def test_different_succeeded_result_fails(self):
# A Deferred that has fired successfully matches against the value it
# was fired with.
result = object()
deferred = defer.succeed(result)
matcher = Is(None) # Something that doesn't match `result`.
mismatch = matcher.match(result)
self.assertThat(
self.match(matcher, deferred),
mismatches(Equals(mismatch.describe()),
Equals(mismatch.get_details())))
def test_different_failure_fails(self):
# A Deferred that has fired with a failure matches against the value
# it was fired with.
fail = make_failure(RuntimeError('arbitrary failure'))
deferred = defer.fail(fail)
matcher = Is(None) # Something that doesn't match `fail`.
mismatch = matcher.match(fail)
self.assertThat(
self.match(matcher, deferred),
mismatches(Equals(mismatch.describe()),
Equals(mismatch.get_details())))
def test_catches_generator_tests(self):
class BrokenTests(TestCase):
run_tests_with = self.executor
def test(self):
yield None
test = BrokenTests("test")
result = test.run()
self.assertThat(result.errors, HasLength(1))
self.assertThat(
result.errors[0],
MatchesListwise((
Is(test),
DocTestMatches("""\
...InvalidTest:
Test returned a generator. Should it be
decorated with inlineCallbacks?
"""),
)),
)
def test_cannot_mount_two_filesystems_at_same_point(self):
substrate = self.make_substrate()
filesystem1 = factory.make_Filesystem(fstype=self.fstype, **substrate)
filesystem2 = factory.make_Filesystem(node=filesystem1.get_node())
mount_point = factory.make_absolute_path()
filesystem1.mount_point = mount_point
filesystem1.save()
filesystem2.mount_point = mount_point
# Filesystems that can be mounted at a directory complain when mounted
# at the same directory as another filesystem.
if filesystem1.uses_mount_point:
error = self.assertRaises(ValidationError, filesystem2.save)
self.assertThat(
error.messages,
Equals(
[
"Another filesystem is already mounted at %s."
% mount_point
]
),
)
else:
self.assertThat(filesystem2.save(), Is(None))
def test_starting_and_stopping_the_service(self):
service = RegionService(sentinel.ipcWorker)
self.assertThat(service.starting, Is(None))
service.startService()
self.assertThat(service.starting, IsInstance(Deferred))
def check_started(_):
# Ports are saved as private instance vars.
self.assertThat(service.ports, HasLength(1))
[port] = service.ports
self.assertThat(port, IsInstance(tcp.Port))
self.assertThat(port.factory, IsInstance(Factory))
self.assertThat(port.factory.protocol, Equals(RegionServer))
return service.stopService()
service.starting.addCallback(check_started)
def check_stopped(ignore, service=service):
self.assertThat(service.ports, Equals([]))
service.starting.addCallback(check_stopped)
return service.starting
def test_calling_importer_issues_rpc_calls_to_clusters(self):
# Some clusters that we'll ask to import resources.
rack_1 = factory.make_RackController()
rack_2 = factory.make_RackController()
# Connect only cluster #1.
rack_1_conn = self.rpc.makeCluster(rack_1, ImportBootImages)
rack_1_conn.ImportBootImages.return_value = succeed({})
# Do the import.
importer = RackControllersImporter.new(
[rack_1.system_id, rack_2.system_id]
)
results = importer(lock=DeferredLock()).wait(5)
# The results are a list (it's from a DeferredList).
self.assertThat(
results,
MatchesListwise(
(
# Success when calling rack_1.
Equals((True, {})),
# Failure when calling rack_1: no connection.
MatchesListwise(
(
Is(False),
MatchesAll(
IsInstance(Failure),
MatchesStructure(
value=IsInstance(NoConnectionsAvailable)
),
),
)
),
)
),
)
def test_discover_and_sync_existing_pod(self):
discovered_pod, discovered_racks, failed_racks = (
self.fake_pod_discovery())
zone = factory.make_Zone()
pod_info = self.make_pod_info()
orig_pod = factory.make_Pod(zone=zone, pod_type=pod_info['type'])
request = MagicMock()
request.user = factory.make_User()
form = PodForm(data=pod_info, request=request, instance=orig_pod)
pod = form.discover_and_sync_pod()
self.assertThat(
pod,
MatchesStructure(
id=Equals(orig_pod.id),
bmc_type=Equals(BMC_TYPE.POD),
architectures=Equals(['amd64/generic']),
name=Equals(orig_pod.name),
cores=Equals(discovered_pod.cores),
memory=Equals(discovered_pod.memory),
cpu_speed=Equals(discovered_pod.cpu_speed),
zone=Equals(zone),
power_type=Equals(pod_info['type']),
power_parameters=Equals({}),
ip_address=Is(None),
))
routable_racks = [
relation.rack_controller
for relation in pod.routable_rack_relationships.all()
if relation.routable
]
not_routable_racks = [
relation.rack_controller
for relation in pod.routable_rack_relationships.all()
if not relation.routable
]
self.assertItemsEqual(routable_racks, discovered_racks)
self.assertItemsEqual(not_routable_racks, failed_racks)
def test_run(self):
# The job requests builds and records the result.
distroseries, processors = self.makeSeriesAndProcessors(
["avr2001", "sparc64", "x32"])
[git_ref] = self.factory.makeGitRefs()
snap = self.factory.makeSnap(
git_ref=git_ref, distroseries=distroseries, processors=processors)
expected_date_created = get_transaction_timestamp(IStore(snap))
job = SnapRequestBuildsJob.create(
snap, snap.registrant, distroseries.main_archive,
PackagePublishingPocket.RELEASE, {"core": "stable"})
snapcraft_yaml = dedent("""\
architectures:
- build-on: avr2001
- build-on: x32
""")
self.useFixture(GitHostingFixture(blob=snapcraft_yaml))
with dbuser(config.ISnapRequestBuildsJobSource.dbuser):
JobRunner([job]).runAll()
now = get_transaction_timestamp(IStore(snap))
self.assertEmailQueueLength(0)
self.assertThat(job, MatchesStructure(
job=MatchesStructure.byEquality(status=JobStatus.COMPLETED),
date_created=Equals(expected_date_created),
date_finished=MatchesAll(
GreaterThan(expected_date_created), LessThan(now)),
error_message=Is(None),
builds=AfterPreprocessing(set, MatchesSetwise(*[
MatchesStructure(
build_request=MatchesStructure.byEquality(id=job.job.id),
requester=Equals(snap.registrant),
snap=Equals(snap),
archive=Equals(distroseries.main_archive),
distro_arch_series=Equals(distroseries[arch]),
pocket=Equals(PackagePublishingPocket.RELEASE),
channels=Equals({"core": "stable"}))
for arch in ("avr2001", "x32")]))))
def test__schedule_arranges_for_later_run(self):
# Avoid deferring to the database.
self.patch(boot_images_module, "deferToDatabase", maybeDeferred)
# Avoid actually initiating a run.
self.patch_autospec(RackControllersImporter, "run")
system_ids = [factory.make_name("system_id") for _ in range(3)]
sources = [sentinel.source]
proxy = factory.make_simple_http_url()
conc = random.randint(1, 9)
delay = random.randint(1, 9)
clock = Clock()
delayed_call = RackControllersImporter.schedule(system_ids=system_ids,
sources=sources,
proxy=proxy,
delay=delay,
concurrency=conc,
clock=clock)
# The call is scheduled for `delay` seconds from now.
self.assertThat(delayed_call, MatchesStructure(time=Equals(delay)))
self.assertThat(RackControllersImporter.run, MockNotCalled())
clock.advance(delay)
self.assertThat(RackControllersImporter.run,
MockCalledOnceWith(ANY, conc))
# The system_ids, sources, and proxy were all passed through.
[importer, _] = RackControllersImporter.run.call_args[0]
self.assertThat(
importer,
MatchesStructure(
system_ids=Equals(tuple(system_ids)),
sources=Is(sources),
proxy=Equals(urlparse(proxy)),
))
def test__send_multicast_beacon_sets_ipv6_source(self):
# Due to issues beyond my control, this test doesn't do what I expected
# it to do. But it's still useful for code coverage (to make sure no
# blatant exceptions occur in the IPv6 path).
# self.skipTest(
# "IPv6 loopback multicast isn't working, for whatever reason.")
# Since we can't test IPv6 multicast on the loopback interface, another
# method can be used to verify that it's working:
# (1) sudo tcpdump -i <physical-interface> 'udp and port == 5240'
# (2) bin/maas-rack send-beacons -p 5240
# Verifying IPv6 (and IPv4) multicast group join behavior can be
# validated by doing something like:
# (1) bin/maas-rack send-beacons -t 600
# (the high timeout will cause it to wait for 10 minutes)
# (2) ip maddr show | egrep 'ff02::15a|224.0.0.118|$'
# The expected result from command (2) will be that 'egrep' will
# highlight the MAAS multicast groups in red text. Any Ethernet
# interface with an assigned IPv4 address should have joined the
# 224.0.0.118 group. All Ethernet interfaces should have joined the
# 'ff02::15a' group.
# Note: Always use a random port for testing. (port=0)
protocol = BeaconingSocketProtocol(reactor,
port=0,
process_incoming=True,
loopback=True,
interface="::",
debug=False)
self.assertThat(protocol.listen_port, Not(Is(None)))
listen_port = protocol.listen_port._realPortNumber
self.write_secret()
beacon = create_beacon_payload("advertisement", {})
# The loopback interface ifindex should always be 1; this is saying
# to send an IPv6 multicast on ifIndex == 1.
protocol.send_multicast_beacon(1, beacon, port=listen_port)
# Instead of skipping the test, just don't expect to receive anything.
# yield wait_for_rx_packets(protocol, 1)
yield protocol.stopProtocol()
def test_refresh_with_multiple_pk(self):
object_type = type("PKObject", (Object, ), {
"pk1": ObjectField("pk_1", pk=0),
"pk2": ObjectField("pk_2", pk=1),
})
object_pk_1 = randint(0, 20)
object_pk_2 = randint(0, 20)
new_data = {
'pk_1': object_pk_1,
'pk_2': object_pk_2,
'other': randint(0, 20),
}
mock_read = AsyncCallableMock(return_value=object_type(new_data))
self.patch(object_type, 'read', mock_read)
object_a = object_type([object_pk_1, object_pk_2])
self.assertFalse(object_a.loaded)
object_a.refresh()
self.assertTrue(object_a.loaded)
self.assertThat(object_a._data, Equals(new_data))
self.assertThat(object_a._orig_data, Equals(new_data))
self.assertThat(object_a._orig_data, Not(Is(new_data)))
self.assertThat(object_a._changed_data, Equals({}))
self.assertThat(mock_read.call_args_list,
Equals([call(object_pk_1, object_pk_2)]))
def test_useprefix(self):
"""
``PClasses`` can be used with ``UsePrefix`` to get access to the
``PClass``\ s representing Swagger definitions without repetition of
the definition version prefix commonly used.
"""
template = freeze({
u"type": u"object",
u"properties": {},
})
spec = Swagger.from_document({
u"definitions": {
u"a.X": template,
u"b.X": template,
},
})
pclasses = PClasses(
specification=spec,
name_translator=UsePrefix(prefix=u"a."),
)
self.assertThat(
pclasses[u"X"],
Is(spec.pclass_for_definition(u"a.X")),
)
def test_yield_unfired_deferred(self, logger):
waiting = Deferred()
@inline_callbacks
def g():
Message.log(message_type=u"a")
yield waiting
Message.log(message_type=u"b")
with start_action(action_type=u"the-action"):
d = g()
self.assertThat(waiting, has_no_result())
waiting.callback(None)
self.assertThat(d, succeeded(Is(None)))
assert_expected_action_tree(
self,
logger,
u"the-action",
[
u"a",
u"yielded",
u"b",
],
)
def test_when_certs_valid_certs_expired(self, fixture):
"""
The deferred returned by ``when_certs_valid`` only fires once all
panicing and expired certs have been renewed.
"""
with fixture:
service = fixture.service
d = service.when_certs_valid()
self.assertThat(d, has_no_result())
service.startService()
self.assertThat(d, succeeded(Is(None)))
max_expiry = fixture.now + service.panic_interval
self.assertThat(
fixture.cert_store.as_dict(),
succeeded(
AfterPreprocessing(
methodcaller('values'),
AllMatch(
AllMatch(
_match_certificate(
MatchesStructure(
not_valid_after=GreaterThan(
max_expiry))))))))
self.assertThat(fixture.responder.challenges, HasLength(0))
def test_client_v2_signed(self):
introducer = IntroducerService()
tub = introducer_furl = None
client_v2 = IntroducerClient(tub, introducer_furl, u"nick-v2",
"my_version", "oldest", fakeseq,
FilePath(self.mktemp()))
furl1 = b"pb://[email protected]:0/swissnum"
private_key, public_key = ed25519.create_signing_keypair()
public_key_str = remove_prefix(
ed25519.string_from_verifying_key(public_key), b"pub-")
ann_t0 = make_ann_t(client_v2, furl1, private_key, 10)
canary0 = Referenceable()
introducer.remote_publish_v2(ann_t0, canary0)
a = introducer.get_announcements()
self.failUnlessEqual(len(a), 1)
self.assertThat(a[0].canary, Is(canary0))
self.failUnlessEqual(a[0].index, ("storage", public_key_str))
self.failUnlessEqual(a[0].nickname, u"nick-v2")
self.failUnlessEqual(a[0].service_name, "storage")
self.failUnlessEqual(a[0].version, "my_version")
self.failUnlessEqual(
ensure_binary(a[0].announcement["anonymous-storage-FURL"]), furl1)
def test_local_snapshot_service_child(self):
"""
``MagicFolder`` adds the service given as ``LocalSnapshotService`` to
itself as a child.
"""
local_snapshot_service = Service()
tahoe_client = object()
reactor = object()
name = u"local-snapshot-service-test"
config = object()
participants = object()
magic_folder = MagicFolder(
client=tahoe_client,
config=config,
name=name,
local_snapshot_service=local_snapshot_service,
uploader_service=Service(),
initial_participants=participants,
clock=reactor,
)
self.assertThat(
local_snapshot_service.parent,
Is(magic_folder),
)
def test_client_v2_signed(self):
introducer = IntroducerService()
tub = introducer_furl = None
app_versions = {"whizzy": "fizzy"}
client_v2 = IntroducerClient(tub, introducer_furl, u"nick-v2",
"my_version", "oldest", app_versions,
fakeseq, FilePath(self.mktemp()))
furl1 = "pb://[email protected]:0/swissnum"
sk_s, vk_s = keyutil.make_keypair()
sk, _ignored = keyutil.parse_privkey(sk_s)
pks = keyutil.remove_prefix(vk_s, "pub-")
ann_t0 = make_ann_t(client_v2, furl1, sk, 10)
canary0 = Referenceable()
introducer.remote_publish_v2(ann_t0, canary0)
a = introducer.get_announcements()
self.failUnlessEqual(len(a), 1)
self.assertThat(a[0].canary, Is(canary0))
self.failUnlessEqual(a[0].index, ("storage", pks))
self.failUnlessEqual(a[0].announcement["app-versions"], app_versions)
self.failUnlessEqual(a[0].nickname, u"nick-v2")
self.failUnlessEqual(a[0].service_name, "storage")
self.failUnlessEqual(a[0].version, "my_version")
self.failUnlessEqual(a[0].announcement["anonymous-storage-FURL"],
furl1)
def test_sets_syslog_rack_service_to_any_when_is_region(self):
# Patch the logger in the clusterservice so no log messages are printed
# because the tests run in debug mode.
self.patch(common.log, "debug")
self.useFixture(MAASRootFixture())
rpc_service, _ = yield prepareRegion(self, is_region=True)
service, syslog = self.make_RackSyslog_ExternalService(
rpc_service, reactor
)
self.patch_autospec(syslog, "_configure") # No-op configuration.
# There is no most recently applied configuration.
self.assertThat(syslog._configuration, Is(None))
with TwistedLoggerFixture() as logger:
yield service.startService()
self.addCleanup((yield service.stopService))
yield service._orig_tryUpdate()
# Ensure that the service was set to any.
service = service_monitor.getServiceByName("syslog_rack")
self.assertEqual(
(SERVICE_STATE.ANY, "managed by the region"),
service.getExpectedState(),
)
# The most recently applied configuration is set, though it was not
# actually "applied" because this host was configured as a region+rack
# controller, and the rack should not attempt to manage the DNS server
# on a region+rack.
self.assertThat(
syslog._configuration, IsInstance(external._SyslogConfiguration)
)
# The configuration was not applied.
self.assertThat(syslog._configure, MockNotCalled())
# Nothing was logged; there's no need for lots of chatter.
self.assertThat(logger.output, Equals(""))
def test__marks_failed_if_save_raises(self):
mock_pod_form = Mock()
self.mock_PodForm.return_value = mock_pod_form
mock_pod_form.errors = {}
mock_pod_form.is_valid = Mock()
mock_pod_form.is_valid.return_value = True
mock_pod_form.save = Mock()
mock_pod_form.save.side_effect = ValueError
node = factory.make_Node_with_Interface_on_Subnet(
status=NODE_STATUS.DEPLOYING,
agent_name="maas-kvm-pod",
install_kvm=True,
)
factory.make_StaticIPAddress(interface=node.boot_interface)
meta = NodeMetadata.objects.create(
node=node, key="virsh_password", value="xyz123"
)
_create_pod_for_deployment(node)
meta = reload_object(meta)
self.assertThat(meta, Is(None))
self.assertThat(node.status, Equals(NODE_STATUS.FAILED_DEPLOYMENT))
self.assertThat(
node.error_description, DocTestMatches(POD_CREATION_ERROR)
)
def test_create_creates_device_with_dynamic_ip_assignment(self):
user = factory.make_User()
request = HttpRequest()
request.user = user
handler = DeviceHandler(user, {}, request)
mac = factory.make_mac_address()
hostname = factory.make_name("hostname")
created_device = handler.create({
"hostname":
hostname,
"primary_mac":
mac,
"interfaces": [{
"mac": mac,
"ip_assignment": DEVICE_IP_ASSIGNMENT_TYPE.DYNAMIC,
}],
})
self.expectThat(created_device["hostname"], Equals(hostname))
self.expectThat(created_device["primary_mac"], Equals(mac))
self.expectThat(created_device["extra_macs"], Equals([]))
self.expectThat(created_device["ip_assignment"],
Equals(DEVICE_IP_ASSIGNMENT_TYPE.DYNAMIC))
self.expectThat(created_device["ip_address"], Is(None))
self.expectThat(created_device["owner"], Equals(user.username))
def test_is_silent_does_nothing_but_saves_config_when_is_region(self):
# Patch the logger in the clusterservice so no log messages are printed
# because the tests run in debug mode.
self.patch(common.log, 'debug')
self.useFixture(MAASRootFixture())
rpc_service, _ = yield prepareRegion(self, is_region=True)
service = ntp.RackNetworkTimeProtocolService(rpc_service, reactor)
self.patch_autospec(ntp, "configure_rack") # No-op configuration.
# There is no most recently applied configuration.
self.assertThat(service._configuration, Is(None))
with TwistedLoggerFixture() as logger:
yield service._tryUpdate()
# The most recently applied configuration is set, though it was not
# actually "applied" because this host was configured as a region+rack
# controller, and the rack should not attempt to manage the NTP server
# on a region+rack.
self.assertThat(service._configuration, IsInstance(ntp._Configuration))
# The configuration was not applied.
self.assertThat(ntp.configure_rack, MockNotCalled())
# Nothing was logged; there's no need for lots of chatter.
self.assertThat(logger.output, Equals(""))
def test_add_app_triggers_api_post_event(self):
"""
When an app is added to the underlying fake Marathon, an
``api_post_event`` should be received by any event listeners.
"""
response = self.client.get('http://localhost/v2/events',
headers={'Accept': 'text/event-stream'})
assert_that(response, succeeded(IsSseResponse()))
app = {
'id': '/my-app_1',
'labels': {
'HAPROXY_GROUP': 'external',
'MARATHON_ACME_0_DOMAIN': 'example.com'
},
'portDefinitions': [{
'port': 9000,
'protocol': 'tcp',
'labels': {}
}]
}
self.marathon.add_app(app)
assert_that(
response,
succeeded(
After(
partial(collect_events, 'api_post_event'),
MatchesListwise([
After(
json.loads,
IsMarathonEvent('api_post_event',
clientIp=Is(None),
uri=Equals('/v2/apps/my-app_1'),
appDefinition=Equals(app)))
]))))
def test_is_root_enabled(self):
when(dbaas.MySqlAdmin).is_root_enabled().thenReturn(True)
is_enabled = self.manager.is_root_enabled(self.context)
self.assertThat(is_enabled, Is(True))
verify(dbaas.MySqlAdmin).is_root_enabled()
def test_init(self):
conn = DummyConnection()
client = common.Client(conn)
self.assertThat(client._conn, Is(conn))
def test_enable_root(self):
when(dbaas.MySqlAdmin).enable_root().thenReturn('user_id_stuff')
user_id = self.manager.enable_root(self.context)
self.assertThat(user_id, Is('user_id_stuff'))
verify(dbaas.MySqlAdmin).enable_root()
def test_authenticated_is_True_when_authentication_is_provided(self):
resource = OperationsResource(
StubHandler, authentication=sentinel.authentication
)
self.assertThat(resource.is_authentication_attempted, Is(True))
def test_getPeerCertificate(self):
conn, client = self.make_connection_and_client()
conn.peerCertificate = sentinel.peerCertificate
self.assertThat(client.getPeerCertificate(),
Is(sentinel.peerCertificate))
def test_authenticated_is_False_when_authentication_is_NoAuthn(self):
resource = OperationsResource(
StubHandler, authentication=NoAuthentication()
)
self.assertThat(resource.is_authentication_attempted, Is(False))
def test_authenticated_is_False_when_no_authentication_provided(self):
resource = OperationsResource(StubHandler)
self.assertThat(resource.is_authentication_attempted, Is(False))
def test_authentication_is_okay(self):
resource = self.resource_type(
StubHandler, authentication=sentinel.authentication
)
self.assertThat(resource.is_authentication_attempted, Is(True))
def test_get_returns_None_if_maas_id_file_is_empty(self):
with open(self.maas_id_path, "w"):
pass # Write nothing.
self.assertThat(env.get_maas_id(), Is(None))
def test_get_returns_None_if_maas_id_file_does_not_exist(self):
self.assertThat(self.maas_id_path, Not(FileExists()))
self.assertThat(env.get_maas_id(), Is(None))
