import ipaddress from datetime import timedelta from decimal import Decimal from typing import Tuple, Type import pytest from flask import current_app as app, g from sqlalchemy.util import OrderedSet from teal.enums import Currency, Subdivision from ereuse_devicehub.client import UserClient from ereuse_devicehub.db import db from ereuse_devicehub.resources import enums from ereuse_devicehub.resources.action import models from ereuse_devicehub.resources.device import states from ereuse_devicehub.resources.device.models import Desktop, Device, GraphicCard, HardDrive, \ RamModule, SolidStateDrive from ereuse_devicehub.resources.enums import ComputerChassis, Severity, TestDataStorageLength from tests import conftest from tests.conftest import create_user, file @pytest.mark.usefixtures(conftest.app_context.__name__) def test_author(): """Checks the default created author. Note that the author can be accessed after inserting the row. """ user = create_user() g.user = user e = models.ActionWithOneDevice(device=Device()) db.session.add(e) assert e.author is None assert e.author_id is None db.session.commit() assert e.author == user @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_erase_basic(): erasure = models.EraseBasic( device=HardDrive(serial_number='foo', manufacturer='bar', model='foo-bar'), steps=[ models.StepZero(**conftest.T), models.StepRandom(**conftest.T) ], **conftest.T ) db.session.add(erasure) db.session.commit() db_erasure = models.EraseBasic.query.one() assert erasure == db_erasure assert next(iter(db_erasure.device.actions)) == erasure assert not erasure.standards, 'EraseBasic themselves do not have standards' @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_validate_device_data_storage(): """Checks the validation for data-storage-only actions works.""" # We can't set a GraphicCard with pytest.raises(TypeError, message='EraseBasic.device must be a DataStorage ' 'but you passed '): models.EraseBasic( device=GraphicCard(serial_number='foo', manufacturer='bar', model='foo-bar'), clean_with_zeros=True, **conftest.T ) @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_erase_sectors_steps_erasure_standards_hmg_is5(): erasure = models.EraseSectors( device=SolidStateDrive(serial_number='foo', manufacturer='bar', model='foo-bar'), steps=[ models.StepZero(**conftest.T), models.StepRandom(**conftest.T), models.StepRandom(**conftest.T) ], **conftest.T ) db.session.add(erasure) db.session.commit() db_erasure = models.EraseSectors.query.one() # Steps are in order assert db_erasure.steps[0].num == 0 assert db_erasure.steps[1].num == 1 assert db_erasure.steps[2].num == 2 assert {enums.ErasureStandards.HMG_IS5} == erasure.standards @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_test_data_storage_working(): """Tests TestDataStorage with the resulting properties in Device.""" hdd = HardDrive(serial_number='foo', manufacturer='bar', model='foo-bar') test = models.TestDataStorage( device=hdd, severity=Severity.Error, elapsed=timedelta(minutes=25), length=TestDataStorageLength.Short, status=':-(', lifetime=timedelta(days=120) ) db.session.add(test) db.session.flush() assert hdd.working == [test] assert not hdd.problems # Add new test overriding the first test in the problems # / working condition test2 = models.TestDataStorage( device=hdd, severity=Severity.Warning, elapsed=timedelta(minutes=25), length=TestDataStorageLength.Short, status=':-(', lifetime=timedelta(days=120) ) db.session.add(test2) db.session.flush() assert hdd.working == [test2] assert hdd.problems == [] @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_install(): hdd = HardDrive(serial_number='sn') install = models.Install(name='LinuxMint 18.04 es', elapsed=timedelta(seconds=25), device=hdd) db.session.add(install) db.session.commit() @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_update_components_action_one(): computer = Desktop(serial_number='sn1', model='ml1', manufacturer='mr1', chassis=ComputerChassis.Tower) hdd = HardDrive(serial_number='foo', manufacturer='bar', model='foo-bar') computer.components.add(hdd) # Add action test = models.StressTest(elapsed=timedelta(minutes=1)) computer.actions_one.add(test) assert test.device == computer assert next(iter(test.components)) == hdd, 'Action has to have new components' # Remove action computer.actions_one.clear() assert not test.device assert not test.components, 'Action has to loose the components' # If we add a component to a device AFTER assigning the action # to the device, the action doesn't get the new component computer.actions_one.add(test) ram = RamModule() computer.components.add(ram) assert len(test.components) == 1 @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_update_components_action_multiple(): computer = Desktop(serial_number='sn1', model='ml1', manufacturer='mr1', chassis=ComputerChassis.Tower) hdd = HardDrive(serial_number='foo', manufacturer='bar', model='foo-bar') computer.components.add(hdd) ready = models.Ready() assert not ready.devices assert not ready.components # Add computer.actions_multiple.add(ready) assert ready.devices == OrderedSet([computer]) assert next(iter(ready.components)) == hdd # Remove computer.actions_multiple.remove(ready) assert not ready.devices assert not ready.components # init / replace collection ready.devices = OrderedSet([computer]) assert ready.devices assert ready.components @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_update_parent(): computer = Desktop(serial_number='sn1', model='ml1', manufacturer='mr1', chassis=ComputerChassis.Tower) hdd = HardDrive(serial_number='foo', manufacturer='bar', model='foo-bar') computer.components.add(hdd) # Add benchmark = models.BenchmarkDataStorage() benchmark.device = hdd assert benchmark.parent == computer assert not benchmark.components # Remove benchmark.device = None assert not benchmark.parent @pytest.mark.parametrize('action_model_state', (pytest.param(ams, id=ams[0].__class__.__name__) for ams in [ (models.ToRepair, states.Physical.ToBeRepaired), (models.Repair, states.Physical.Repaired), (models.ToPrepare, states.Physical.Preparing), (models.Ready, states.Physical.Ready), (models.Prepare, states.Physical.Prepared) ])) def test_generic_action(action_model_state: Tuple[models.Action, states.Trading], user: UserClient): """Tests POSTing all generic actions.""" action_model, state = action_model_state snapshot, _ = user.post(file('basic.snapshot'), res=models.Snapshot) action = {'type': action_model.t, 'devices': [snapshot['device']['id']]} action, _ = user.post(action, res=models.Action) assert action['devices'][0]['id'] == snapshot['device']['id'] device, _ = user.get(res=Device, item=snapshot['device']['id']) assert device['actions'][-1]['id'] == action['id'] assert device['physical'] == state.name @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_live(): """Tests inserting a Live into the database and GETting it.""" db_live = models.Live(ip=ipaddress.ip_address('79.147.10.10'), subdivision_confidence=84, subdivision=Subdivision['ES-CA'], city='barcelona', city_confidence=20, isp='acme', device=Desktop(serial_number='sn1', model='ml1', manufacturer='mr1', chassis=ComputerChassis.Docking), organization='acme1', organization_type='acme1bis') db.session.add(db_live) db.session.commit() client = UserClient(app, 'foo@foo.com', 'foo', response_wrapper=app.response_class) client.login() live, _ = client.get(res=models.Action, item=str(db_live.id)) assert live['ip'] == '79.147.10.10' assert live['subdivision'] == 'ES-CA' assert live['country'] == 'ES' device, _ = client.get(res=Device, item=live['device']['id']) assert device['physical'] == states.Physical.InUse.name @pytest.mark.xfail(reson='Functionality not developed.') def test_live_geoip(): """Tests performing a Live action using the GEOIP library.""" @pytest.mark.xfail(reson='Develop reserve') def test_reserve_and_cancel(user: UserClient): """Performs a reservation and then cancels it, checking the attribute `reservees`. """ @pytest.mark.parametrize('action_model_state', (pytest.param(ams, id=ams[0].__name__) for ams in [ (models.MakeAvailable, states.Trading.Available), (models.Sell, states.Trading.Sold), (models.Donate, states.Trading.Donated), (models.Rent, states.Trading.Renting), (models.DisposeProduct, states.Trading.ProductDisposed) ])) def test_trade(action_model_state: Tuple[Type[models.Action], states.Trading], user: UserClient): """Tests POSTing all Trade actions.""" # todo missing None states.Trading for after cancelling renting, for example action_model, state = action_model_state snapshot, _ = user.post(file('basic.snapshot'), res=models.Snapshot) action = { 'type': action_model.t, 'devices': [snapshot['device']['id']] } if issubclass(action_model, models.Trade): action['to'] = user.user['individuals'][0]['id'] action['shippingDate'] = '2018-06-29T12:28:54' action['invoiceNumber'] = 'ABC' action, _ = user.post(action, res=models.Action) assert action['devices'][0]['id'] == snapshot['device']['id'] device, _ = user.get(res=Device, item=snapshot['device']['id']) assert device['actions'][-1]['id'] == action['id'] assert device['trading'] == state.name @pytest.mark.xfail(reson='Develop migrate') def test_migrate(): pass @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_price_custom(): computer = Desktop(serial_number='sn1', model='ml1', manufacturer='mr1', chassis=ComputerChassis.Docking) price = models.Price(price=Decimal(25.25), currency=Currency.EUR) price.device = computer assert computer.price == price db.session.add(computer) db.session.commit() client = UserClient(app, 'foo@foo.com', 'foo', response_wrapper=app.response_class) client.login() p, _ = client.get(res=models.Action, item=str(price.id)) assert p['device']['id'] == price.device.id == computer.id assert p['price'] == 25.25 assert p['currency'] == Currency.EUR.name == 'EUR' c, _ = client.get(res=Device, item=computer.id) assert c['price']['id'] == p['id'] def test_price_custom_client(user: UserClient): """As test_price_custom but creating the price through the API.""" s = file('basic.snapshot') snapshot, _ = user.post(s, res=models.Snapshot) price, _ = user.post({ 'type': 'Price', 'price': 25, 'currency': Currency.EUR.name, 'device': snapshot['device']['id'] }, res=models.Action) assert 25 == price['price'] assert Currency.EUR.name == price['currency'] device, _ = user.get(res=Device, item=price['device']['id']) assert 25 == device['price']['price'] @pytest.mark.xfail(reson='Develop test') def test_ereuse_price(): """Tests the several ways of creating eReuse Price, emulating from an AggregateRate and ensuring that the different Range return correct results. """ # important to check Range.low no returning warranty2 # Range.verylow not returning nothing @pytest.mark.usefixtures(conftest.auth_app_context.__name__) def test_erase_physical(): erasure = models.ErasePhysical( device=HardDrive(serial_number='foo', manufacturer='bar', model='foo-bar'), method=enums.PhysicalErasureMethod.Disintegration ) db.session.add(erasure) db.session.commit() @pytest.mark.xfail(reson='develop') def test_measure_battery(): """Tests the MeasureBattery.""" # todo jn @pytest.mark.xfail(reson='develop') def test_test_camera(): """Tests the TestCamera.""" # todo jn @pytest.mark.xfail(reson='develop') def test_test_keyboard(): """Tests the TestKeyboard.""" # todo jn @pytest.mark.xfail(reson='develop') def test_test_trackpad(): """Tests the TestTrackpad.""" # todo jn