413 lines
15 KiB
Python
413 lines
15 KiB
Python
from datetime import timedelta
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from uuid import UUID
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import pytest
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from colour import Color
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from pytest import raises
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from sqlalchemy.util import OrderedSet
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from ereuse_devicehub.client import UserClient
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from ereuse_devicehub.db import db
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from ereuse_devicehub.devicehub import Devicehub
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from ereuse_devicehub.resources.device.exceptions import NeedsId
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from ereuse_devicehub.resources.device.models import Component, Computer, ComputerMonitor, Desktop, \
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Device, GraphicCard, Laptop, Microtower, Motherboard, NetworkAdapter
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from ereuse_devicehub.resources.device.schemas import Device as DeviceS
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from ereuse_devicehub.resources.device.sync import MismatchBetweenTags, MismatchBetweenTagsAndHid, \
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Sync
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from ereuse_devicehub.resources.enums import ComputerMonitorTechnologies
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from ereuse_devicehub.resources.event.models import Remove, Test
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from ereuse_devicehub.resources.tag.model import Tag
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from ereuse_devicehub.resources.user import User
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from ereuse_utils.naming import Naming
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from teal.db import ResourceNotFound
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from tests.conftest import file
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@pytest.mark.usefixtures('app_context')
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def test_device_model():
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"""
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Tests that the correctness of the device model and its relationships.
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"""
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pc = Desktop(model='p1mo', manufacturer='p1ma', serial_number='p1s')
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net = NetworkAdapter(model='c1mo', manufacturer='c1ma', serial_number='c1s')
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graphic = GraphicCard(model='c2mo', manufacturer='c2ma', memory=1500)
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pc.components.add(net)
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pc.components.add(graphic)
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db.session.add(pc)
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db.session.commit()
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pc = Desktop.query.one()
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assert pc.serial_number == 'p1s'
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assert pc.components == OrderedSet([net, graphic])
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network_adapter = NetworkAdapter.query.one()
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assert network_adapter.parent == pc
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# Removing a component from pc doesn't delete the component
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pc.components.remove(net)
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db.session.commit()
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pc = Device.query.first() # this is the same as querying for Desktop directly
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assert pc.components == {graphic}
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network_adapter = NetworkAdapter.query.one()
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assert network_adapter not in pc.components
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assert network_adapter.parent is None
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# Deleting the pc deletes everything
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gcard = GraphicCard.query.one()
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db.session.delete(pc)
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db.session.flush()
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assert pc.id == 1
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assert Desktop.query.first() is None
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db.session.commit()
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assert Desktop.query.first() is None
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assert network_adapter.id == 2
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assert NetworkAdapter.query.first() is not None, 'We removed the network adaptor'
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assert gcard.id == 3, 'We should still hold a reference to a zombie graphic card'
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assert GraphicCard.query.first() is None, 'We should have deleted it –it was inside the pc'
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@pytest.mark.usefixtures('app_context')
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def test_device_schema():
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"""Ensures the user does not upload non-writable or extra fields."""
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device_s = DeviceS()
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device_s.load({'serialNumber': 'foo1', 'model': 'foo', 'manufacturer': 'bar2'})
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device_s.dump(Device(id=1))
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@pytest.mark.usefixtures('app_context')
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def test_physical_properties():
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c = Motherboard(slots=2,
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usb=3,
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serial_number='sn',
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model='ml',
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manufacturer='mr',
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width=2.0,
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color=Color())
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pc = Computer()
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pc.components.add(c)
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db.session.add(pc)
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db.session.commit()
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assert c.physical_properties == {
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'usb': 3,
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'serial_number': 'sn',
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'pcmcia': None,
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'model': 'ml',
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'slots': 2,
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'serial': None,
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'firewire': None,
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'manufacturer': 'mr',
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'weight': None,
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'height': None,
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'width': 2.0,
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'color': Color(),
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'depth': None
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}
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@pytest.mark.usefixtures('app_context')
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def test_component_similar_one():
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snapshot = file('pc-components.db')
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d = snapshot['device']
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snapshot['components'][0]['serial_number'] = snapshot['components'][1]['serial_number'] = None
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pc = Computer(**d, components=OrderedSet(Component(**c) for c in snapshot['components']))
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component1, component2 = pc.components # type: Component
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db.session.add(pc)
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db.session.flush()
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# Let's create a new component named 'A' similar to 1
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componentA = Component(model=component1.model, manufacturer=component1.manufacturer)
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similar_to_a = componentA.similar_one(pc, set())
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assert similar_to_a == component1
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# Component B does not have the same model
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componentB = Component(model='nope', manufacturer=component1.manufacturer)
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with pytest.raises(ResourceNotFound):
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assert componentB.similar_one(pc, set())
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# If we blacklist component A we won't get anything
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with pytest.raises(ResourceNotFound):
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assert componentA.similar_one(pc, blacklist={componentA.id})
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@pytest.mark.usefixtures('auth_app_context')
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def test_add_remove():
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# Original state:
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# pc has c1 and c2
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# pc2 has c3
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# c4 is not with any pc
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values = file('pc-components.db')
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pc = values['device']
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c1, c2 = (Component(**c) for c in values['components'])
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pc = Computer(**pc, components=OrderedSet([c1, c2]))
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db.session.add(pc)
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c3 = Component(serial_number='nc1')
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pc2 = Computer(serial_number='s2', components=OrderedSet([c3]))
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c4 = Component(serial_number='c4s')
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db.session.add(pc2)
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db.session.add(c4)
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db.session.commit()
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# Test:
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# pc has only c3
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events = Sync.add_remove(device=pc, components={c3, c4})
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db.session.add_all(events)
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db.session.commit() # We enforce the appliance of order_by
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assert len(events) == 1
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assert isinstance(events[0], Remove)
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assert events[0].device == pc2
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assert events[0].components == OrderedSet([c3])
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@pytest.mark.usefixtures('app_context')
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def test_sync_run_components_empty():
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"""
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Syncs a device that has an empty components list. The system should
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remove all the components from the device.
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"""
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s = file('pc-components.db')
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pc = Computer(**s['device'], components=OrderedSet(Component(**c) for c in s['components']))
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db.session.add(pc)
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db.session.commit()
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# Create a new transient non-db synced object
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pc = Computer(**s['device'])
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db_pc, _ = Sync().run(pc, components=OrderedSet())
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assert not db_pc.components
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assert not pc.components
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@pytest.mark.usefixtures('app_context')
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def test_sync_run_components_none():
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"""
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Syncs a device that has a None components. The system should
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keep all the components from the device.
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"""
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s = file('pc-components.db')
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pc = Computer(**s['device'], components=OrderedSet(Component(**c) for c in s['components']))
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db.session.add(pc)
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db.session.commit()
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# Create a new transient non-db synced object
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transient_pc = Computer(**s['device'])
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db_pc, _ = Sync().run(transient_pc, components=None)
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assert db_pc.components
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assert db_pc.components == pc.components
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_computer_new_computer_no_tag():
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"""
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Syncs a new computer with HID and without a tag, creating it.
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:return:
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"""
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# Case 1: device does not exist on DB
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pc = Computer(**file('pc-components.db')['device'])
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db_pc = Sync().execute_register(pc)
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assert pc.physical_properties == db_pc.physical_properties
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_computer_existing_no_tag():
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"""
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Syncs an existing computer with HID and without a tag.
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"""
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pc = Computer(**file('pc-components.db')['device'])
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db.session.add(pc)
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db.session.commit()
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pc = Computer(**file('pc-components.db')['device']) # Create a new transient non-db object
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# 1: device exists on DB
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db_pc = Sync().execute_register(pc)
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assert pc.physical_properties == db_pc.physical_properties
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_computer_no_hid_no_tag():
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"""
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Syncs a computer without HID and no tag.
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This should fail as we don't have a way to identify it.
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"""
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pc = Computer(**file('pc-components.db')['device'])
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# 1: device has no HID
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pc.hid = pc.model = None
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with pytest.raises(NeedsId):
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Sync().execute_register(pc)
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_computer_tag_not_linked():
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"""
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Syncs a new computer with HID and a non-linked tag.
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It is OK if the tag was not linked, it will be linked in this process.
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"""
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tag = Tag(id='FOO')
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db.session.add(tag)
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db.session.commit()
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# Create a new transient non-db object
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pc = Computer(**file('pc-components.db')['device'], tags=OrderedSet([Tag(id='FOO')]))
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returned_pc = Sync().execute_register(pc)
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assert returned_pc == pc
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assert tag.device == pc, 'Tag has to be linked'
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assert Computer.query.one() == pc, 'Computer had to be set to db'
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_no_hid_tag_not_linked(tag_id: str):
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"""
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Validates registering a computer without HID and a non-linked tag.
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In this case it is ok still, as the non-linked tag proves that
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the computer was not existing before (otherwise the tag would
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be linked), and thus it creates a new computer.
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"""
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tag = Tag(id=tag_id)
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pc = Computer(**file('pc-components.db')['device'], tags=OrderedSet([tag]))
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returned_pc = Sync().execute_register(pc)
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db.session.commit()
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assert returned_pc == pc
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db_tag = next(iter(returned_pc.tags))
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# they are not the same tags though
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# tag is a transient obj and db_tag the one from the db
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# they have the same pk though
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assert tag != db_tag, 'They are not the same tags though'
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assert db_tag.id == tag.id
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assert Computer.query.one() == pc, 'Computer had to be set to db'
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_tag_does_not_exist():
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"""
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Ensures not being able to register if the tag does not exist,
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even if the device has HID or it existed before.
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Tags have to be created before trying to link them through a Snapshot.
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"""
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pc = Computer(**file('pc-components.db')['device'], tags=OrderedSet([Tag()]))
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with raises(ResourceNotFound):
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Sync().execute_register(pc)
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_tag_linked_same_device():
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"""
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If the tag is linked to the device, regardless if it has HID,
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the system should match the device through the tag.
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(If it has HID it validates both HID and tag point at the same
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device, this his checked in ).
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"""
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orig_pc = Computer(**file('pc-components.db')['device'])
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db.session.add(Tag(id='foo', device=orig_pc))
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db.session.commit()
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pc = Computer(**file('pc-components.db')['device']) # Create a new transient non-db object
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pc.tags.add(Tag(id='foo'))
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db_pc = Sync().execute_register(pc)
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assert db_pc.id == orig_pc.id
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assert len(db_pc.tags) == 1
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assert next(iter(db_pc.tags)).id == 'foo'
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_tag_linked_other_device_mismatch_between_tags():
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"""
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Checks that sync raises an error if finds that at least two passed-in
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tags are not linked to the same device.
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"""
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pc1 = Computer(**file('pc-components.db')['device'])
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db.session.add(Tag(id='foo-1', device=pc1))
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pc2 = Computer(**file('pc-components.db')['device'])
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pc2.serial_number = 'pc2-serial'
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pc2.hid = Naming.hid(pc2.manufacturer, pc2.serial_number, pc2.model)
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db.session.add(Tag(id='foo-2', device=pc2))
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db.session.commit()
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pc1 = Computer(**file('pc-components.db')['device']) # Create a new transient non-db object
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pc1.tags.add(Tag(id='foo-1'))
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pc1.tags.add(Tag(id='foo-2'))
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with raises(MismatchBetweenTags):
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Sync().execute_register(pc1)
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@pytest.mark.usefixtures('app_context')
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def test_sync_execute_register_mismatch_between_tags_and_hid():
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"""
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Checks that sync raises an error if it finds that the HID does
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not point at the same device as the tag does.
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In this case we set HID -> pc1 but tag -> pc2
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"""
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pc1 = Computer(**file('pc-components.db')['device'])
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db.session.add(Tag(id='foo-1', device=pc1))
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pc2 = Computer(**file('pc-components.db')['device'])
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pc2.serial_number = 'pc2-serial'
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pc2.hid = Naming.hid(pc2.manufacturer, pc2.serial_number, pc2.model)
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db.session.add(Tag(id='foo-2', device=pc2))
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db.session.commit()
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pc1 = Computer(**file('pc-components.db')['device']) # Create a new transient non-db object
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pc1.tags.add(Tag(id='foo-2'))
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with raises(MismatchBetweenTagsAndHid):
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Sync().execute_register(pc1)
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def test_get_device(app: Devicehub, user: UserClient):
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"""Checks GETting a Desktop with its components."""
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with app.app_context():
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pc = Desktop(model='p1mo', manufacturer='p1ma', serial_number='p1s')
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pc.components = OrderedSet([
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NetworkAdapter(model='c1mo', manufacturer='c1ma', serial_number='c1s'),
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GraphicCard(model='c2mo', manufacturer='c2ma', memory=1500)
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])
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db.session.add(pc)
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db.session.add(Test(device=pc,
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elapsed=timedelta(seconds=4),
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error=False,
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author=User(email='bar@bar.com')))
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db.session.commit()
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pc, _ = user.get(res=Device, item=1)
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assert len(pc['events']) == 1
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assert pc['events'][0]['type'] == 'Test'
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assert pc['events'][0]['device'] == 1
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assert pc['events'][0]['elapsed'] == 4
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assert not pc['events'][0]['error']
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assert UUID(pc['events'][0]['author'])
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assert 'events_components' not in pc, 'events_components are internal use only'
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assert 'events_one' not in pc, 'they are internal use only'
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assert 'author' not in pc
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assert tuple(c['id'] for c in pc['components']) == (2, 3)
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assert pc['hid'] == 'p1ma-p1s-p1mo'
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assert pc['model'] == 'p1mo'
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assert pc['manufacturer'] == 'p1ma'
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assert pc['serialNumber'] == 'p1s'
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assert pc['type'] == 'Desktop'
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def test_get_devices(app: Devicehub, user: UserClient):
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"""Checks GETting multiple devices."""
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with app.app_context():
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pc = Desktop(model='p1mo', manufacturer='p1ma', serial_number='p1s')
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pc.components = OrderedSet([
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NetworkAdapter(model='c1mo', manufacturer='c1ma', serial_number='c1s'),
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GraphicCard(model='c2mo', manufacturer='c2ma', memory=1500)
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])
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pc1 = Microtower(model='p2mo', manufacturer='p2ma', serial_number='p2s')
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pc2 = Laptop(model='p3mo', manufacturer='p3ma', serial_number='p3s')
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db.session.add_all((pc, pc1, pc2))
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db.session.commit()
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devices, _ = user.get(res=Device)
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assert tuple(d['id'] for d in devices) == (1, 2, 3, 4, 5)
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assert tuple(d['type'] for d in devices) == ('Desktop', 'Microtower',
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'Laptop', 'NetworkAdapter', 'GraphicCard')
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@pytest.mark.usefixtures('app_context')
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def test_computer_monitor():
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m = ComputerMonitor(technology=ComputerMonitorTechnologies.LCD,
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manufacturer='foo',
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model='bar',
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serial_number='foo-bar',
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resolution_width=1920,
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resolution_height=1080,
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size=14.5)
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db.session.add(m)
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db.session.commit()
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