import uuid from datetime import datetime, timedelta from hashlib import md5 from unittest import mock import pytest import pytz from django.utils import timezone from sentry import options from sentry.api.issue_search import convert_query_values, issue_search_config, parse_search_query from sentry.exceptions import InvalidSearchQuery from sentry.models import ( Environment, Group, GroupAssignee, GroupBookmark, GroupEnvironment, GroupHistoryStatus, GroupStatus, GroupSubscription, Integration, record_group_history, ) from sentry.models.groupowner import GroupOwner from sentry.search.snuba.backend import ( CdcEventsDatasetSnubaSearchBackend, EventsDatasetSnubaSearchBackend, ) from sentry.search.snuba.executors import InvalidQueryForExecutor from sentry.testutils import SnubaTestCase, TestCase, xfail_if_not_postgres from sentry.testutils.helpers.datetime import before_now, iso_format from sentry.testutils.helpers.faux import Any from sentry.types.issues import GroupType from sentry.utils.snuba import SENTRY_SNUBA_MAP, Dataset, SnubaError, get_snuba_column_name def date_to_query_format(date): return date.strftime("%Y-%m-%dT%H:%M:%S") class SharedSnubaTest(TestCase, SnubaTestCase): def build_search_filter(self, query, projects=None, user=None, environments=None): user = user if user is not None else self.user projects = projects if projects is not None else [self.project] return convert_query_values(parse_search_query(query), projects, user, environments) def make_query( self, projects=None, search_filter_query=None, environments=None, sort_by="date", limit=None, count_hits=False, date_from=None, date_to=None, cursor=None, ): search_filters = [] projects = projects if projects is not None else [self.project] if search_filter_query is not None: search_filters = self.build_search_filter( search_filter_query, projects, environments=environments ) kwargs = {} if limit is not None: kwargs["limit"] = limit return self.backend.query( projects, search_filters=search_filters, environments=environments, count_hits=count_hits, sort_by=sort_by, date_from=date_from, date_to=date_to, cursor=cursor, **kwargs, ) def store_event(self, data, *args, **kwargs): event = super().store_event(data, *args, **kwargs) environment_name = data.get("environment") if environment_name: GroupEnvironment.objects.filter( group_id=event.group_id, environment__name=environment_name, first_seen__gt=event.datetime, ).update(first_seen=event.datetime) return event class EventsSnubaSearchTest(SharedSnubaTest): @property def backend(self): return EventsDatasetSnubaSearchBackend() def setUp(self): super().setUp() self.base_datetime = (datetime.utcnow() - timedelta(days=3)).replace(tzinfo=pytz.utc) event1_timestamp = iso_format(self.base_datetime - timedelta(days=21)) self.event1 = self.store_event( data={ "fingerprint": ["put-me-in-group1"], "event_id": "a" * 32, "message": "foo. Also, this message is intended to be greater than 256 characters so that we can put some unique string identifier after that point in the string. The purpose of this is in order to verify we are using snuba to search messages instead of Postgres (postgres truncates at 256 characters and clickhouse does not). santryrox.", "environment": "production", "tags": {"server": "example.com", "sentry:user": "event1@example.com"}, "timestamp": event1_timestamp, "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ) self.event3 = self.store_event( data={ "fingerprint": ["put-me-in-group1"], "event_id": "c" * 32, "message": "group1", "environment": "production", "tags": {"server": "example.com", "sentry:user": "event3@example.com"}, "timestamp": iso_format(self.base_datetime), "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ) self.group1 = Group.objects.get(id=self.event1.group.id) assert self.group1.id == self.event1.group.id assert self.group1.id == self.event3.group.id assert self.group1.first_seen == self.event1.datetime assert self.group1.last_seen == self.event3.datetime self.group1.times_seen = 5 self.group1.status = GroupStatus.UNRESOLVED self.group1.update(type=GroupType.ERROR.value) self.group1.save() self.store_group(self.group1) self.event2 = self.store_event( data={ "fingerprint": ["put-me-in-group2"], "event_id": "b" * 32, "timestamp": iso_format(self.base_datetime - timedelta(days=20)), "message": "bar", "stacktrace": {"frames": [{"module": "group2"}]}, "environment": "staging", "tags": { "server": "example.com", "url": "http://example.com", "sentry:user": "event2@example.com", }, }, project_id=self.project.id, ) self.group2 = Group.objects.get(id=self.event2.group.id) assert self.group2.id == self.event2.group.id assert self.group2.first_seen == self.group2.last_seen == self.event2.datetime self.group2.status = GroupStatus.RESOLVED self.group2.times_seen = 10 self.group2.update(type=GroupType.ERROR.value) self.group2.save() self.store_group(self.group2) GroupBookmark.objects.create(user=self.user, group=self.group2, project=self.group2.project) GroupAssignee.objects.create(user=self.user, group=self.group2, project=self.group2.project) GroupSubscription.objects.create( user=self.user, group=self.group1, project=self.group1.project, is_active=True ) GroupSubscription.objects.create( user=self.user, group=self.group2, project=self.group2.project, is_active=False ) self.environments = { "production": self.event1.get_environment(), "staging": self.event2.get_environment(), } def set_up_multi_project(self): self.project2 = self.create_project(organization=self.project.organization) self.event_p2 = self.store_event( data={ "event_id": "a" * 32, "fingerprint": ["put-me-in-groupP2"], "timestamp": iso_format(self.base_datetime - timedelta(days=21)), "message": "foo", "stacktrace": {"frames": [{"module": "group_p2"}]}, "tags": {"server": "example.com"}, "environment": "production", }, project_id=self.project2.id, ) self.group_p2 = Group.objects.get(id=self.event_p2.group.id) self.group_p2.times_seen = 6 self.group_p2.last_seen = self.base_datetime - timedelta(days=1) self.group_p2.save() self.store_group(self.group_p2) def create_group_with_integration_external_issue(self, environment="production"): event = self.store_event( data={ "fingerprint": ["linked_group1"], "event_id": uuid.uuid4().hex, "timestamp": iso_format(self.base_datetime), "environment": environment, }, project_id=self.project.id, ) integration = Integration.objects.create(provider="example", name="Example") integration.add_organization(event.group.organization, self.user) self.create_integration_external_issue( group=event.group, integration=integration, key="APP-123", ) return event.group def create_group_with_platform_external_issue(self, environment="production"): event = self.store_event( data={ "fingerprint": ["linked_group2"], "event_id": uuid.uuid4().hex, "timestamp": iso_format(self.base_datetime), "environment": environment, }, project_id=self.project.id, ) self.create_platform_external_issue( group=event.group, service_type="sentry-app", display_name="App#issue-1", web_url="https://example.com/app/issues/1", ) return event.group def run_test_query_in_syntax( self, query, expected_groups, expected_negative_groups=None, environments=None ): results = self.make_query(search_filter_query=query, environments=environments) sort_key = lambda result: result.id assert sorted(results, key=sort_key) == sorted(expected_groups, key=sort_key) if expected_negative_groups is not None: results = self.make_query(search_filter_query=f"!{query}") assert sorted(results, key=sort_key) == sorted(expected_negative_groups, key=sort_key) def test_query(self): results = self.make_query(search_filter_query="foo") assert set(results) == {self.group1} results = self.make_query(search_filter_query="bar") assert set(results) == {self.group2} def test_query_multi_project(self): self.set_up_multi_project() results = self.make_query([self.project, self.project2], search_filter_query="foo") assert set(results) == {self.group1, self.group_p2} def test_query_with_environment(self): results = self.make_query( environments=[self.environments["production"]], search_filter_query="foo" ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["production"]], search_filter_query="bar" ) assert set(results) == set() results = self.make_query( environments=[self.environments["staging"]], search_filter_query="bar" ) assert set(results) == {self.group2} def test_query_for_text_in_long_message(self): results = self.make_query( [self.project], environments=[self.environments["production"]], search_filter_query="santryrox", ) assert set(results) == {self.group1} def test_multi_environments(self): self.set_up_multi_project() results = self.make_query( [self.project, self.project2], environments=[self.environments["production"], self.environments["staging"]], ) assert set(results) == {self.group1, self.group2, self.group_p2} def test_query_with_environment_multi_project(self): self.set_up_multi_project() results = self.make_query( [self.project, self.project2], environments=[self.environments["production"]], search_filter_query="foo", ) assert set(results) == {self.group1, self.group_p2} results = self.make_query( [self.project, self.project2], environments=[self.environments["production"]], search_filter_query="bar", ) assert set(results) == set() def test_sort(self): results = self.make_query(sort_by="date") assert list(results) == [self.group1, self.group2] results = self.make_query(sort_by="new") assert list(results) == [self.group2, self.group1] results = self.make_query(sort_by="freq") assert list(results) == [self.group1, self.group2] results = self.make_query(sort_by="priority") assert list(results) == [self.group1, self.group2] results = self.make_query(sort_by="user") assert list(results) == [self.group1, self.group2] def test_sort_with_environment(self): for dt in [ self.group1.first_seen + timedelta(days=1), self.group1.first_seen + timedelta(days=2), self.group1.last_seen + timedelta(days=1), ]: self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(dt), "stacktrace": {"frames": [{"module": "group2"}]}, "environment": "production", "message": "group2", }, project_id=self.project.id, ) results = self.make_query(environments=[self.environments["production"]], sort_by="date") assert list(results) == [self.group2, self.group1] results = self.make_query(environments=[self.environments["production"]], sort_by="new") assert list(results) == [self.group2, self.group1] results = self.make_query(environments=[self.environments["production"]], sort_by="freq") assert list(results) == [self.group2, self.group1] results = self.make_query( environments=[self.environments["production"]], sort_by="priority" ) assert list(results) == [self.group2, self.group1] results = self.make_query(environments=[self.environments["production"]], sort_by="user") assert list(results) == [self.group1, self.group2] def test_status(self): results = self.make_query(search_filter_query="is:unresolved") assert set(results) == {self.group1} results = self.make_query(search_filter_query="is:resolved") assert set(results) == {self.group2} event_3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "event_id": "c" * 32, "timestamp": iso_format(self.base_datetime - timedelta(days=20)), }, project_id=self.project.id, ) group_3 = event_3.group group_3.status = GroupStatus.MUTED group_3.save() self.run_test_query_in_syntax( "status:[unresolved, resolved]", [self.group1, self.group2], [group_3] ) self.run_test_query_in_syntax( "status:[resolved, muted]", [self.group2, group_3], [self.group1] ) def test_category(self): with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.category:error") assert set(results) == {self.group1, self.group2} event_3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "event_id": "c" * 32, "timestamp": iso_format(self.base_datetime - timedelta(days=20)), }, project_id=self.project.id, ) group_3 = event_3.group group_3.update(type=GroupType.PERFORMANCE_N_PLUS_ONE.value) with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.category:performance") assert set(results) == {group_3} with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.category:[error, performance]") assert set(results) == {self.group1, self.group2, group_3} with pytest.raises(InvalidSearchQuery): with self.feature("organizations:performance-issues"): self.make_query(search_filter_query="issue.category:hellboy") def test_type(self): with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.type:error") assert set(results) == {self.group1, self.group2} event_3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "event_id": "c" * 32, "timestamp": iso_format(self.base_datetime - timedelta(days=20)), "type": GroupType.PERFORMANCE_N_PLUS_ONE.value, }, project_id=self.project.id, ) group_3 = event_3.group group_3.update(type=GroupType.PERFORMANCE_N_PLUS_ONE.value) with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.type:performance_n_plus_one") assert set(results) == {group_3} event_4 = self.store_event( data={ "fingerprint": ["put-me-in-group4"], "event_id": "d" * 32, "timestamp": iso_format(self.base_datetime - timedelta(days=20)), }, project_id=self.project.id, ) group_4 = event_4.group group_4.update(type=GroupType.PERFORMANCE_SLOW_SPAN.value) with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.type:performance_slow_span") assert set(results) == {group_4} with self.feature("organizations:performance-issues"): results = self.make_query( search_filter_query="issue.type:[performance_slow_span, performance_n_plus_one, error]" ) assert set(results) == {self.group1, self.group2, group_3, group_4} with pytest.raises(InvalidSearchQuery): with self.feature("organizations:performance-issues"): self.make_query(search_filter_query="issue.type:performance_i_dont_exist") def test_status_with_environment(self): results = self.make_query( environments=[self.environments["production"]], search_filter_query="is:unresolved" ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="is:resolved" ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["production"]], search_filter_query="is:resolved" ) assert set(results) == set() def test_tags(self): results = self.make_query(search_filter_query="environment:staging") assert set(results) == {self.group2} results = self.make_query(search_filter_query="environment:example.com") assert set(results) == set() results = self.make_query(search_filter_query="has:environment") assert set(results) == {self.group2, self.group1} results = self.make_query(search_filter_query="environment:staging server:example.com") assert set(results) == {self.group2} results = self.make_query(search_filter_query='url:"http://example.com"') assert set(results) == {self.group2} results = self.make_query(search_filter_query="environment:staging has:server") assert set(results) == {self.group2} results = self.make_query(search_filter_query="environment:staging server:bar.example.com") assert set(results) == set() def test_tags_with_environment(self): results = self.make_query( environments=[self.environments["production"]], search_filter_query="server:example.com" ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="server:example.com" ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="has:server" ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["production"]], search_filter_query='url:"http://example.com"', ) assert set(results) == set() results = self.make_query( environments=[self.environments["staging"]], search_filter_query='url:"http://example.com"', ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="server:bar.example.com", ) assert set(results) == set() def test_bookmarked_by(self): results = self.make_query(search_filter_query="bookmarks:%s" % self.user.username) assert set(results) == {self.group2} def test_bookmarked_by_in_syntax(self): self.run_test_query_in_syntax( f"bookmarks:[{self.user.username}]", [self.group2], [self.group1] ) user_2 = self.create_user() GroupBookmark.objects.create(user=user_2, group=self.group1, project=self.group2.project) self.run_test_query_in_syntax( f"bookmarks:[{self.user.username}, {user_2.username}]", [self.group2, self.group1], [] ) def test_bookmarked_by_with_environment(self): results = self.make_query( environments=[self.environments["staging"]], search_filter_query="bookmarks:%s" % self.user.username, ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["production"]], search_filter_query="bookmarks:%s" % self.user.username, ) assert set(results) == set() def test_search_filter_query_with_custom_priority_tag(self): priority = "high" self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.group2.first_seen + timedelta(days=1)), "stacktrace": {"frames": [{"module": "group2"}]}, "message": "group2", "tags": {"priority": priority}, }, project_id=self.project.id, ) results = self.make_query(search_filter_query="priority:%s" % priority) assert set(results) == {self.group2} def test_search_filter_query_with_custom_priority_tag_and_priority_sort(self): priority = "high" for i in range(1, 3): self.store_event( data={ "fingerprint": ["put-me-in-group1"], "timestamp": iso_format(self.group2.last_seen + timedelta(days=i)), "stacktrace": {"frames": [{"module": "group1"}]}, "message": "group1", "tags": {"priority": priority}, }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.group2.last_seen + timedelta(days=2)), "stacktrace": {"frames": [{"module": "group2"}]}, "message": "group2", "tags": {"priority": priority}, }, project_id=self.project.id, ) results = self.make_query(search_filter_query="priority:%s" % priority, sort_by="priority") assert list(results) == [self.group1, self.group2] def test_search_tag_overlapping_with_internal_fields(self): # Using a tag of email overlaps with the promoted user.email column in events. # We don't want to bypass public schema limits in issue search. self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.group2.first_seen + timedelta(days=1)), "stacktrace": {"frames": [{"module": "group2"}]}, "message": "group2", "tags": {"email": "tags@example.com"}, }, project_id=self.project.id, ) results = self.make_query(search_filter_query="email:tags@example.com") assert set(results) == {self.group2} def test_project(self): results = self.make_query([self.create_project(name="other")]) assert set(results) == set() def test_pagination(self): for options_set in [ {"snuba.search.min-pre-snuba-candidates": None}, {"snuba.search.min-pre-snuba-candidates": 500}, ]: with self.options(options_set): results = self.backend.query([self.project], limit=1, sort_by="date") assert set(results) == {self.group1} assert not results.prev.has_results assert results.next.has_results results = self.backend.query( [self.project], cursor=results.next, limit=1, sort_by="date" ) assert set(results) == {self.group2} assert results.prev.has_results assert not results.next.has_results # note: previous cursor results = self.backend.query( [self.project], cursor=results.prev, limit=1, sort_by="date" ) assert set(results) == {self.group1} assert results.prev.has_results assert results.next.has_results # note: previous cursor, paging too far into 0 results results = self.backend.query( [self.project], cursor=results.prev, limit=1, sort_by="date" ) assert set(results) == set() assert not results.prev.has_results assert results.next.has_results results = self.backend.query( [self.project], cursor=results.next, limit=1, sort_by="date" ) assert set(results) == {self.group1} assert results.prev.has_results assert results.next.has_results results = self.backend.query( [self.project], cursor=results.next, limit=1, sort_by="date" ) assert set(results) == {self.group2} assert results.prev.has_results assert not results.next.has_results results = self.backend.query( [self.project], cursor=results.next, limit=1, sort_by="date" ) assert set(results) == set() assert results.prev.has_results assert not results.next.has_results def test_pagination_with_environment(self): for dt in [ self.group1.first_seen + timedelta(days=1), self.group1.first_seen + timedelta(days=2), self.group1.last_seen + timedelta(days=1), ]: self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(dt), "environment": "production", "message": "group2", "stacktrace": {"frames": [{"module": "group2"}]}, }, project_id=self.project.id, ) results = self.backend.query( [self.project], environments=[self.environments["production"]], sort_by="date", limit=1, count_hits=True, ) assert list(results) == [self.group2] assert results.hits == 2 results = self.backend.query( [self.project], environments=[self.environments["production"]], sort_by="date", limit=1, cursor=results.next, count_hits=True, ) assert list(results) == [self.group1] assert results.hits == 2 results = self.backend.query( [self.project], environments=[self.environments["production"]], sort_by="date", limit=1, cursor=results.next, count_hits=True, ) assert list(results) == [] assert results.hits == 2 def test_age_filter(self): results = self.make_query( search_filter_query="firstSeen:>=%s" % date_to_query_format(self.group2.first_seen) ) assert set(results) == {self.group2} results = self.make_query( search_filter_query="firstSeen:<=%s" % date_to_query_format(self.group1.first_seen + timedelta(minutes=1)) ) assert set(results) == {self.group1} results = self.make_query( search_filter_query="firstSeen:>=%s firstSeen:<=%s" % ( date_to_query_format(self.group1.first_seen), date_to_query_format(self.group1.first_seen + timedelta(minutes=1)), ) ) assert set(results) == {self.group1} def test_age_filter_with_environment(self): # add time instead to make it greater than or less than as needed. group1_first_seen = GroupEnvironment.objects.get( environment=self.environments["production"], group=self.group1 ).first_seen results = self.make_query( environments=[self.environments["production"]], search_filter_query="firstSeen:>=%s" % date_to_query_format(group1_first_seen), ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["production"]], search_filter_query="firstSeen:<=%s" % date_to_query_format(group1_first_seen), ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["production"]], search_filter_query="firstSeen:>%s" % date_to_query_format(group1_first_seen), ) assert set(results) == set() self.store_event( data={ "fingerprint": ["put-me-in-group1"], "timestamp": iso_format(group1_first_seen + timedelta(days=1)), "message": "group1", "stacktrace": {"frames": [{"module": "group1"}]}, "environment": "development", }, project_id=self.project.id, ) results = self.make_query( environments=[self.environments["production"]], search_filter_query="firstSeen:>%s" % date_to_query_format(group1_first_seen), ) assert set(results) == set() results = self.make_query( environments=[Environment.objects.get(name="development")], search_filter_query="firstSeen:>%s" % date_to_query_format(group1_first_seen), ) assert set(results) == {self.group1} def test_times_seen_filter(self): results = self.make_query([self.project], search_filter_query="times_seen:2") assert set(results) == {self.group1} results = self.make_query([self.project], search_filter_query="times_seen:>=2") assert set(results) == {self.group1} results = self.make_query([self.project], search_filter_query="times_seen:<=1") assert set(results) == {self.group2} def test_last_seen_filter(self): results = self.make_query( search_filter_query="lastSeen:>=%s" % date_to_query_format(self.group1.last_seen) ) assert set(results) == {self.group1} results = self.make_query( search_filter_query="lastSeen:>=%s lastSeen:<=%s" % ( date_to_query_format(self.group1.last_seen), date_to_query_format(self.group1.last_seen + timedelta(minutes=1)), ) ) assert set(results) == {self.group1} def test_last_seen_filter_with_environment(self): results = self.make_query( environments=[self.environments["production"]], search_filter_query="lastSeen:>=%s" % date_to_query_format(self.group1.last_seen), ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["production"]], search_filter_query="lastSeen:<=%s" % date_to_query_format(self.group1.last_seen), ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["production"]], search_filter_query="lastSeen:>%s" % date_to_query_format(self.group1.last_seen), ) assert set(results) == set() self.store_event( data={ "fingerprint": ["put-me-in-group1"], "timestamp": iso_format(self.group1.last_seen + timedelta(days=1)), "message": "group1", "stacktrace": {"frames": [{"module": "group1"}]}, "environment": "development", }, project_id=self.project.id, ) self.group1.update(last_seen=self.group1.last_seen + timedelta(days=1)) results = self.make_query( environments=[self.environments["production"]], search_filter_query="lastSeen:>%s" % date_to_query_format(self.group1.last_seen), ) assert set(results) == set() results = self.make_query( environments=[Environment.objects.get(name="development")], search_filter_query="lastSeen:>%s" % date_to_query_format(self.group1.last_seen), ) assert set(results) == set() results = self.make_query( environments=[Environment.objects.get(name="development")], search_filter_query="lastSeen:>=%s" % date_to_query_format(self.group1.last_seen), ) assert set(results) == {self.group1} def test_date_filter(self): results = self.make_query( date_from=self.event2.datetime, search_filter_query="timestamp:>=%s" % date_to_query_format(self.event2.datetime), ) assert set(results) == {self.group1, self.group2} results = self.make_query( date_to=self.event1.datetime + timedelta(minutes=1), search_filter_query="timestamp:<=%s" % date_to_query_format(self.event1.datetime + timedelta(minutes=1)), ) assert set(results) == {self.group1} results = self.make_query( date_from=self.event1.datetime, date_to=self.event2.datetime + timedelta(minutes=1), search_filter_query="timestamp:>=%s timestamp:<=%s" % ( date_to_query_format(self.event1.datetime), date_to_query_format(self.event2.datetime + timedelta(minutes=1)), ), ) assert set(results) == {self.group1, self.group2} # Test with `Z` utc marker, should be equivalent results = self.make_query( date_from=self.event1.datetime, date_to=self.event2.datetime + timedelta(minutes=1), search_filter_query="timestamp:>=%s timestamp:<=%s" % ( date_to_query_format(self.event1.datetime) + "Z", date_to_query_format(self.event2.datetime + timedelta(minutes=1)) + "Z", ), ) assert set(results) == {self.group1, self.group2} def test_date_filter_with_environment(self): results = self.backend.query( [self.project], environments=[self.environments["production"]], date_from=self.event2.datetime, ) assert set(results) == {self.group1} results = self.backend.query( [self.project], environments=[self.environments["production"]], date_to=self.event1.datetime + timedelta(minutes=1), ) assert set(results) == {self.group1} results = self.backend.query( [self.project], environments=[self.environments["staging"]], date_from=self.event1.datetime, date_to=self.event2.datetime + timedelta(minutes=1), ) assert set(results) == {self.group2} def test_linked(self): linked_group1 = self.create_group_with_integration_external_issue() linked_group2 = self.create_group_with_platform_external_issue() results = self.make_query(search_filter_query="is:unlinked") assert set(results) == {self.group1, self.group2} results = self.make_query(search_filter_query="is:linked") assert set(results) == {linked_group1, linked_group2} def test_linked_with_only_integration_external_issue(self): linked_group = self.create_group_with_integration_external_issue() results = self.make_query(search_filter_query="is:unlinked") assert set(results) == {self.group1, self.group2} results = self.make_query(search_filter_query="is:linked") assert set(results) == {linked_group} def test_linked_with_only_platform_external_issue(self): linked_group = self.create_group_with_platform_external_issue() results = self.make_query(search_filter_query="is:unlinked") assert set(results) == {self.group1, self.group2} results = self.make_query(search_filter_query="is:linked") assert set(results) == {linked_group} def test_linked_with_environment(self): linked_group1 = self.create_group_with_integration_external_issue(environment="production") linked_group2 = self.create_group_with_platform_external_issue(environment="staging") results = self.make_query( environments=[self.environments["production"]], search_filter_query="is:unlinked" ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="is:unlinked" ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["production"]], search_filter_query="is:linked" ) assert set(results) == {linked_group1} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="is:linked" ) assert set(results) == {linked_group2} def test_unassigned(self): results = self.make_query(search_filter_query="is:unassigned") assert set(results) == {self.group1} results = self.make_query(search_filter_query="is:assigned") assert set(results) == {self.group2} def test_unassigned_with_environment(self): results = self.make_query( environments=[self.environments["production"]], search_filter_query="is:unassigned" ) assert set(results) == {self.group1} results = self.make_query( environments=[self.environments["staging"]], search_filter_query="is:assigned" ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["production"]], search_filter_query="is:assigned" ) assert set(results) == set() def test_assigned_to(self): results = self.make_query(search_filter_query="assigned:%s" % self.user.username) assert set(results) == {self.group2} # test team assignee ga = GroupAssignee.objects.get( user=self.user, group=self.group2, project=self.group2.project ) ga.update(team=self.team, user=None) assert GroupAssignee.objects.get(id=ga.id).user is None results = self.make_query(search_filter_query="assigned:%s" % self.user.username) assert set(results) == {self.group2} # test when there should be no results other_user = self.create_user() results = self.make_query(search_filter_query="assigned:%s" % other_user.username) assert set(results) == set() owner = self.create_user() self.create_member( organization=self.project.organization, user=owner, role="owner", teams=[] ) # test that owners don't see results for all teams results = self.make_query(search_filter_query="assigned:%s" % owner.username) assert set(results) == set() def test_assigned_to_in_syntax(self): group_3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "event_id": "c" * 32, "timestamp": iso_format(self.base_datetime - timedelta(days=20)), }, project_id=self.project.id, ).group group_3.status = GroupStatus.MUTED group_3.save() other_user = self.create_user() self.run_test_query_in_syntax( f"assigned:[{self.user.username}, {other_user.username}]", [self.group2], [self.group1, group_3], ) GroupAssignee.objects.create(project=self.project, group=group_3, user=other_user) self.run_test_query_in_syntax( f"assigned:[{self.user.username}, {other_user.username}]", [self.group2, group_3], [self.group1], ) self.run_test_query_in_syntax( f"assigned:[#{self.team.slug}, {other_user.username}]", [group_3], [self.group1, self.group2], ) ga_2 = GroupAssignee.objects.get( user=self.user, group=self.group2, project=self.group2.project ) ga_2.update(team=self.team, user=None) self.run_test_query_in_syntax( f"assigned:[{self.user.username}, {other_user.username}]", [self.group2, group_3], [self.group1], ) self.run_test_query_in_syntax( f"assigned:[#{self.team.slug}, {other_user.username}]", [self.group2, group_3], [self.group1], ) self.run_test_query_in_syntax( f"assigned:[me, none, {other_user.username}]", [self.group1, self.group2, group_3], [], ) def test_assigned_or_suggested_in_syntax(self): Group.objects.all().delete() group = self.store_event( data={ "timestamp": iso_format(before_now(seconds=180)), "fingerprint": ["group-1"], }, project_id=self.project.id, ).group group1 = self.store_event( data={ "timestamp": iso_format(before_now(seconds=185)), "fingerprint": ["group-2"], }, project_id=self.project.id, ).group group2 = self.store_event( data={ "timestamp": iso_format(before_now(seconds=190)), "fingerprint": ["group-3"], }, project_id=self.project.id, ).group assigned_group = self.store_event( data={ "timestamp": iso_format(before_now(seconds=195)), "fingerprint": ["group-4"], }, project_id=self.project.id, ).group assigned_to_other_group = self.store_event( data={ "timestamp": iso_format(before_now(seconds=195)), "fingerprint": ["group-5"], }, project_id=self.project.id, ).group self.run_test_query_in_syntax( "assigned_or_suggested:[me]", [], [group, group1, group2, assigned_group, assigned_to_other_group], ) GroupOwner.objects.create( group=assigned_to_other_group, project=self.project, organization=self.organization, type=0, team_id=None, user_id=self.user.id, ) GroupOwner.objects.create( group=group, project=self.project, organization=self.organization, type=0, team_id=None, user_id=self.user.id, ) self.run_test_query_in_syntax( "assigned_or_suggested:[me]", [group, assigned_to_other_group], [group1, group2, assigned_group], ) # Because assigned_to_other_event is assigned to self.other_user, it should not show up in assigned_or_suggested search for anyone but self.other_user. (aka. they are now the only owner) other_user = self.create_user("other@user.com", is_superuser=False) GroupAssignee.objects.create( group=assigned_to_other_group, project=self.project, user=other_user, ) self.run_test_query_in_syntax( "assigned_or_suggested:[me]", [group], [group1, group2, assigned_group, assigned_to_other_group], ) self.run_test_query_in_syntax( f"assigned_or_suggested:[{other_user.email}]", [assigned_to_other_group], [group, group1, group2, assigned_group], ) GroupAssignee.objects.create(group=assigned_group, project=self.project, user=self.user) self.run_test_query_in_syntax( f"assigned_or_suggested:[{self.user.email}]", [assigned_group, group], ) GroupOwner.objects.create( group=group, project=self.project, organization=self.organization, type=0, team_id=self.team.id, user_id=None, ) self.run_test_query_in_syntax( f"assigned_or_suggested:[#{self.team.slug}]", [group], ) self.run_test_query_in_syntax( "assigned_or_suggested:[me, none]", [group, group1, group2, assigned_group], [assigned_to_other_group], ) not_me = self.create_user(email="notme@sentry.io") GroupOwner.objects.create( group=group2, project=self.project, organization=self.organization, type=0, team_id=None, user_id=not_me.id, ) self.run_test_query_in_syntax( "assigned_or_suggested:[me, none]", [group, group1, assigned_group], [assigned_to_other_group, group2], ) GroupOwner.objects.filter(group=group, user=self.user).delete() self.run_test_query_in_syntax( f"assigned_or_suggested:[me, none, #{self.team.slug}]", [group, group1, assigned_group], [assigned_to_other_group, group2], ) self.run_test_query_in_syntax( f"assigned_or_suggested:[me, none, #{self.team.slug}, {not_me.email}]", [group, group1, assigned_group, group2], [assigned_to_other_group], ) def test_assigned_to_with_environment(self): results = self.make_query( environments=[self.environments["staging"]], search_filter_query="assigned:%s" % self.user.username, ) assert set(results) == {self.group2} results = self.make_query( environments=[self.environments["production"]], search_filter_query="assigned:%s" % self.user.username, ) assert set(results) == set() def test_subscribed_by(self): results = self.make_query( [self.group1.project], search_filter_query="subscribed:%s" % self.user.username ) assert set(results) == {self.group1} def test_subscribed_by_in_syntax(self): self.run_test_query_in_syntax( f"subscribed:[{self.user.username}]", [self.group1], [self.group2] ) user_2 = self.create_user() GroupSubscription.objects.create( user=user_2, group=self.group2, project=self.project, is_active=True ) self.run_test_query_in_syntax( f"subscribed:[{self.user.username}, {user_2.username}]", [self.group1, self.group2], [] ) def test_subscribed_by_with_environment(self): results = self.make_query( [self.group1.project], environments=[self.environments["production"]], search_filter_query="subscribed:%s" % self.user.username, ) assert set(results) == {self.group1} results = self.make_query( [self.group1.project], environments=[self.environments["staging"]], search_filter_query="subscribed:%s" % self.user.username, ) assert set(results) == set() @mock.patch("sentry.search.snuba.executors.bulk_raw_query") def test_snuba_not_called_optimization(self, query_mock): assert self.make_query(search_filter_query="status:unresolved").results == [self.group1] assert not query_mock.called assert ( self.make_query( search_filter_query="last_seen:>%s" % date_to_query_format(timezone.now()), sort_by="date", ).results == [] ) assert query_mock.called @mock.patch("sentry.issues.search.SnubaQueryParams") @mock.patch("sentry.search.snuba.executors.bulk_raw_query") def test_optimized_aggregates(self, bulk_raw_query_mock, snuba_query_params_mock): # TODO this test is annoyingly fragile and breaks in hard-to-see ways # any time anything about the snuba query changes bulk_raw_query_mock.return_value = [{"data": [], "totals": {"total": 0}}] DEFAULT_LIMIT = 100 chunk_growth = options.get("snuba.search.chunk-growth-rate") limit = int(DEFAULT_LIMIT * chunk_growth) common_args = { "arrayjoin": None, "dataset": Dataset.Discover, "start": Any(datetime), "end": Any(datetime), "filter_keys": { "project_id": [self.project.id], "group_id": [self.group1.id, self.group2.id], }, "referrer": "search", "groupby": ["group_id"], "conditions": [ [["positionCaseInsensitive", ["message", "'foo'"]], "!=", 0], ["type", "!=", "transaction"], ], "selected_columns": [], "limit": limit, "offset": 0, "totals": True, "turbo": False, "sample": 1, "condition_resolver": get_snuba_column_name, } self.make_query(search_filter_query="status:unresolved") assert not snuba_query_params_mock.called self.make_query( search_filter_query="last_seen:>=%s foo" % date_to_query_format(timezone.now()), sort_by="date", ) assert snuba_query_params_mock.called snuba_query_params_mock.call_args[1]["aggregations"].sort() assert snuba_query_params_mock.call_args == mock.call( orderby=["-last_seen", "group_id"], aggregations=[ ["multiply(toUInt64(max(timestamp)), 1000)", "", "last_seen"], ["uniq", "group_id", "total"], ], having=[["last_seen", ">=", Any(int)]], **common_args, ) self.make_query(search_filter_query="foo", sort_by="priority") snuba_query_params_mock.call_args[1]["aggregations"].sort() assert snuba_query_params_mock.call_args == mock.call( orderby=["-priority", "group_id"], aggregations=[ ["count()", "", "times_seen"], ["multiply(toUInt64(max(timestamp)), 1000)", "", "last_seen"], ["toUInt64(plus(multiply(log(times_seen), 600), last_seen))", "", "priority"], ["uniq", "group_id", "total"], ], having=[], **common_args, ) self.make_query(search_filter_query="times_seen:5 foo", sort_by="freq") snuba_query_params_mock.call_args[1]["aggregations"].sort() assert snuba_query_params_mock.call_args == mock.call( orderby=["-times_seen", "group_id"], aggregations=[ ["count()", "", "times_seen"], ["uniq", "group_id", "total"], ], having=[["times_seen", "=", 5]], **common_args, ) self.make_query(search_filter_query="foo", sort_by="user") snuba_query_params_mock.call_args[1]["aggregations"].sort() assert snuba_query_params_mock.call_args == mock.call( orderby=["-user_count", "group_id"], aggregations=[ ["uniq", "group_id", "total"], ["uniq", "tags[sentry:user]", "user_count"], ], having=[], **common_args, ) @mock.patch("sentry.search.snuba.executors.bulk_raw_query") def test_reduce_bulk_results_none_total(self, bulk_raw_query_mock): bulk_raw_query_mock.return_value = [ {"data": [], "totals": {"total": None}}, {"data": [], "totals": {"total": None}}, ] assert ( self.make_query( search_filter_query="last_seen:>%s" % date_to_query_format(timezone.now()), sort_by="date", ).results == [] ) assert bulk_raw_query_mock.called @mock.patch("sentry.search.snuba.executors.bulk_raw_query") def test_reduce_bulk_results_none_data(self, bulk_raw_query_mock): bulk_raw_query_mock.return_value = [ {"data": None, "totals": {"total": 0}}, {"data": None, "totals": {"total": 0}}, ] assert ( self.make_query( search_filter_query="last_seen:>%s" % date_to_query_format(timezone.now()), sort_by="date", ).results == [] ) assert bulk_raw_query_mock.called def test_pre_and_post_filtering(self): prev_max_pre = options.get("snuba.search.max-pre-snuba-candidates") options.set("snuba.search.max-pre-snuba-candidates", 1) try: # normal queries work as expected results = self.make_query(search_filter_query="foo") assert set(results) == {self.group1} results = self.make_query(search_filter_query="bar") assert set(results) == {self.group2} # no candidate matches in Sentry, immediately return empty paginator results = self.make_query(search_filter_query="NO MATCHES IN SENTRY") assert set(results) == set() # too many candidates, skip pre-filter, requires >1 postfilter queries results = self.make_query() assert set(results) == {self.group1, self.group2} finally: options.set("snuba.search.max-pre-snuba-candidates", prev_max_pre) def test_optimizer_enabled(self): prev_optimizer_enabled = options.get("snuba.search.pre-snuba-candidates-optimizer") options.set("snuba.search.pre-snuba-candidates-optimizer", True) try: results = self.make_query( search_filter_query="server:example.com", environments=[self.environments["production"]], ) assert set(results) == {self.group1} finally: options.set("snuba.search.pre-snuba-candidates-optimizer", prev_optimizer_enabled) def test_search_out_of_range(self): the_date = datetime(2000, 1, 1, 0, 0, 0, tzinfo=pytz.utc) results = self.make_query( search_filter_query=f"event.timestamp:>{the_date} event.timestamp:<{the_date}", date_from=the_date, date_to=the_date, ) assert set(results) == set() def test_hits_estimate(self): # 400 Groups/Events # Every 3rd one is Unresolved # Every 2nd one has tag match=1 for i in range(400): event = self.store_event( data={ "event_id": md5(f"event {i}".encode()).hexdigest(), "fingerprint": [f"put-me-in-group{i}"], "timestamp": iso_format(self.base_datetime - timedelta(days=21)), "message": f"group {i} event", "stacktrace": {"frames": [{"module": f"module {i}"}]}, "tags": {"match": f"{i % 2}"}, "environment": "production", }, project_id=self.project.id, ) group = event.group group.times_seen = 5 group.status = GroupStatus.UNRESOLVED if i % 3 == 0 else GroupStatus.RESOLVED group.save() self.store_group(group) # Sample should estimate there are roughly 66 overall matching groups # based on a random sample of 100 (or $sample_size) of the total 200 # snuba matches, of which 33% should pass the postgres filter. with self.options( { # Too small to pass all django candidates down to snuba "snuba.search.max-pre-snuba-candidates": 5, "snuba.search.hits-sample-size": 50, } ): first_results = self.make_query( search_filter_query="is:unresolved match:1", limit=10, count_hits=True ) # Deliberately do not assert that the value is within some margin # of error, as this will fail tests at some rate corresponding to # our confidence interval. assert first_results.hits > 10 # When searching for the same tags, we should get the same set of # hits as the sampling is based on the hash of the query. second_results = self.make_query( search_filter_query="is:unresolved match:1", limit=10, count_hits=True ) assert first_results.results == second_results.results # When using a different search, we should get a different sample # but still should have some hits. third_results = self.make_query( search_filter_query="is:unresolved match:0", limit=10, count_hits=True ) assert third_results.hits > 10 assert third_results.results != second_results.results def test_regressed_in_release(self): # expect no groups within the results since there are no releases results = self.make_query(search_filter_query="regressed_in_release:fake") assert set(results) == set() # expect no groups even though there is a release; since no group regressed in this release release_1 = self.create_release() results = self.make_query(search_filter_query="regressed_in_release:%s" % release_1.version) assert set(results) == set() # Create a new event so that we get a group in this release group = self.store_event( data={ "release": release_1.version, }, project_id=self.project.id, ).group # # Should still be no group since we didn't regress in this release results = self.make_query(search_filter_query="regressed_in_release:%s" % release_1.version) assert set(results) == set() record_group_history(group, GroupHistoryStatus.REGRESSED, release=release_1) results = self.make_query(search_filter_query="regressed_in_release:%s" % release_1.version) assert set(results) == {group} # Make sure this works correctly with multiple releases release_2 = self.create_release() group_2 = self.store_event( data={ "fingerprint": ["put-me-in-group9001"], "event_id": "a" * 32, "release": release_2.version, }, project_id=self.project.id, ).group record_group_history(group_2, GroupHistoryStatus.REGRESSED, release=release_2) results = self.make_query(search_filter_query="regressed_in_release:%s" % release_1.version) assert set(results) == {group} results = self.make_query(search_filter_query="regressed_in_release:%s" % release_2.version) assert set(results) == {group_2} def test_first_release(self): # expect no groups within the results since there are no releases results = self.make_query(search_filter_query="first_release:%s" % "fake") assert set(results) == set() # expect no groups even though there is a release; since no group # is attached to a release release_1 = self.create_release(self.project) results = self.make_query(search_filter_query="first_release:%s" % release_1.version) assert set(results) == set() # Create a new event so that we get a group in this release group = self.store_event( data={ "fingerprint": ["put-me-in-group9001"], "event_id": "a" * 32, "message": "hello", "environment": "production", "tags": {"server": "example.com"}, "release": release_1.version, "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ).group results = self.make_query(search_filter_query="first_release:%s" % release_1.version) assert set(results) == {group} def test_first_release_in_syntax(self): # expect no groups within the results since there are no releases self.run_test_query_in_syntax("first_release:[fake, fake2]", []) # expect no groups even though there is a release; since no group # is attached to a release release_1 = self.create_release(self.project) release_2 = self.create_release(self.project) self.run_test_query_in_syntax( f"first_release:[{release_1.version}, {release_2.version}]", [] ) # Create a new event so that we get a group in this release group = self.store_event( data={ "fingerprint": ["put-me-in-group9001"], "event_id": "a" * 32, "message": "hello", "environment": "production", "tags": {"server": "example.com"}, "release": release_1.version, "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ).group self.run_test_query_in_syntax( f"first_release:[{release_1.version}, {release_2.version}]", [group], [self.group1, self.group2], ) # Create a new event so that we get a group in this release group_2 = self.store_event( data={ "fingerprint": ["put-me-in-group9002"], "event_id": "a" * 32, "message": "hello", "environment": "production", "tags": {"server": "example.com"}, "release": release_2.version, "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ).group self.run_test_query_in_syntax( f"first_release:[{release_1.version}, {release_2.version}]", [group, group_2], ) def test_first_release_environments(self): results = self.make_query( environments=[self.environments["production"]], search_filter_query="first_release:fake", ) assert set(results) == set() release = self.create_release(self.project) group_env = GroupEnvironment.get_or_create( group_id=self.group1.id, environment_id=self.environments["production"].id )[0] results = self.make_query( environments=[self.environments["production"]], search_filter_query=f"first_release:{release.version}", ) assert set(results) == set() group_env.first_release = release group_env.save() results = self.make_query( environments=[self.environments["production"]], search_filter_query=f"first_release:{release.version}", ) assert set(results) == {self.group1} def test_first_release_environments_in_syntax(self): self.run_test_query_in_syntax( "first_release:[fake, fake2]", [], [self.group1, self.group2], environments=[self.environments["production"]], ) release = self.create_release(self.project) group_1_env = GroupEnvironment.objects.get( group_id=self.group1.id, environment_id=self.environments["production"].id ) group_1_env.update(first_release=release) self.run_test_query_in_syntax( f"first_release:[{release.version}, fake2]", [self.group1], [self.group2], environments=[self.environments["production"]], ) group_2_env = GroupEnvironment.objects.get( group_id=self.group2.id, environment_id=self.environments["staging"].id ) group_2_env.update(first_release=release) self.run_test_query_in_syntax( f"first_release:[{release.version}, fake2]", [self.group1, self.group2], [], environments=[self.environments["production"], self.environments["staging"]], ) # Make sure we don't get duplicate groups GroupEnvironment.objects.create( group_id=self.group1.id, environment_id=self.environments["staging"].id, first_release=release, ) self.run_test_query_in_syntax( f"first_release:[{release.version}, fake2]", [self.group1, self.group2], [], environments=[self.environments["production"], self.environments["staging"]], ) def test_query_enclosed_in_quotes(self): results = self.make_query(search_filter_query='"foo"') assert set(results) == {self.group1} results = self.make_query(search_filter_query='"bar"') assert set(results) == {self.group2} @xfail_if_not_postgres("Wildcard searching only supported in Postgres") def test_wildcard(self): escaped_event = self.store_event( data={ "fingerprint": ["hello-there"], "event_id": "f" * 32, "message": "somet[hing]", "environment": "production", "tags": {"server": "example.net"}, "timestamp": iso_format(self.base_datetime), "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ) # Note: Adding in `environment:production` so that we make sure we query # in both snuba and postgres results = self.make_query(search_filter_query="environment:production so*t") assert set(results) == {escaped_event.group} # Make sure it's case insensitive results = self.make_query(search_filter_query="environment:production SO*t") assert set(results) == {escaped_event.group} results = self.make_query(search_filter_query="environment:production so*zz") assert set(results) == set() results = self.make_query(search_filter_query="environment:production [hing]") assert set(results) == {escaped_event.group} results = self.make_query(search_filter_query="environment:production s*]") assert set(results) == {escaped_event.group} results = self.make_query(search_filter_query="environment:production server:example.*") assert set(results) == {self.group1, escaped_event.group} results = self.make_query(search_filter_query="environment:production !server:*net") assert set(results) == {self.group1} # TODO: Disabling tests that use [] syntax for the moment. Re-enable # these if we decide to add back in, or remove if this comment has been # here a while. # results = self.make_query( # search_filter_query='environment:production [s][of][mz]', # ) # assert set(results) == set([escaped_event.group]) # results = self.make_query( # search_filter_query='environment:production [z][of][mz]', # ) # assert set(results) == set() def test_null_tags(self): tag_event = self.store_event( data={ "fingerprint": ["hello-there"], "event_id": "f" * 32, "message": "something", "environment": "production", "tags": {"server": "example.net"}, "timestamp": iso_format(self.base_datetime), "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ) no_tag_event = self.store_event( data={ "fingerprint": ["hello-there-2"], "event_id": "5" * 32, "message": "something", "environment": "production", "timestamp": iso_format(self.base_datetime), "stacktrace": {"frames": [{"module": "group2"}]}, }, project_id=self.project.id, ) results = self.make_query(search_filter_query="environment:production !server:*net") assert set(results) == {self.group1, no_tag_event.group} results = self.make_query(search_filter_query="environment:production server:*net") assert set(results) == {tag_event.group} results = self.make_query(search_filter_query="environment:production !server:example.net") assert set(results) == {self.group1, no_tag_event.group} results = self.make_query(search_filter_query="environment:production server:example.net") assert set(results) == {tag_event.group} results = self.make_query(search_filter_query="environment:production has:server") assert set(results) == {self.group1, tag_event.group} results = self.make_query(search_filter_query="environment:production !has:server") assert set(results) == {no_tag_event.group} def test_null_promoted_tags(self): tag_event = self.store_event( data={ "fingerprint": ["hello-there"], "event_id": "f" * 32, "message": "something", "environment": "production", "tags": {"logger": "csp"}, "timestamp": iso_format(self.base_datetime), "stacktrace": {"frames": [{"module": "group1"}]}, }, project_id=self.project.id, ) no_tag_event = self.store_event( data={ "fingerprint": ["hello-there-2"], "event_id": "5" * 32, "message": "something", "environment": "production", "timestamp": iso_format(self.base_datetime), "stacktrace": {"frames": [{"module": "group2"}]}, }, project_id=self.project.id, ) results = self.make_query(search_filter_query="environment:production !logger:*sp") assert set(results) == {self.group1, no_tag_event.group} results = self.make_query(search_filter_query="environment:production logger:*sp") assert set(results) == {tag_event.group} results = self.make_query(search_filter_query="environment:production !logger:csp") assert set(results) == {self.group1, no_tag_event.group} results = self.make_query(search_filter_query="environment:production logger:csp") assert set(results) == {tag_event.group} results = self.make_query(search_filter_query="environment:production has:logger") assert set(results) == {tag_event.group} results = self.make_query(search_filter_query="environment:production !has:logger") assert set(results) == {self.group1, no_tag_event.group} def test_sort_multi_project(self): self.set_up_multi_project() results = self.make_query([self.project, self.project2], sort_by="date") assert list(results) == [self.group1, self.group_p2, self.group2] results = self.make_query([self.project, self.project2], sort_by="new") assert list(results) == [self.group2, self.group_p2, self.group1] results = self.make_query([self.project, self.project2], sort_by="freq") assert list(results) == [self.group1, self.group_p2, self.group2] results = self.make_query([self.project, self.project2], sort_by="priority") assert list(results) == [self.group1, self.group2, self.group_p2] results = self.make_query([self.project, self.project2], sort_by="user") assert list(results) == [self.group1, self.group2, self.group_p2] def test_sort_trend(self): start = self.group1.first_seen - timedelta(days=1) end = before_now(days=1).replace(tzinfo=pytz.utc) middle = start + ((end - start) / 2) self.store_event( data={ "fingerprint": ["put-me-in-group1"], "event_id": "2" * 32, "message": "something", "timestamp": iso_format(self.base_datetime), }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group1"], "event_id": "3" * 32, "message": "something", "timestamp": iso_format(self.base_datetime), }, project_id=self.project.id, ) fewer_events_group = self.store_event( data={ "fingerprint": ["put-me-in-group4"], "event_id": "4" * 32, "message": "something", "timestamp": iso_format(middle - timedelta(days=1)), }, project_id=self.project.id, ).group self.store_event( data={ "fingerprint": ["put-me-in-group4"], "event_id": "5" * 32, "message": "something", "timestamp": iso_format(middle - timedelta(days=1)), }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group4"], "event_id": "6" * 32, "message": "something", "timestamp": iso_format(self.base_datetime), }, project_id=self.project.id, ) no_before_group = self.store_event( data={ "fingerprint": ["put-me-in-group5"], "event_id": "3" * 32, "message": "something", "timestamp": iso_format(self.base_datetime), }, project_id=self.project.id, ).group no_after_group = self.store_event( data={ "fingerprint": ["put-me-in-group6"], "event_id": "4" * 32, "message": "something", "timestamp": iso_format(middle - timedelta(days=1)), }, project_id=self.project.id, ).group self.set_up_multi_project() results = self.make_query([self.project], sort_by="trend", date_from=start, date_to=end) assert results[:2] == [self.group1, fewer_events_group] # These will be arbitrarily ordered since their trend values are all 0 assert set(results[2:]) == {self.group2, no_before_group, no_after_group} def test_in_syntax_is_invalid(self): with pytest.raises(InvalidSearchQuery, match='"in" syntax invalid for "is" search'): self.make_query(search_filter_query="is:[unresolved, resolved]") def test_first_release_any_or_no_environments(self): # test scenarios for tickets: # SEN-571 # ISSUE-432 # given the following setup: # # groups table: # group first_release # A 1 # B 1 # C 2 # # groupenvironments table: # group environment first_release # A staging 1 # A production 2 # # when querying by first release, the appropriate set of groups should be displayed: # # first_release: 1 # env=[]: A, B # env=[production, staging]: A # env=[staging]: A # env=[production]: nothing # # first_release: 2 # env=[]: A, C # env=[production, staging]: A # env=[staging]: nothing # env=[production]: A # create an issue/group whose events that occur in 2 distinct environments group_a_event_1 = self.store_event( data={ "fingerprint": ["group_a"], "event_id": "aaa" + ("1" * 29), "environment": "example_staging", "release": "release_1", }, project_id=self.project.id, ) group_a_event_2 = self.store_event( data={ "fingerprint": ["group_a"], "event_id": "aaa" + ("2" * 29), "environment": "example_production", "release": "release_2", }, project_id=self.project.id, ) group_a = group_a_event_1.group # get the environments for group_a prod_env = group_a_event_2.get_environment() staging_env = group_a_event_1.get_environment() # create an issue/group whose event that occur in no environments # but will be tied to release release_1 group_b_event_1 = self.store_event( data={ "fingerprint": ["group_b"], "event_id": "bbb" + ("1" * 29), "release": "release_1", }, project_id=self.project.id, ) assert group_b_event_1.get_environment().name == "" # has no environment group_b = group_b_event_1.group # create an issue/group whose event that occur in no environments # but will be tied to release release_2 group_c_event_1 = self.store_event( data={ "fingerprint": ["group_c"], "event_id": "ccc" + ("1" * 29), "release": "release_2", }, project_id=self.project.id, ) assert group_c_event_1.get_environment().name == "" # has no environment group_c = group_c_event_1.group # query by release release_1 results = self.make_query(search_filter_query="first_release:%s" % "release_1") assert set(results) == {group_a, group_b} results = self.make_query( environments=[staging_env, prod_env], search_filter_query="first_release:%s" % "release_1", ) assert set(results) == {group_a} results = self.make_query( environments=[staging_env], search_filter_query="first_release:%s" % "release_1" ) assert set(results) == {group_a} results = self.make_query( environments=[prod_env], search_filter_query="first_release:%s" % "release_1" ) assert set(results) == set() # query by release release_2 results = self.make_query(search_filter_query="first_release:%s" % "release_2") assert set(results) == {group_a, group_c} results = self.make_query( environments=[staging_env, prod_env], search_filter_query="first_release:%s" % "release_2", ) assert set(results) == {group_a} results = self.make_query( environments=[staging_env], search_filter_query="first_release:%s" % "release_2" ) assert set(results) == set() results = self.make_query( environments=[prod_env], search_filter_query="first_release:%s" % "release_2" ) assert set(results) == {group_a} def test_all_fields_do_not_error(self): # Just a sanity check to make sure that all fields can be successfully # searched on without returning type errors and other schema related # issues. def test_query(query): try: self.make_query(search_filter_query=query) except SnubaError as e: self.fail(f"Query {query} errored. Error info: {e}") for key in SENTRY_SNUBA_MAP: if key in ["project.id", "issue.id", "performance.issue_ids"]: continue test_query("has:%s" % key) test_query("!has:%s" % key) if key == "error.handled": val = 1 elif key in issue_search_config.numeric_keys: val = "123" elif key in issue_search_config.date_keys: val = self.base_datetime.isoformat() elif key in issue_search_config.boolean_keys: val = "true" elif key in {"trace.span", "trace.parent_span"}: val = "abcdef1234abcdef" test_query(f"!{key}:{val}") else: val = "abadcafedeadbeefdeaffeedabadfeed" test_query(f"!{key}:{val}") test_query(f"{key}:{val}") class EventsTransactionsSnubaSearchTest(SharedSnubaTest): @property def backend(self): return EventsDatasetSnubaSearchBackend() def setUp(self): super().setUp() self.base_datetime = (datetime.utcnow() - timedelta(days=3)).replace(tzinfo=pytz.utc) transaction_event_data = { "level": "info", "message": "ayoo", "type": "transaction", "culprit": "app/components/events/eventEntries in map", "contexts": {"trace": {"trace_id": "b" * 32, "span_id": "c" * 16, "op": ""}}, } transaction_event_1 = self.store_event( data={ **transaction_event_data, "event_id": "a" * 32, "timestamp": iso_format(before_now(minutes=1)), "start_timestamp": iso_format(before_now(minutes=1)), "tags": {"my_tag": 1}, "fingerprint": [f"{GroupType.PERFORMANCE_SLOW_SPAN.value}-group1"], }, project_id=self.project.id, ) self.perf_group_1 = transaction_event_1.groups[0] transaction_event_2 = self.store_event( data={ **transaction_event_data, "event_id": "a" * 32, "timestamp": iso_format(before_now(minutes=2)), "start_timestamp": iso_format(before_now(minutes=2)), "tags": {"my_tag": 1}, "fingerprint": [f"{GroupType.PERFORMANCE_SLOW_SPAN.value}-group2"], }, project_id=self.project.id, ) self.perf_group_2 = transaction_event_2.groups[0] error_event_data = { "timestamp": iso_format(self.base_datetime - timedelta(days=20)), "message": "bar", "environment": "staging", "tags": { "server": "example.com", "url": "http://example.com", "sentry:user": "event2@example.com", "my_tag": 1, }, } error_event = self.store_event( data={ **error_event_data, "fingerprint": ["put-me-in-error_group_1"], "event_id": "c" * 32, "stacktrace": {"frames": [{"module": "error_group_1"}]}, }, project_id=self.project.id, ) self.error_group_1 = error_event.group error_event_2 = self.store_event( data={ **error_event_data, "fingerprint": ["put-me-in-error_group_2"], "event_id": "d" * 32, "stacktrace": {"frames": [{"module": "error_group_2"}]}, }, project_id=self.project.id, ) self.error_group_2 = error_event_2.group def test_performance_query(self): with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="issue.category:performance my_tag:1") assert list(results) == [self.perf_group_1, self.perf_group_2] with self.feature("organizations:performance-issues"): results = self.make_query( search_filter_query="issue.type:[performance_n_plus_one, performance_slow_span] my_tag:1" ) assert list(results) == [self.perf_group_1, self.perf_group_2] def test_error_performance_query(self): with self.feature("organizations:performance-issues"): results = self.make_query(search_filter_query="my_tag:1") assert list(results) == [ self.perf_group_1, self.perf_group_2, self.error_group_2, self.error_group_1, ] with self.feature("organizations:performance-issues"): results = self.make_query( search_filter_query="issue.category:[performance, error] my_tag:1" ) assert list(results) == [ self.perf_group_1, self.perf_group_2, self.error_group_2, self.error_group_1, ] with self.feature("organizations:performance-issues"): results = self.make_query( search_filter_query="issue.type:[performance_slow_span, error] my_tag:1" ) assert list(results) == [ self.perf_group_1, self.perf_group_2, self.error_group_2, self.error_group_1, ] def test_cursor_performance_issues(self): with self.feature("organizations:performance-issues"): results = self.make_query( projects=[self.project], search_filter_query="issue.category:performance my_tag:1", sort_by="date", limit=1, count_hits=True, ) assert list(results) == [self.perf_group_1] assert results.hits == 2 with self.feature("organizations:performance-issues"): results = self.make_query( projects=[self.project], search_filter_query="issue.category:performance my_tag:1", sort_by="date", limit=1, cursor=results.next, count_hits=True, ) assert list(results) == [self.perf_group_2] assert results.hits == 2 with self.feature("organizations:performance-issues"): results = self.make_query( projects=[self.project], search_filter_query="issue.category:performance my_tag:1", sort_by="date", limit=1, cursor=results.next, count_hits=True, ) assert list(results) == [] assert results.hits == 2 class CdcEventsSnubaSearchTest(SharedSnubaTest): @property def backend(self): return CdcEventsDatasetSnubaSearchBackend() def setUp(self): super().setUp() self.base_datetime = (datetime.utcnow() - timedelta(days=3)).replace(tzinfo=pytz.utc) self.event1 = self.store_event( data={ "fingerprint": ["put-me-in-group1"], "event_id": "a" * 32, "environment": "production", "timestamp": iso_format(self.base_datetime - timedelta(days=21)), "tags": {"sentry:user": "user1"}, }, project_id=self.project.id, ) self.env1 = self.event1.get_environment() self.group1 = self.event1.group self.event3 = self.store_event( data={ "fingerprint": ["put-me-in-group1"], "environment": "staging", "timestamp": iso_format(self.base_datetime), "tags": {"sentry:user": "user2"}, }, project_id=self.project.id, ) self.event2 = self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.base_datetime - timedelta(days=20)), "environment": "staging", "tags": {"sentry:user": "user1"}, }, project_id=self.project.id, ) self.group2 = self.event2.group self.env2 = self.event2.get_environment() def run_test( self, search_filter_query, expected_groups, expected_hits, projects=None, environments=None, sort_by="date", limit=None, count_hits=False, date_from=None, date_to=None, cursor=None, ): results = self.make_query( projects=projects, search_filter_query=search_filter_query, environments=environments, sort_by=sort_by, limit=limit, count_hits=count_hits, date_from=date_from, date_to=date_to, cursor=cursor, ) assert list(results) == expected_groups assert results.hits == expected_hits return results def test(self): self.run_test("is:unresolved", [self.group1, self.group2], None) def test_invalid(self): with pytest.raises(InvalidQueryForExecutor): self.make_query(search_filter_query="is:unresolved abc:123") def test_resolved_group(self): self.group2.status = GroupStatus.RESOLVED self.group2.save() self.store_group(self.group2) self.run_test("is:unresolved", [self.group1], None) self.run_test("is:resolved", [self.group2], None) self.run_test("is:unresolved is:resolved", [], None) def test_environment(self): self.run_test("is:unresolved", [self.group1], None, environments=[self.env1]) self.run_test("is:unresolved", [self.group1, self.group2], None, environments=[self.env2]) def test_sort_times_seen(self): self.run_test( "is:unresolved", [self.group1, self.group2], None, sort_by="freq", date_from=self.base_datetime - timedelta(days=30), ) self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.base_datetime - timedelta(days=15)), }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.base_datetime - timedelta(days=10)), "tags": {"sentry:user": "user2"}, }, project_id=self.project.id, ) self.run_test( "is:unresolved", [self.group2, self.group1], None, sort_by="freq", # Change the date range to bust the date_from=self.base_datetime - timedelta(days=29), ) def test_sort_first_seen(self): self.run_test( "is:unresolved", [self.group2, self.group1], None, sort_by="new", date_from=self.base_datetime - timedelta(days=30), ) group3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), }, project_id=self.project.id, ).group self.run_test( "is:unresolved", [group3, self.group2, self.group1], None, sort_by="new", # Change the date range to bust the date_from=self.base_datetime - timedelta(days=29), ) def test_sort_user(self): self.run_test( "is:unresolved", [self.group1, self.group2], None, sort_by="user", date_from=self.base_datetime - timedelta(days=30), ) self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), "tags": {"sentry:user": "user2"}, }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group2"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), "tags": {"sentry:user": "user2"}, }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group1"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), "tags": {"sentry:user": "user1"}, }, project_id=self.project.id, ) self.store_event( data={ "fingerprint": ["put-me-in-group1"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), "tags": {"sentry:user": "user1"}, }, project_id=self.project.id, ) # Test group with no users, which can return a null count group3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), }, project_id=self.project.id, ).group self.run_test( "is:unresolved", [self.group2, self.group1, group3], None, sort_by="user", # Change the date range to bust the date_from=self.base_datetime - timedelta(days=29), ) def test_sort_priority(self): self.run_test( "is:unresolved", [self.group1, self.group2], None, sort_by="priority", date_from=self.base_datetime - timedelta(days=30), ) def test_cursor(self): group3 = self.store_event( data={ "fingerprint": ["put-me-in-group3"], "timestamp": iso_format(self.base_datetime + timedelta(days=1)), "tags": {"sentry:user": "user2"}, }, project_id=self.project.id, ).group group4 = self.store_event( data={ "fingerprint": ["put-me-in-group7"], "timestamp": iso_format(self.base_datetime + timedelta(days=2)), "tags": {"sentry:user": "user2"}, }, project_id=self.project.id, ).group results = self.run_test("is:unresolved", [group4], 4, limit=1, count_hits=True) results = self.run_test( "is:unresolved", [group3], 4, limit=1, cursor=results.next, count_hits=True ) results = self.run_test( "is:unresolved", [group4], 4, limit=1, cursor=results.prev, count_hits=True ) self.run_test( "is:unresolved", [group3, self.group1], 4, limit=2, cursor=results.next, count_hits=True ) def test_rechecking(self): self.group2.status = GroupStatus.RESOLVED self.group2.save() # Explicitly avoid calling `store_group` here. This means that Clickhouse will still see # this group as `UNRESOLVED` and it will be returned in the snuba results. This group # should still be filtered out by our recheck. self.run_test("is:unresolved", [self.group1], None)