def __backwards_migrations(
self, table_name: str) -> Sequence[operations.Operation]:
status_type = Enum([("success", 0), ("error", 1), ("rate-limited", 2)])
return [
operations.ModifyColumn(
StorageSetKey.QUERYLOG,
table_name,
Column("status", status_type),
),
operations.ModifyColumn(
StorageSetKey.QUERYLOG,
table_name,
Column("clickhouse_queries.status", Array(status_type)),
),
]
from typing import Sequence
from snuba.clickhouse.columns import Column, DateTime, Enum, String, UInt
from snuba.clusters.storage_sets import StorageSetKey
from snuba.migrations import migration, operations
from snuba.migrations.columns import MigrationModifiers as Modifiers
from snuba.migrations.context import Context
from snuba.migrations.status import Status
from snuba.migrations.table_engines import Distributed, ReplacingMergeTree
columns: Sequence[Column[Modifiers]] = [
Column("group", String()),
Column("migration_id", String()),
Column("timestamp", DateTime()),
Column("status", Enum([("completed", 0), ("in_progress", 1), ("not_started", 2)]),),
Column("version", UInt(64, Modifiers(default="1"))),
]
class Migration(migration.Migration):
"""
This migration extends Migration instead of MultiStepMigration since it is
responsible for bootstrapping the migration system itself. It skips setting
the in progress status in the forwards method and the not started status in
the backwards method. Since the migration table doesn't exist yet, we can't
write any statuses until this migration is completed.
"""
blocking = False
def __forwards_local(self) -> Sequence[operations.Operation]:
def visit_enum(self, node: Node, visited_children: Iterable[Any]) -> ColumnType:
_enum, _size, _open, _sp, pairs, _sp, _close = visited_children
return Enum(pairs)
from typing import Sequence
from snuba.clickhouse.columns import Column, DateTime, Enum, String, UInt
from snuba.clusters.storage_sets import StorageSetKey
from snuba.migrations import migration, operations
from snuba.migrations.columns import MigrationModifiers as Modifiers
from snuba.migrations.table_engines import Distributed, ReplacingMergeTree
columns: Sequence[Column[Modifiers]] = [
Column("group", String()),
Column("migration_id", String()),
Column("timestamp", DateTime()),
Column(
"status",
Enum([("completed", 0), ("in_progress", 1), ("not_started", 2)]),
),
Column("version", UInt(64, Modifiers(default="1"))),
]
class Migration(migration.ClickhouseNodeMigration):
"""
This migration is the only one that sets is_first_migration = True since it is
responsible for bootstrapping the migration system itself. It skips setting
the in progress status in the forwards method and the not started status in
the backwards method. Since the migration table doesn't exist yet, we can't
write any statuses until this migration is completed.
"""
blocking = False
Array,
Column,
DateTime,
Enum,
Float,
LowCardinality,
Nested,
Nullable,
String,
UInt,
UUID,
)
from snuba.clusters.storage_sets import StorageSetKey
from snuba.migrations import migration, operations, table_engines
status_type = Enum([("success", 0), ("error", 1), ("rate-limited", 2)])
columns = [
Column("request_id", UUID()),
Column("request_body", String()),
Column("referrer", LowCardinality(String())),
Column("dataset", LowCardinality(String())),
Column("projects", Array(UInt(64))),
Column("organization", Nullable(UInt(64))),
Column("timestamp", DateTime()),
Column("duration_ms", UInt(32)),
Column("status", status_type),
Column(
"clickhouse_queries",
Nested([
Column("sql", String()),
Materialized,
Nullable,
String,
UInt,
UUID,
WithCodecs,
WithDefault,
)
from snuba.migrations.parse_schema import _get_column
test_data = [
# Basic types
(("Date", "", "", ""), Date()),
(("DateTime", "", "", ""), DateTime()),
(("Enum8('success' = 0, 'error' = 1)", "", "", ""),
Enum([("success", 0), ("error", 1)])),
(("FixedString(32)", "", "", ""), FixedString(32)),
(("Float32", "", "", ""), Float(32)),
(("IPv4", "", "", ""), IPv4()),
(("IPv6", "", "", ""), IPv6()),
(("String", "", "", ""), String()),
(("UInt32", "", "", ""), UInt(32)),
(("UUID", "", "", ""), UUID()),
# Aggregate functions
(("AggregateFunction(uniq, UInt8)", "", "", ""),
AggregateFunction("uniq", UInt(8))),
(("AggregateFunction(countIf, UUID, UInt8)", "", "", ""),
AggregateFunction("countIf", UUID(), UInt(8))),
(("AggregateFunction(quantileIf(0.5, 0.9), UInt32, UInt8)", "", "", ""),
AggregateFunction("quantileIf(0.5, 0.9)", UInt(32), UInt(8))),
# Array
pytest.param(
cast(
Column[Modifier],
AggregateFunction("uniqIf", [UInt(8), UInt(32)],
Modifier(nullable=True)),
),
AggregateFunction("uniqIf", [UInt(8), UInt(32)]),
cast(
Column[Modifier],
AggregateFunction("uniqIf", [UInt(8)], Modifier(nullable=True)),
),
"Nullable(AggregateFunction(uniqIf, UInt8, UInt32))",
id="aggregated",
),
pytest.param(
Enum([("a", 1), ("b", 2)], Modifier(nullable=True)),
Enum([("a", 1), ("b", 2)]),
Enum([("a", 1), ("b", 2)]),
"Nullable(Enum('a' = 1, 'b' = 2))",
id="enums",
),
]
@pytest.mark.parametrize("col_type, raw_type, different_type, for_schema",
TEST_CASES)
def test_methods(
col_type: ColumnType[Modifier],
raw_type: ColumnType[Modifier],
different_type: ColumnType[Modifier],
for_schema: str,
