def test_digest_enabled(self, digests, mock_func):
"""
Test that with digests enabled, but Slack notification settings
(and not email settings), we send a Slack notification
"""
backend = RedisBackend()
digests.digest = backend.digest
digests.enabled.return_value = True
rule = Rule.objects.create(project=self.project, label="my rule")
event = self.store_event(
data={"message": "Hello world", "level": "error"}, project_id=self.project.id
)
key = f"mail:p:{self.project.id}"
backend.add(key, event_to_record(event, [rule]), increment_delay=0, maximum_delay=0)
with self.tasks():
deliver_digest(key)
assert digests.call_count == 0
attachment, text = get_attachment()
assert attachment["title"] == "Hello world"
assert attachment["text"] == ""
def test_add_record(self):
timeline = 'timeline'
backend = RedisBackend()
timeline_key = make_timeline_key(backend.namespace, timeline)
connection = backend.cluster.get_local_client_for_key(timeline_key)
record = next(self.records)
ready_set_key = make_schedule_key(backend.namespace,
SCHEDULE_STATE_READY)
record_key = make_record_key(timeline_key, record.key)
get_timeline_score_in_ready_set = functools.partial(
connection.zscore, ready_set_key, timeline)
get_record_score_in_timeline_set = functools.partial(
connection.zscore, timeline_key, record.key)
def get_record_value():
value = connection.get(record_key)
return backend.codec.decode(value) if value is not None else None
with self.assertChanges(get_timeline_score_in_ready_set, before=None, after=record.timestamp), \
self.assertChanges(get_record_score_in_timeline_set, before=None, after=record.timestamp), \
self.assertChanges(get_record_value, before=None, after=record.value):
backend.add(timeline, record)
def test_basic(self):
backend = RedisBackend()
# The first item should return "true", indicating that this timeline
# can be immediately dispatched to be digested.
record_1 = Record('record:1', 'value', time.time())
assert backend.add('timeline', record_1) is True
# The second item should return "false", since it's ready to be
# digested but dispatching again would cause it to be sent twice.
record_2 = Record('record:2', 'value', time.time())
assert backend.add('timeline', record_2) is False
# There's nothing to move between sets, so scheduling should return nothing.
assert set(backend.schedule(time.time())) == set()
with backend.digest('timeline', 0) as records:
assert set(records) == set([record_1, record_2])
# The schedule should now contain the timeline.
assert set(entry.key for entry in backend.schedule(time.time())) == set(['timeline'])
# We didn't add any new records so there's nothing to do here.
with backend.digest('timeline', 0) as records:
assert set(records) == set([])
# There's nothing to move between sets since the timeline contents no
# longer exist at this point.
assert set(backend.schedule(time.time())) == set()
def test_maintenance_failure_recovery(self):
backend = RedisBackend()
record_1 = Record('record:1', 'value', time.time())
backend.add('timeline', record_1)
try:
with backend.digest('timeline', 0) as records:
raise Exception('This causes the digest to not be closed.')
except Exception:
pass
# Maintenance should move the timeline back to the waiting state, ...
backend.maintenance(time.time())
# ...and you can't send a digest in the waiting state.
with pytest.raises(InvalidState):
with backend.digest('timeline', 0) as records:
pass
record_2 = Record('record:2', 'value', time.time())
backend.add('timeline', record_2)
# The schedule should now contain the timeline.
assert set(entry.key
for entry in backend.schedule(time.time())) == set(
['timeline'])
# The existing and new record should be there because the timeline
# contents were merged back into the digest.
with backend.digest('timeline', 0) as records:
assert set(records) == set([record_1, record_2])
def test_basic(self):
backend = RedisBackend()
# The first item should return "true", indicating that this timeline
# can be immediately dispatched to be digested.
record_1 = Record('record:1', 'value', time.time())
assert backend.add('timeline', record_1) is True
# The second item should return "false", since it's ready to be
# digested but dispatching again would cause it to be sent twice.
record_2 = Record('record:2', 'value', time.time())
assert backend.add('timeline', record_2) is False
# There's nothing to move between sets, so scheduling should return nothing.
assert set(backend.schedule(time.time())) == set()
with backend.digest('timeline', 0) as records:
assert set(records) == set([record_1, record_2])
# The schedule should now contain the timeline.
assert set(entry.key
for entry in backend.schedule(time.time())) == set(
['timeline'])
# We didn't add any new records so there's nothing to do here.
with backend.digest('timeline', 0) as records:
assert set(records) == set([])
# There's nothing to move between sets since the timeline contents no
# longer exist at this point.
assert set(backend.schedule(time.time())) == set()
def run_test(self, key, digests):
"""
Simple integration test to make sure that digests are firing as expected.
"""
backend = RedisBackend()
rule = Rule.objects.create(project=self.project,
label="Test Rule",
data={})
event = self.store_event(
data={
"timestamp": iso_format(before_now(days=1)),
"fingerprint": ["group-1"]
},
project_id=self.project.id,
)
event_2 = self.store_event(
data={
"timestamp": iso_format(before_now(days=1)),
"fingerprint": ["group-2"]
},
project_id=self.project.id,
)
key = f"mail:p:{self.project.id}"
backend.add(key,
event_to_record(event, [rule]),
increment_delay=0,
maximum_delay=0)
backend.add(key,
event_to_record(event_2, [rule]),
increment_delay=0,
maximum_delay=0)
digests.digest = backend.digest
with self.tasks():
deliver_digest(key)
assert "2 new alerts since" in mail.outbox[0].subject
def test_maintenance_failure_recovery(self):
backend = RedisBackend()
record_1 = Record('record:1', 'value', time.time())
backend.add('timeline', record_1)
try:
with backend.digest('timeline', 0) as records:
raise Exception('This causes the digest to not be closed.')
except Exception:
pass
# Maintenance should move the timeline back to the waiting state, ...
backend.maintenance(time.time())
# ...and you can't send a digest in the waiting state.
with pytest.raises(InvalidState):
with backend.digest('timeline', 0) as records:
pass
record_2 = Record('record:2', 'value', time.time())
backend.add('timeline', record_2)
# The schedule should now contain the timeline.
assert set(entry.key for entry in backend.schedule(time.time())) == set(['timeline'])
# The existing and new record should be there because the timeline
# contents were merged back into the digest.
with backend.digest('timeline', 0) as records:
assert set(records) == set([record_1, record_2])
def test_maintenance_failure_recovery_with_capacity(self):
backend = RedisBackend(capacity=10, truncation_chance=0.0)
t = time.time()
# Add 10 items to the timeline.
for i in range(10):
backend.add("timeline", Record(f"record:{i}", f"{i}", t + i))
try:
with backend.digest("timeline", 0) as records:
raise Exception("This causes the digest to not be closed.")
except Exception:
pass
# The 10 existing items should now be in the digest set (the exception
# prevented the close operation from occurring, so they were never
# deleted from Redis or removed from the digest set.) If we add 10 more
# items, they should be added to the timeline set (not the digest set.)
for i in range(10, 20):
backend.add("timeline", Record(f"record:{i}", f"{i}", t + i))
# Maintenance should move the timeline back to the waiting state, ...
backend.maintenance(time.time())
# The schedule should now contain the timeline.
assert {entry.key for entry in backend.schedule(time.time())} == {"timeline"}
# Only the new records should exist -- the older one should have been
# trimmed to avoid the digest growing beyond the timeline capacity.
with backend.digest("timeline", 0) as records:
expected_keys = {f"record:{i}" for i in range(10, 20)}
assert {record.key for record in records} == expected_keys
def test_maintenance_failure_recovery_with_capacity(self):
backend = RedisBackend(capacity=10, truncation_chance=0.0)
t = time.time()
# Add 10 items to the timeline.
for i in xrange(10):
backend.add('timeline', Record('record:{}'.format(i), '{}'.format(i), t + i))
try:
with backend.digest('timeline', 0) as records:
raise Exception('This causes the digest to not be closed.')
except Exception:
pass
# The 10 existing items should now be in the digest set (the exception
# prevented the close operation from occurring, so they were never
# deleted from Redis or removed from the digest set.) If we add 10 more
# items, they should be added to the timeline set (not the digest set.)
for i in xrange(10, 20):
backend.add('timeline', Record('record:{}'.format(i), '{}'.format(i), t + i))
# Maintenance should move the timeline back to the waiting state, ...
backend.maintenance(time.time())
# The schedule should now contain the timeline.
assert set(entry.key for entry in backend.schedule(time.time())) == set(['timeline'])
# Only the new records should exist -- the older one should have been
# trimmed to avoid the digest growing beyond the timeline capacity.
with backend.digest('timeline', 0) as records:
expected_keys = set('record:{}'.format(i) for i in xrange(10, 20))
assert set(record.key for record in records) == expected_keys
def test_digesting(self):
backend = RedisBackend()
# XXX: This assumes the that adding records and scheduling are working
# correctly to set up the state needed for this test!
timeline = 'timeline'
n = 10
records = list(itertools.islice(self.records, n))
for record in records:
backend.add(timeline, record)
for entry in backend.schedule(time.time()):
pass
timeline_key = make_timeline_key(backend.namespace, timeline)
client = backend.cluster.get_local_client_for_key(timeline_key)
waiting_set_key = make_schedule_key(backend.namespace,
SCHEDULE_STATE_WAITING)
ready_set_key = make_schedule_key(backend.namespace,
SCHEDULE_STATE_READY)
get_timeline_size = functools.partial(client.zcard, timeline_key)
get_waiting_set_size = functools.partial(get_set_size, backend.cluster,
waiting_set_key)
get_ready_set_size = functools.partial(get_set_size, backend.cluster,
ready_set_key)
with self.assertChanges(get_timeline_size, before=n, after=0), \
self.assertChanges(get_waiting_set_size, before=0, after=1), \
self.assertChanges(get_ready_set_size, before=1, after=0):
timestamp = time.time()
with mock.patch('time.time', return_value=timestamp), \
backend.digest(timeline) as entries:
entries = list(entries)
assert entries == records[::-1]
next_scheduled_delivery = timestamp + backend.minimum_delay
assert client.zscore(waiting_set_key,
timeline) == next_scheduled_delivery
assert int(
client.get(make_last_processed_timestamp_key(
timeline_key))) == int(timestamp)
# Move the timeline back to the ready set.
for entry in backend.schedule(next_scheduled_delivery):
pass
# The digest should be removed from the schedule if it is empty.
with self.assertDoesNotChange(get_waiting_set_size), \
self.assertChanges(get_ready_set_size, before=1, after=0):
with backend.digest(timeline) as entries:
assert list(entries) == []
assert client.get(
make_last_processed_timestamp_key(timeline_key)) is None
def test_digesting_failure_recovery(self):
backend = RedisBackend()
# XXX: This assumes the that adding records and scheduling are working
# correctly to set up the state needed for this test!
timeline = 'timeline'
n = 10
records = list(itertools.islice(self.records, n))
for record in records:
backend.add(timeline, record)
for entry in backend.schedule(time.time()):
pass
timeline_key = make_timeline_key(backend.namespace, timeline)
client = backend.cluster.get_local_client_for_key(timeline_key)
waiting_set_key = make_schedule_key(backend.namespace,
SCHEDULE_STATE_WAITING)
ready_set_key = make_schedule_key(backend.namespace,
SCHEDULE_STATE_READY)
get_waiting_set_size = functools.partial(get_set_size, backend.cluster,
waiting_set_key)
get_ready_set_size = functools.partial(get_set_size, backend.cluster,
ready_set_key)
get_timeline_size = functools.partial(client.zcard, timeline_key)
get_digest_size = functools.partial(client.zcard,
make_digest_key(timeline_key))
with self.assertChanges(get_timeline_size, before=n, after=0), \
self.assertChanges(get_digest_size, before=0, after=n), \
self.assertDoesNotChange(get_waiting_set_size), \
self.assertDoesNotChange(get_ready_set_size):
try:
with backend.digest(timeline) as entries:
raise ExpectedError
except ExpectedError:
pass
# Add another few records to the timeline to ensure they end up in the digest.
extra = list(itertools.islice(self.records, 5))
for record in extra:
backend.add(timeline, record)
with self.assertChanges(get_timeline_size, before=len(extra), after=0), \
self.assertChanges(get_digest_size, before=len(records), after=0), \
self.assertChanges(get_waiting_set_size, before=0, after=1), \
self.assertChanges(get_ready_set_size, before=1, after=0):
timestamp = time.time()
with mock.patch('time.time', return_value=timestamp), \
backend.digest(timeline) as entries:
entries = list(entries)
assert entries == (records + extra)[::-1]
assert client.zscore(waiting_set_key,
timeline) == timestamp + backend.minimum_delay
def test_truncation(self):
backend = RedisBackend(capacity=2, truncation_chance=1.0)
records = [Record('record:{}'.format(i), 'value', time.time()) for i in xrange(4)]
for record in records:
backend.add('timeline', record)
with backend.digest('timeline', 0) as records:
assert set(records) == set(records[-2:])
def test_truncation(self):
backend = RedisBackend(capacity=2, truncation_chance=1.0)
records = [Record(f"record:{i}", "value", time.time()) for i in range(4)]
for record in records:
backend.add("timeline", record)
with backend.digest("timeline", 0) as records:
assert set(records) == set(records[-2:])
def test_large_digest(self):
backend = RedisBackend()
n = 8192
t = time.time()
for i in xrange(n):
backend.add('timeline', Record('record:{}'.format(i), '{}'.format(i), t))
with backend.digest('timeline', 0) as records:
assert len(set(records)) == n
def test_large_digest(self):
backend = RedisBackend()
n = 8192
t = time.time()
for i in range(n):
backend.add("timeline", Record(f"record:{i}", f"{i}", t))
with backend.digest("timeline", 0) as records:
assert len(set(records)) == n
def test_delete(self):
backend = RedisBackend()
backend.add('timeline', Record('record:1', 'value', time.time()))
backend.delete('timeline')
with pytest.raises(InvalidState):
with backend.digest('timeline', 0) as records:
assert set(records) == set([])
assert set(backend.schedule(time.time())) == set()
assert len(backend._get_connection('timeline').keys('d:*')) == 0
def test_delete(self):
backend = RedisBackend()
backend.add('timeline', Record('record:1', 'value', time.time()))
backend.delete('timeline')
with pytest.raises(InvalidState):
with backend.digest('timeline', 0) as records:
assert set(records) == set([])
assert set(backend.schedule(time.time())) == set()
assert len(backend._get_connection('timeline').keys('d:*')) == 0
def test_delete(self):
backend = RedisBackend()
backend.add("timeline", Record("record:1", "value", time.time()))
backend.delete("timeline")
with pytest.raises(InvalidState):
with backend.digest("timeline", 0) as records:
assert set(records) == set()
assert set(backend.schedule(time.time())) == set()
assert len(backend._get_connection("timeline").keys("d:*")) == 0
def test_large_digest(self):
backend = RedisBackend()
n = 8192
t = time.time()
for i in xrange(n):
backend.add('timeline',
Record('record:{}'.format(i), '{}'.format(i), t))
with backend.digest('timeline', 0) as records:
assert len(set(records)) == n
def test_truncation(self):
backend = RedisBackend(capacity=2, truncation_chance=1.0)
records = [
Record('record:{}'.format(i), 'value', time.time())
for i in xrange(4)
]
for record in records:
backend.add('timeline', record)
with backend.digest('timeline', 0) as records:
assert set(records) == set(records[-2:])
def test_digesting_failure_recovery(self):
backend = RedisBackend()
# XXX: This assumes the that adding records and scheduling are working
# correctly to set up the state needed for this test!
timeline = 'timeline'
n = 10
records = list(itertools.islice(self.records, n))
for record in records:
backend.add(timeline, record)
for entry in backend.schedule(time.time()):
pass
timeline_key = make_timeline_key(backend.namespace, timeline)
client = backend.cluster.get_local_client_for_key(timeline_key)
waiting_set_key = make_schedule_key(backend.namespace, SCHEDULE_STATE_WAITING)
ready_set_key = make_schedule_key(backend.namespace, SCHEDULE_STATE_READY)
get_waiting_set_size = functools.partial(get_set_size, backend.cluster, waiting_set_key)
get_ready_set_size = functools.partial(get_set_size, backend.cluster, ready_set_key)
get_timeline_size = functools.partial(client.zcard, timeline_key)
get_digest_size = functools.partial(client.zcard, make_digest_key(timeline_key))
with self.assertChanges(get_timeline_size, before=n, after=0), \
self.assertChanges(get_digest_size, before=0, after=n), \
self.assertDoesNotChange(get_waiting_set_size), \
self.assertDoesNotChange(get_ready_set_size):
try:
with backend.digest(timeline) as entries:
raise ExpectedError
except ExpectedError:
pass
# Add another few records to the timeline to ensure they end up in the digest.
extra = list(itertools.islice(self.records, 5))
for record in extra:
backend.add(timeline, record)
with self.assertChanges(get_timeline_size, before=len(extra), after=0), \
self.assertChanges(get_digest_size, before=len(records), after=0), \
self.assertChanges(get_waiting_set_size, before=0, after=1), \
self.assertChanges(get_ready_set_size, before=1, after=0):
timestamp = time.time()
with mock.patch('time.time', return_value=timestamp), \
backend.digest(timeline) as entries:
entries = list(entries)
assert entries == (records + extra)[::-1]
assert client.zscore(waiting_set_key, timeline) == timestamp + backend.minimum_delay
def test_digesting(self):
backend = RedisBackend()
# XXX: This assumes the that adding records and scheduling are working
# correctly to set up the state needed for this test!
timeline = 'timeline'
n = 10
records = list(itertools.islice(self.records, n))
for record in records:
backend.add(timeline, record)
for entry in backend.schedule(time.time()):
pass
timeline_key = make_timeline_key(backend.namespace, timeline)
client = backend.cluster.get_local_client_for_key(timeline_key)
waiting_set_key = make_schedule_key(backend.namespace, SCHEDULE_STATE_WAITING)
ready_set_key = make_schedule_key(backend.namespace, SCHEDULE_STATE_READY)
get_timeline_size = functools.partial(client.zcard, timeline_key)
get_waiting_set_size = functools.partial(get_set_size, backend.cluster, waiting_set_key)
get_ready_set_size = functools.partial(get_set_size, backend.cluster, ready_set_key)
with self.assertChanges(get_timeline_size, before=n, after=0), \
self.assertChanges(get_waiting_set_size, before=0, after=1), \
self.assertChanges(get_ready_set_size, before=1, after=0):
timestamp = time.time()
with mock.patch('time.time', return_value=timestamp), \
backend.digest(timeline) as entries:
entries = list(entries)
assert entries == records[::-1]
next_scheduled_delivery = timestamp + backend.minimum_delay
assert client.zscore(waiting_set_key, timeline) == next_scheduled_delivery
assert int(client.get(make_last_processed_timestamp_key(timeline_key))) == int(timestamp)
# Move the timeline back to the ready set.
for entry in backend.schedule(next_scheduled_delivery):
pass
# The digest should be removed from the schedule if it is empty.
with self.assertDoesNotChange(get_waiting_set_size), \
self.assertChanges(get_ready_set_size, before=1, after=0):
with backend.digest(timeline) as entries:
assert list(entries) == []
assert client.get(make_last_processed_timestamp_key(timeline_key)) is None
def test_missing_record_contents(self):
backend = RedisBackend()
record_1 = Record("record:1", "value", time.time())
backend.add("timeline", record_1)
backend._get_connection("timeline").delete("d:t:timeline:r:record:1")
record_2 = Record("record:2", "value", time.time())
backend.add("timeline", record_2)
# The existing and new record should be there because the timeline
# contents were merged back into the digest.
with backend.digest("timeline", 0) as records:
assert set(records) == {record_2}
def test_missing_record_contents(self):
backend = RedisBackend()
record_1 = Record('record:1', 'value', time.time())
backend.add('timeline', record_1)
backend._get_connection('timeline').delete('d:t:timeline:r:record:1')
record_2 = Record('record:2', 'value', time.time())
backend.add('timeline', record_2)
# The existing and new record should be there because the timeline
# contents were merged back into the digest.
with backend.digest('timeline', 0) as records:
assert set(records) == set([record_2])
def test_missing_record_contents(self):
backend = RedisBackend()
record_1 = Record('record:1', 'value', time.time())
backend.add('timeline', record_1)
backend._get_connection('timeline').delete('d:t:timeline:r:record:1')
record_2 = Record('record:2', 'value', time.time())
backend.add('timeline', record_2)
# The existing and new record should be there because the timeline
# contents were merged back into the digest.
with backend.digest('timeline', 0) as records:
assert set(records) == set([record_2])
def test_truncation(self):
timeline = 'timeline'
capacity = 5
backend = RedisBackend(capacity=capacity, truncation_chance=0.5)
timeline_key = make_timeline_key(backend.namespace, timeline)
connection = backend.cluster.get_local_client_for_key(timeline_key)
get_timeline_size = functools.partial(connection.zcard, timeline_key)
fill = 10
with mock.patch('random.random', return_value=1.0):
with self.assertChanges(get_timeline_size, before=0, after=fill):
for _ in range(fill):
backend.add(timeline, next(self.records))
with mock.patch('random.random', return_value=0.0):
with self.assertChanges(get_timeline_size, before=fill, after=capacity):
backend.add(timeline, next(self.records))
def test_add_record(self):
timeline = 'timeline'
backend = RedisBackend()
timeline_key = make_timeline_key(backend.namespace, timeline)
connection = backend.cluster.get_local_client_for_key(timeline_key)
record = next(self.records)
ready_set_key = make_schedule_key(backend.namespace, SCHEDULE_STATE_READY)
record_key = make_record_key(timeline_key, record.key)
get_timeline_score_in_ready_set = functools.partial(connection.zscore, ready_set_key, timeline)
get_record_score_in_timeline_set = functools.partial(connection.zscore, timeline_key, record.key)
def get_record_value():
value = connection.get(record_key)
return backend.codec.decode(value) if value is not None else None
with self.assertChanges(get_timeline_score_in_ready_set, before=None, after=record.timestamp), \
self.assertChanges(get_record_score_in_timeline_set, before=None, after=record.timestamp), \
self.assertChanges(get_record_value, before=None, after=record.value):
backend.add(timeline, record)
def test_issue_alert_team_issue_owners_user_settings_off_digests(
self, digests, mock_func):
"""Test that issue alerts are sent to a team in Slack via an Issue Owners rule action
even when the users' issue alert notification settings are off and digests are triggered."""
backend = RedisBackend()
digests.digest = backend.digest
digests.enabled.return_value = True
# turn off the user's issue alert notification settings
# there was a bug where issue alerts to a team's Slack channel
# were only firing if this was set to ALWAYS
NotificationSetting.objects.update_settings(
ExternalProviders.SLACK,
NotificationSettingTypes.ISSUE_ALERTS,
NotificationSettingOptionValues.NEVER,
user=self.user,
)
# add a second user to the team so we can be sure it's only
# sent once (to the team, and not to each individual user)
user2 = self.create_user(is_superuser=False)
self.create_member(teams=[self.team],
user=user2,
organization=self.organization)
self.idp = IdentityProvider.objects.create(type="slack",
external_id="TXXXXXXX2",
config={})
self.identity = Identity.objects.create(
external_id="UXXXXXXX2",
idp=self.idp,
user=user2,
status=IdentityStatus.VALID,
scopes=[],
)
NotificationSetting.objects.update_settings(
ExternalProviders.SLACK,
NotificationSettingTypes.ISSUE_ALERTS,
NotificationSettingOptionValues.NEVER,
user=user2,
)
# update the team's notification settings
ExternalActor.objects.create(
actor=self.team.actor,
organization=self.organization,
integration=self.integration,
provider=ExternalProviders.SLACK.value,
external_name="goma",
external_id="CXXXXXXX2",
)
NotificationSetting.objects.update_settings(
ExternalProviders.SLACK,
NotificationSettingTypes.ISSUE_ALERTS,
NotificationSettingOptionValues.ALWAYS,
team=self.team,
)
rule = GrammarRule(Matcher("path", "*"),
[Owner("team", self.team.slug)])
ProjectOwnership.objects.create(project_id=self.project.id,
schema=dump_schema([rule]),
fallthrough=True)
event = self.store_event(
data={
"message": "Hello world",
"level": "error",
"stacktrace": {
"frames": [{
"filename": "foo.py"
}]
},
},
project_id=self.project.id,
)
action_data = {
"id": "sentry.mail.actions.NotifyEmailAction",
"targetType": "IssueOwners",
"targetIdentifier": "",
}
rule = Rule.objects.create(
project=self.project,
label="ja rule",
data={
"match": "all",
"actions": [action_data],
},
)
key = f"mail:p:{self.project.id}"
backend.add(key,
event_to_record(event, [rule]),
increment_delay=0,
maximum_delay=0)
with self.tasks():
deliver_digest(key)
# check that only one was sent out - more would mean each user is being notified
# rather than the team
assert len(responses.calls) == 1
# check that the team got a notification
data = parse_qs(responses.calls[0].request.body)
assert data["channel"] == ["CXXXXXXX2"]
assert "attachments" in data
attachments = json.loads(data["attachments"][0])
assert len(attachments) == 1
assert attachments[0]["title"] == "Hello world"
assert (
attachments[0]["footer"] ==
f"{self.project.slug} | <http://testserver/settings/{self.organization.slug}/teams/{self.team.slug}/notifications/?referrer=alert-rule-slack-team|Notification Settings>"
)