def test_complex_joins() -> None:
e = Entity(key=EntityKey.EVENTS, schema=ERRORS_SCHEMA)
node_err = IndividualNode(alias="err", data_source=e)
g = Entity(key=EntityKey.GROUPEDMESSAGES, schema=GROUPS_SCHEMA)
node_group = IndividualNode(alias="groups", data_source=g)
a = Entity(key=EntityKey.GROUPASSIGNEE, schema=GROUPS_ASSIGNEE)
query = Query(
from_clause=a,
selected_columns=[
SelectedExpression("id", Column("id", None, "id")),
SelectedExpression("assigned_user",
Column("assigned_user", None, "user")),
],
)
node_query = IndividualNode(alias="assignee", data_source=query)
join = JoinClause(
left_node=JoinClause(
left_node=node_err,
right_node=node_group,
keys=[
JoinCondition(
left=JoinConditionExpression("err", "group_id"),
right=JoinConditionExpression("groups", "id"),
)
],
join_type=JoinType.INNER,
),
right_node=node_query,
keys=[
JoinCondition(
left=JoinConditionExpression("err", "group_id"),
right=JoinConditionExpression("assignee", "id"),
)
],
join_type=JoinType.INNER,
)
assert join.get_column_sets() == {
"err": ERRORS_SCHEMA,
"assignee": ColumnSet([("id", Any()), ("assigned_user", Any())]),
"groups": GROUPS_SCHEMA,
}
def test_simple_join() -> None:
e = Entity(key=EntityKey.EVENTS, schema=ERRORS_SCHEMA)
node_err = IndividualNode(alias="err", data_source=e)
g = Entity(key=EntityKey.GROUPEDMESSAGES, schema=GROUPS_SCHEMA)
node_group = IndividualNode(alias="groups", data_source=g)
join = JoinClause(
left_node=node_err,
right_node=node_group,
keys=[
JoinCondition(
left=JoinConditionExpression("err", "group_id"),
right=JoinConditionExpression("groups", "id"),
)
],
join_type=JoinType.INNER,
join_modifier=JoinModifier.SEMI,
)
assert join.get_column_sets() == {
"err": ERRORS_SCHEMA,
"groups": GROUPS_SCHEMA
}
joined_cols = join.get_columns()
assert "err.group_id" in joined_cols
assert "err.event_id" in joined_cols
assert "groups.id" in joined_cols
assert "groups.message" in joined_cols
with pytest.raises(AssertionError):
JoinClause(
left_node=node_err,
right_node=node_group,
keys=[
JoinCondition(
left=JoinConditionExpression("err", "missing_col"),
right=JoinConditionExpression("groups",
"another_missing_col"),
)
],
join_type=JoinType.INNER,
)
def test_join_query() -> None:
events_query = LogicalQuery(
Entity(
EntityKey.EVENTS,
ColumnSet([("event_id", String()), ("group_id", UInt(32))]),
),
selected_columns=[
SelectedExpression("group_id", Column("group_id", None,
"group_id")),
SelectedExpression("string_evt_id",
Column("string_evt_id", None, "event_id")),
],
)
groups_query = LogicalQuery(
Entity(
EntityKey.GROUPEDMESSAGES,
ColumnSet([("id", UInt(32)), ("message", String())]),
),
selected_columns=[
SelectedExpression("group_id", Column("group_id", None, "id"))
],
)
join_query = CompositeQuery(from_clause=JoinClause(
left_node=IndividualNode("e", events_query),
right_node=IndividualNode("g", groups_query),
keys=[
JoinCondition(
left=JoinConditionExpression("e", "group_id"),
right=JoinConditionExpression("g", "group_id"),
)
],
join_type=JoinType.INNER,
))
data_source = join_query.get_from_clause()
assert "e.string_evt_id" in data_source.get_columns()
assert "g.group_id" in data_source.get_columns()
def visit_entity_match(
self,
node: Node,
visited_children: Tuple[Any, str, Any, Any, EntityKey,
Union[Optional[float], Node], Any, Any],
) -> IndividualNode[QueryEntity]:
_, alias, _, _, name, sample, _, _ = visited_children
if isinstance(sample, Node):
sample = None
return IndividualNode(
alias, QueryEntity(name,
get_entity(name).get_data_model(), sample))
def build_node(
alias: str,
from_clause: Entity,
selected_columns: Sequence[SelectedExpression],
condition: Optional[Expression],
) -> IndividualNode[Entity]:
return IndividualNode(
alias=alias,
data_source=LogicalQuery(
from_clause=from_clause,
selected_columns=selected_columns,
condition=condition,
),
)
def build_clickhouse_node(
alias: str,
from_clause: Table,
selected_columns: Sequence[SelectedExpression],
condition: Optional[Expression],
) -> IndividualNode[Table]:
return IndividualNode(
alias=alias,
data_source=ClickhouseQuery(
from_clause=from_clause,
selected_columns=selected_columns,
condition=condition,
),
)
def visit_individual_node(
self, node: IndividualNode[Entity]) -> JoinDataSourcePlan:
assert isinstance(
node.data_source, ProcessableQuery
), "Invalid composite query. All nodes must be subqueries."
sub_query_plan = self.__plans[node.alias]
return JoinDataSourcePlan(
translated_source=IndividualNode(alias=node.alias,
data_source=sub_query_plan.query),
processors={
node.alias:
SubqueryProcessors(
plan_processors=sub_query_plan.plan_query_processors,
db_processors=sub_query_plan.db_query_processors,
)
},
storage_set_key=sub_query_plan.storage_set_key,
)
EVENTS_SCHEMA,
GROUPS_ASSIGNEE,
GROUPS_SCHEMA,
Events,
GroupAssignee,
GroupedMessage,
)
from tests.query.joins.join_structures import (
events_groups_join,
events_node,
groups_node,
)
BASIC_JOIN = JoinClause(
left_node=IndividualNode(
alias="ev",
data_source=Entity(EntityKey.EVENTS, EVENTS_SCHEMA, None),
),
right_node=IndividualNode(
alias="gr",
data_source=Entity(EntityKey.GROUPEDMESSAGES, GROUPS_SCHEMA, None),
),
keys=[
JoinCondition(
left=JoinConditionExpression("ev", "group_id"),
right=JoinConditionExpression("gr", "id"),
)
],
join_type=JoinType.INNER,
)
TEST_CASES = [
id="subquery has their dates adjusted",
),
pytest.param(
"""MATCH (e: events) -[contains]-> (t: transactions) SELECT 4-5, e.c
WHERE e.project_id=1
AND e.timestamp>=toDateTime('2021-01-01T00:30:00')
AND e.timestamp<toDateTime('2021-01-03T00:30:00')
AND t.project_id=1
AND t.finish_ts>=toDateTime('2021-01-01T00:30:00')
AND t.finish_ts<toDateTime('2021-01-07T00:30:00')""",
CompositeQuery(
from_clause=JoinClause(
left_node=IndividualNode(
"e",
QueryEntity(
EntityKey.EVENTS,
get_entity(EntityKey.EVENTS).get_data_model(),
),
),
right_node=IndividualNode(
"t",
QueryEntity(
EntityKey.TRANSACTIONS,
get_entity(EntityKey.TRANSACTIONS).get_data_model(),
),
),
keys=[
JoinCondition(
JoinConditionExpression("e", "event_id"),
JoinConditionExpression("t", "event_id"),
)
ERRORS_SCHEMA = ColumnSet([
("event_id", UUID()),
("project_id", UInt(32)),
("message", String()),
("group_id", UInt(32)),
])
GROUPS_SCHEMA = ColumnSet([
("id", UInt(32)),
("project_id", UInt(32)),
("group_id", UInt(32)),
("message", String()),
])
GROUPS_ASSIGNEE = ColumnSet([("id", UInt(32)), ("user", String())])
node_err = IndividualNode(alias="err",
data_source=Table("errors_local", ERRORS_SCHEMA))
node_group = IndividualNode(alias="groups",
data_source=Table("groupedmessage_local",
GROUPS_SCHEMA))
node_assignee = IndividualNode(alias="assignee",
data_source=Table("groupassignee_local",
GROUPS_ASSIGNEE))
test_cases = [
pytest.param(
Query(
Table("my_table", ColumnSet([])),
selected_columns=[
SelectedExpression("column1", Column(None, None, "column1")),
SelectedExpression("column2", Column(None, "table1",
"column2")),
get_equivalent_columns,
)
from tests.query.joins.equivalence_schema import (
EVENTS_SCHEMA,
GROUPS_ASSIGNEE,
GROUPS_SCHEMA,
Events,
GroupAssignee,
GroupedMessage,
)
TEST_CASES = [
pytest.param(
JoinClause(
IndividualNode("ev",
EntitySource(EntityKey.EVENTS, EVENTS_SCHEMA,
None)),
IndividualNode(
"gr",
EntitySource(EntityKey.GROUPEDMESSAGES, GROUPS_SCHEMA, None)),
[
JoinCondition(
JoinConditionExpression("ev", "group_id"),
JoinConditionExpression("gr", "id"),
)
],
JoinType.INNER,
None,
),
{
QualifiedCol(EntityKey.EVENTS, "group_id"): {
def node(alias: str, name: str) -> IndividualNode[QueryEntity]:
return IndividualNode(
alias,
QueryEntity(EntityKey(name),
get_entity(EntityKey(name)).get_data_model()),
)
def visit_individual_node(
self, node: IndividualNode[Entity]) -> IndividualNode[Entity]:
return IndividualNode(node.alias,
self.__subqueries[node.alias].build_query())
JoinCondition,
JoinConditionExpression,
JoinType,
)
from snuba.query.data_source.simple import Entity
from snuba.query.expressions import Column, FunctionCall, Literal
from snuba.query.formatters.tracing import TExpression, format_query
from snuba.query.logical import Query as LogicalQuery
from tests.query.joins.equivalence_schema import (
EVENTS_SCHEMA,
GROUPS_SCHEMA,
)
BASIC_JOIN = JoinClause(
left_node=IndividualNode(
alias="ev",
data_source=Entity(EntityKey.EVENTS, EVENTS_SCHEMA, None),
),
right_node=IndividualNode(
alias="gr",
data_source=Entity(EntityKey.GROUPEDMESSAGES, GROUPS_SCHEMA, None),
),
keys=[
JoinCondition(
left=JoinConditionExpression("ev", "group_id"),
right=JoinConditionExpression("gr", "id"),
)
],
join_type=JoinType.INNER,
)
LOGICAL_QUERY = LogicalQuery(
),
Literal(None, 1),
),
),
Literal(None, 1),
),
),
id="Special array join functions",
),
pytest.param(
"MATCH (e: events) -[contains]-> (t: transactions) SELECT 4-5, e.c",
CompositeQuery(
from_clause=JoinClause(
left_node=IndividualNode(
"e",
QueryEntity(
EntityKey.EVENTS, get_entity(EntityKey.EVENTS).get_data_model(),
),
),
right_node=IndividualNode(
"t",
QueryEntity(
EntityKey.TRANSACTIONS,
get_entity(EntityKey.TRANSACTIONS).get_data_model(),
),
),
keys=[
JoinCondition(
JoinConditionExpression("e", "event_id"),
JoinConditionExpression("t", "event_id"),
)
],
SelectedExpression(
"alias",
FunctionCall("alias", "something", (Column(None, None, "alias"),)),
)
],
),
3,
{"errors_local"},
True,
None,
id="Nested query. Count the inner query",
),
pytest.param(
CompositeQuery(
from_clause=JoinClause(
left_node=IndividualNode(alias="err", data_source=SIMPLE_QUERY),
right_node=IndividualNode(
alias="groups", data_source=Table("groups_local", GROUPS_SCHEMA)
),
keys=[
JoinCondition(
left=JoinConditionExpression("err", "group_id"),
right=JoinConditionExpression("groups", "id"),
)
],
join_type=JoinType.INNER,
),
selected_columns=[
SelectedExpression(
"event_id",
FunctionCall("alias", "something", (Column(None, "err", "alias"),)),
def test_entity_node() -> None:
e = Entity(key=EntityKey.ERRORS, schema=ERRORS_SCHEMA)
node = IndividualNode(alias="err", data_source=e)
assert node.get_column_sets() == {"err": e.schema}
),
selected_columns=[
SelectedExpression(
"average",
FunctionCall("average", "avg",
(Column(None, None, "count_environment"), )),
),
],
),
id="Query with a subquery",
),
pytest.param(
CompositeQuery(
from_clause=JoinClause(
left_node=IndividualNode(
alias="err",
data_source=events_ent,
),
right_node=IndividualNode(
alias="groups",
data_source=groups_ent,
),
keys=[
JoinCondition(
left=JoinConditionExpression("err", "group_id"),
right=JoinConditionExpression("groups", "id"),
)
],
join_type=JoinType.INNER,
),
selected_columns=[
SelectedExpression(
),
selected_columns=[
SelectedExpression(
"average",
FunctionCall("average", "avg",
(Column(None, None, "count_environment"), )),
),
],
),
id="Query with a subquery",
),
pytest.param(
CompositeQuery(
from_clause=JoinClause(
left_node=IndividualNode(
alias="err",
data_source=events_ent,
),
right_node=IndividualNode(
alias="groups",
data_source=groups_ent,
),
keys=[
JoinCondition(
left=JoinConditionExpression("err", "group_id"),
right=JoinConditionExpression("groups", "id"),
)
],
join_type=JoinType.INNER,
),
selected_columns=[
SelectedExpression(
