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// Copyright 2023 PingCAP, Inc. | ||
// | ||
// Licensed under the Apache License, Version 2.0 (the "License"); | ||
// you may not use this file except in compliance with the License. | ||
// You may obtain a copy of the License at | ||
// | ||
// http://www.apache.org/licenses/LICENSE-2.0 | ||
// | ||
// Unless required by applicable law or agreed to in writing, software | ||
// distributed under the License is distributed on an "AS IS" BASIS, | ||
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | ||
// See the License for the specific language governing permissions and | ||
// limitations under the License. | ||
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#include <Common/FailPoint.h> | ||
#include <Interpreters/Context.h> | ||
#include <TestUtils/ColumnGenerator.h> | ||
#include <TestUtils/ExecutorTestUtils.h> | ||
#include <TestUtils/mockExecutor.h> | ||
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namespace DB | ||
{ | ||
namespace FailPoints | ||
{ | ||
extern const char random_marked_for_auto_spill[]; | ||
extern const char random_fail_in_resize_callback[]; | ||
} // namespace FailPoints | ||
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namespace tests | ||
{ | ||
class AutoSpillAggregationTestRunner : public DB::tests::ExecutorTest | ||
{ | ||
public: | ||
void initializeContext() override | ||
{ | ||
ExecutorTest::initializeContext(); | ||
dag_context_ptr->log = Logger::get("AutoSpillAggTest"); | ||
} | ||
}; | ||
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#define WRAP_FOR_SPILL_TEST_BEGIN \ | ||
std::vector<bool> pipeline_bools{false, true}; \ | ||
for (auto enable_pipeline : pipeline_bools) \ | ||
{ \ | ||
enablePipeline(enable_pipeline); | ||
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#define WRAP_FOR_SPILL_TEST_END } | ||
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/// todo add more tests | ||
TEST_F(AutoSpillAggregationTestRunner, TriggerByRandomMarkForSpill) | ||
try | ||
{ | ||
DB::MockColumnInfoVec column_infos{ | ||
{"a", TiDB::TP::TypeLongLong}, | ||
{"b", TiDB::TP::TypeLongLong}, | ||
{"c", TiDB::TP::TypeLongLong}, | ||
{"d", TiDB::TP::TypeLongLong}, | ||
{"e", TiDB::TP::TypeLongLong}}; | ||
ColumnsWithTypeAndName column_datas; | ||
size_t table_rows = 102400; | ||
size_t duplicated_rows = 51200; | ||
UInt64 max_block_size = 500; | ||
size_t original_max_streams = 20; | ||
size_t total_data_size = 0; | ||
for (const auto & column_info : mockColumnInfosToTiDBColumnInfos(column_infos)) | ||
{ | ||
ColumnGeneratorOpts opts{ | ||
table_rows, | ||
getDataTypeByColumnInfoForComputingLayer(column_info)->getName(), | ||
RANDOM, | ||
column_info.name}; | ||
column_datas.push_back(ColumnGenerator::instance().generate(opts)); | ||
total_data_size += column_datas.back().column->byteSize(); | ||
} | ||
for (auto & column_data : column_datas) | ||
column_data.column->assumeMutable()->insertRangeFrom(*column_data.column, 0, duplicated_rows); | ||
context.addMockTable("spill_sort_test", "simple_table", column_infos, column_datas, 8); | ||
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auto request = context.scan("spill_sort_test", "simple_table") | ||
.aggregation({Min(col("c")), Max(col("d")), Count(col("e"))}, {col("a"), col("b")}) | ||
.build(context); | ||
context.context->setSetting("max_block_size", Field(static_cast<UInt64>(max_block_size))); | ||
/// disable spill | ||
context.context->setSetting("max_bytes_before_external_group_by", Field(static_cast<UInt64>(0))); | ||
context.context->setSetting("max_memory_usage", Field(static_cast<UInt64>(0))); | ||
enablePipeline(false); | ||
auto ref_columns = executeStreams(request, original_max_streams); | ||
/// enable spill | ||
DB::FailPointHelper::enableRandomFailPoint(DB::FailPoints::random_marked_for_auto_spill, 0.5); | ||
WRAP_FOR_SPILL_TEST_BEGIN | ||
context.context->setSetting("group_by_two_level_threshold", Field(static_cast<UInt64>(1))); | ||
context.context->setSetting("group_by_two_level_threshold_bytes", Field(static_cast<UInt64>(1))); | ||
context.context->setSetting("max_memory_usage", Field(static_cast<UInt64>(total_data_size * 1000))); | ||
context.context->setSetting("auto_memory_revoke_trigger_threshold", Field(0.7)); | ||
/// don't use `executeAndAssertColumnsEqual` since it takes too long to run | ||
/// test parallel aggregation | ||
ASSERT_COLUMNS_EQ_UR(ref_columns, executeStreamsWithMemoryTracker(request, original_max_streams)); | ||
WRAP_FOR_SPILL_TEST_END | ||
DB::FailPointHelper::disableFailPoint(DB::FailPoints::random_marked_for_auto_spill); | ||
} | ||
CATCH | ||
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TEST_F(AutoSpillAggregationTestRunner, TriggerByRandomFailInResizeCallback) | ||
try | ||
{ | ||
DB::MockColumnInfoVec column_infos{ | ||
{"a", TiDB::TP::TypeLongLong}, | ||
{"b", TiDB::TP::TypeLongLong}, | ||
{"c", TiDB::TP::TypeLongLong}, | ||
{"d", TiDB::TP::TypeLongLong}, | ||
{"e", TiDB::TP::TypeLongLong}}; | ||
ColumnsWithTypeAndName column_datas; | ||
size_t table_rows = 1024000; | ||
size_t duplicated_rows = 51200; | ||
UInt64 max_block_size = 500; | ||
size_t original_max_streams = 20; | ||
size_t total_data_size = 0; | ||
for (const auto & column_info : mockColumnInfosToTiDBColumnInfos(column_infos)) | ||
{ | ||
ColumnGeneratorOpts opts{ | ||
table_rows, | ||
getDataTypeByColumnInfoForComputingLayer(column_info)->getName(), | ||
RANDOM, | ||
column_info.name}; | ||
column_datas.push_back(ColumnGenerator::instance().generate(opts)); | ||
total_data_size += column_datas.back().column->byteSize(); | ||
} | ||
for (auto & column_data : column_datas) | ||
column_data.column->assumeMutable()->insertRangeFrom(*column_data.column, 0, duplicated_rows); | ||
context.addMockTable("spill_sort_test", "simple_table", column_infos, column_datas, 8); | ||
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auto request = context.scan("spill_sort_test", "simple_table") | ||
.aggregation({Min(col("c")), Max(col("d")), Count(col("e"))}, {col("a"), col("b")}) | ||
.build(context); | ||
context.context->setSetting("max_block_size", Field(static_cast<UInt64>(max_block_size))); | ||
/// disable spill | ||
context.context->setSetting("max_bytes_before_external_group_by", Field(static_cast<UInt64>(0))); | ||
context.context->setSetting("max_memory_usage", Field(static_cast<UInt64>(0))); | ||
enablePipeline(false); | ||
auto ref_columns = executeStreams(request, original_max_streams); | ||
/// enable spill | ||
DB::FailPointHelper::enableRandomFailPoint(DB::FailPoints::random_fail_in_resize_callback, 0.5); | ||
WRAP_FOR_SPILL_TEST_BEGIN | ||
context.context->setSetting("group_by_two_level_threshold", Field(static_cast<UInt64>(1))); | ||
context.context->setSetting("group_by_two_level_threshold_bytes", Field(static_cast<UInt64>(1))); | ||
context.context->setSetting("max_memory_usage", Field(static_cast<UInt64>(total_data_size * 1000))); | ||
context.context->setSetting("auto_memory_revoke_trigger_threshold", Field(0.7)); | ||
/// don't use `executeAndAssertColumnsEqual` since it takes too long to run | ||
/// test parallel aggregation | ||
ASSERT_COLUMNS_EQ_UR(ref_columns, executeStreamsWithMemoryTracker(request, original_max_streams)); | ||
WRAP_FOR_SPILL_TEST_END | ||
DB::FailPointHelper::disableFailPoint(DB::FailPoints::random_fail_in_resize_callback); | ||
} | ||
CATCH | ||
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#undef WRAP_FOR_SPILL_TEST_BEGIN | ||
#undef WRAP_FOR_SPILL_TEST_END | ||
#undef WRAP_FOR_AGG_PARTIAL_BLOCK_START | ||
#undef WRAP_FOR_AGG_PARTIAL_BLOCK_END | ||
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} // namespace tests | ||
} // namespace DB |
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