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f66e4785f2
delete_gatekeeper_appointments takes care of deleting data from the Gatekeeper once it has expired / it has been completed
243 lines
9.6 KiB
Python
243 lines
9.6 KiB
Python
import random
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from uuid import uuid4
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from teos.cleaner import Cleaner
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from teos.gatekeeper import UserInfo
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from teos.responder import TransactionTracker
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from common.appointment import Appointment
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from test.teos.unit.conftest import get_random_value_hex
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from common.constants import LOCATOR_LEN_BYTES, LOCATOR_LEN_HEX
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CONFIRMATIONS = 6
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ITEMS = 10
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MAX_ITEMS = 100
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ITERATIONS = 10
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def set_up_appointments(db_manager, total_appointments):
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appointments = dict()
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locator_uuid_map = dict()
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for i in range(total_appointments):
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uuid = uuid4().hex
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locator = get_random_value_hex(LOCATOR_LEN_BYTES)
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appointment = Appointment(locator, None, None)
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appointments[uuid] = {"locator": appointment.locator}
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locator_uuid_map[locator] = [uuid]
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db_manager.store_watcher_appointment(uuid, appointment.to_dict())
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db_manager.create_append_locator_map(locator, uuid)
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# Each locator can have more than one uuid assigned to it.
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if i % 2:
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uuid = uuid4().hex
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appointments[uuid] = {"locator": appointment.locator}
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locator_uuid_map[locator].append(uuid)
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db_manager.store_watcher_appointment(uuid, appointment.to_dict())
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db_manager.create_append_locator_map(locator, uuid)
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return appointments, locator_uuid_map
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def set_up_trackers(db_manager, total_trackers):
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trackers = dict()
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tx_tracker_map = dict()
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for i in range(total_trackers):
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uuid = uuid4().hex
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# We use the same txid for penalty and dispute here, it shouldn't matter
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penalty_txid = get_random_value_hex(32)
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dispute_txid = get_random_value_hex(32)
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locator = dispute_txid[:LOCATOR_LEN_HEX]
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# Assign both penalty_txid and dispute_txid the same id (it shouldn't matter)
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tracker = TransactionTracker(locator, dispute_txid, penalty_txid, None, None)
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trackers[uuid] = {"locator": tracker.locator, "penalty_txid": tracker.penalty_txid}
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tx_tracker_map[penalty_txid] = [uuid]
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db_manager.store_responder_tracker(uuid, tracker.to_dict())
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db_manager.create_append_locator_map(tracker.locator, uuid)
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# Each penalty_txid can have more than one uuid assigned to it.
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if i % 2:
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uuid = uuid4().hex
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trackers[uuid] = {"locator": tracker.locator, "penalty_txid": tracker.penalty_txid}
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tx_tracker_map[penalty_txid].append(uuid)
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db_manager.store_responder_tracker(uuid, tracker.to_dict())
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db_manager.create_append_locator_map(tracker.locator, uuid)
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return trackers, tx_tracker_map
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def test_delete_appointment_from_memory(db_manager):
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appointments, locator_uuid_map = set_up_appointments(db_manager, MAX_ITEMS)
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for uuid in list(appointments.keys()):
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Cleaner.delete_appointment_from_memory(uuid, appointments, locator_uuid_map)
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# The appointment should have been deleted from memory, but not from the db
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assert uuid not in appointments
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assert db_manager.load_watcher_appointment(uuid) is not None
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def test_delete_appointment_from_db(db_manager):
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appointments, locator_uuid_map = set_up_appointments(db_manager, MAX_ITEMS)
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for uuid in list(appointments.keys()):
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Cleaner.delete_appointment_from_db(uuid, db_manager)
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# The appointment should have been deleted from memory, but not from the db
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assert uuid in appointments
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assert db_manager.load_watcher_appointment(uuid) is None
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def test_update_delete_db_locator_map(db_manager):
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appointments, locator_uuid_map = set_up_appointments(db_manager, MAX_ITEMS)
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for uuid, appointment in appointments.items():
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locator = appointment.get("locator")
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locator_map_before = db_manager.load_locator_map(locator)
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Cleaner.update_delete_db_locator_map([uuid], locator, db_manager)
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locator_map_after = db_manager.load_locator_map(locator)
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if locator_map_after is None:
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assert locator_map_before is not None
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else:
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assert uuid in locator_map_before and uuid not in locator_map_after
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def test_delete_expired_appointment(db_manager):
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for _ in range(ITERATIONS):
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appointments, locator_uuid_map = set_up_appointments(db_manager, MAX_ITEMS)
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expired_appointments = random.sample(list(appointments.keys()), k=ITEMS)
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Cleaner.delete_expired_appointments(expired_appointments, appointments, locator_uuid_map, db_manager)
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assert not set(expired_appointments).issubset(appointments.keys())
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def test_delete_completed_appointments(db_manager):
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for _ in range(ITERATIONS):
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appointments, locator_uuid_map = set_up_appointments(db_manager, MAX_ITEMS)
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completed_appointments = random.sample(list(appointments.keys()), k=ITEMS)
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len_before_clean = len(appointments)
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Cleaner.delete_completed_appointments(completed_appointments, appointments, locator_uuid_map, db_manager)
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# ITEMS appointments should have been deleted from memory
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assert len(appointments) == len_before_clean - ITEMS
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# Make sure they are not in the db either
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db_appointments = db_manager.load_watcher_appointments(include_triggered=True)
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assert not set(completed_appointments).issubset(db_appointments)
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def test_flag_triggered_appointments(db_manager):
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for _ in range(ITERATIONS):
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appointments, locator_uuid_map = set_up_appointments(db_manager, MAX_ITEMS)
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triggered_appointments = random.sample(list(appointments.keys()), k=ITEMS)
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len_before_clean = len(appointments)
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Cleaner.flag_triggered_appointments(triggered_appointments, appointments, locator_uuid_map, db_manager)
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# ITEMS appointments should have been deleted from memory
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assert len(appointments) == len_before_clean - ITEMS
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# Make sure that all appointments are flagged as triggered in the db
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db_appointments = db_manager.load_all_triggered_flags()
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assert set(triggered_appointments).issubset(db_appointments)
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def test_delete_trackers_db_match(db_manager):
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# Completed and expired trackers are deleted using the same method. The only difference is the logging message
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height = 0
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for _ in range(ITERATIONS):
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trackers, tx_tracker_map = set_up_trackers(db_manager, MAX_ITEMS)
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selected_trackers = random.sample(list(trackers.keys()), k=ITEMS)
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completed_trackers = {tracker: 6 for tracker in selected_trackers}
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Cleaner.delete_trackers(completed_trackers, height, trackers, tx_tracker_map, db_manager)
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assert not set(completed_trackers).issubset(trackers.keys())
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def test_delete_trackers_no_db_match(db_manager):
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height = 0
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for _ in range(ITERATIONS):
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trackers, tx_tracker_map = set_up_trackers(db_manager, MAX_ITEMS)
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selected_trackers = random.sample(list(trackers.keys()), k=ITEMS)
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# Let's change some uuid's by creating new trackers that are not included in the db and share a penalty_txid
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# with another tracker that is stored in the db.
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for uuid in selected_trackers[: ITEMS // 2]:
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penalty_txid = trackers[uuid].get("penalty_txid")
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dispute_txid = get_random_value_hex(32)
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locator = dispute_txid[:LOCATOR_LEN_HEX]
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new_uuid = uuid4().hex
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trackers[new_uuid] = {"locator": locator, "penalty_txid": penalty_txid}
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tx_tracker_map[penalty_txid].append(new_uuid)
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selected_trackers.append(new_uuid)
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# Let's add some random data
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for i in range(ITEMS // 2):
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uuid = uuid4().hex
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penalty_txid = get_random_value_hex(32)
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dispute_txid = get_random_value_hex(32)
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locator = dispute_txid[:LOCATOR_LEN_HEX]
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trackers[uuid] = {"locator": locator, "penalty_txid": penalty_txid}
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tx_tracker_map[penalty_txid] = [uuid]
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selected_trackers.append(uuid)
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completed_trackers = {tracker: 6 for tracker in selected_trackers}
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# We should be able to delete the correct ones and not fail in the others
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Cleaner.delete_trackers(completed_trackers, height, trackers, tx_tracker_map, db_manager)
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assert not set(completed_trackers).issubset(trackers.keys())
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def test_delete_gatekeeper_appointments(gatekeeper):
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# delete_gatekeeper_appointments should delete the appointments from user as long as both exist
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appointments_not_to_delete = {}
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appointments_to_delete = {}
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# Let's add some users and appointments to the Gatekeeper
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for _ in range(10):
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user_id = get_random_value_hex(16)
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# The UserInfo params do not matter much here
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gatekeeper.registered_users[user_id] = UserInfo(available_slots=100, subscription_expiry=0)
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for _ in range(random.randint(0, 10)):
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# Add some appointments
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uuid = get_random_value_hex(16)
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gatekeeper.registered_users[user_id].appointments[uuid] = 1
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if random.randint(0, 1) % 2:
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appointments_to_delete[uuid] = user_id
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else:
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appointments_not_to_delete[uuid] = user_id
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# Now let's delete half of them
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Cleaner.delete_gatekeeper_appointments(gatekeeper, appointments_to_delete)
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all_appointments_gatekeeper = []
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# Let's get all the appointments in the Gatekeeper
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for user_id, user in gatekeeper.registered_users.items():
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all_appointments_gatekeeper.extend(user.appointments)
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# Check that the first half of the appointments are not in the Gatekeeper, but the second half is
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assert not set(appointments_to_delete).issubset(all_appointments_gatekeeper)
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assert set(appointments_not_to_delete).issubset(all_appointments_gatekeeper)
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