__init__(unique_id, model)37class ExitA(Exit):38 def __init__(self, unique_id, model):39 super().__init__(unique_id, model)40class ExitB(Exit):41 def __init__(self, unique_id, model):42 super().__init__(unique_id, model)43class ExitC(Exit):44 def __init__(self, unique_id, model):45 super().__init__(unique_id, model)46class Wall(Item):47 def __init__(self, unique_id, model):48 super().__init__(unique_id, model)49class Obstacle(Item):50 def __init__(self, unique_id, model):51 super().__init__(unique_id, model)52class WalkableFloor(Item):53 # useful to note: can spawn people on these spaces54 def __init__(self, unique_id, model):55 super().__init__(unique_id, model)56class OutOfBounds(Item):57 def __init__(self, unique_id, model):58 super().__init__(unique_id, model)59class Alarm(Agent):60 def __init__(self, unique_id, model, timer=30):61 super().__init__(unique_id, model)62 self.is_activated = False63 self.starting_time = timer64 self.timer = timer65 self.model.schedule.add(self)66 def step(self):67 self.timer -= 168 if self.timer <= 0:69 self.is_activated = True...
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