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main_test.go
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// Copyright 2024 ApeCloud, Inc.
// Copyright 2020-2021 Dolthub, 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.
package main
import (
"fmt"
"io"
"log"
"os"
"strings"
"testing"
"time"
"github.com/apecloud/myduckserver/backend"
"github.com/apecloud/myduckserver/harness"
"github.com/stretchr/testify/require"
"github.com/dolthub/go-mysql-server/enginetest"
"github.com/dolthub/go-mysql-server/enginetest/queries"
"github.com/dolthub/go-mysql-server/enginetest/scriptgen/setup"
"github.com/dolthub/go-mysql-server/memory"
"github.com/dolthub/go-mysql-server/sql"
"github.com/dolthub/go-mysql-server/sql/expression"
"github.com/dolthub/go-mysql-server/sql/types"
_ "github.com/dolthub/go-mysql-server/sql/variables"
"github.com/dolthub/vitess/go/sqltypes"
)
var NewDuckHarness = harness.NewDuckHarness
var NewDefaultDuckHarness = harness.NewDefaultDuckHarness
var NewSkippingDuckHarness = harness.NewSkippingDuckHarness
const testNumPartitions = harness.TestNumPartitions
type indexBehaviorTestParams struct {
name string
driverInitializer harness.IndexDriverInitializer
nativeIndexes bool
}
func TestDebugHarness(t *testing.T) {
t.Skip("only used for debugging")
harness := NewDuckHarness("debug", 1, 1, true, nil)
setupData := []setup.SetupScript{{
`create database if not exists mydb`,
`use mydb`,
`CREATE table xy (x int primary key, y int, unique index y_idx(y));`,
}}
harness.Setup(setupData)
engine, err := harness.NewEngine(t)
require.NoError(t, err)
engine.EngineAnalyzer().Debug = true
engine.EngineAnalyzer().Verbose = true
ctx := enginetest.NewContext(harness)
_, iter, _, err := engine.Query(ctx, "select * from xy where x in (select 1 having false);")
require.NoError(t, err)
defer iter.Close(ctx)
for {
row, err := iter.Next(ctx)
if err == io.EOF {
break
}
require.NoError(t, err)
fmt.Println(row)
}
}
func TestIsPureDataQuery(t *testing.T) {
harness := harness.NewDefaultDuckHarness()
harness.Setup(
setup.MydbData,
[]setup.SetupScript{
{
"CREATE TABLE users (id INT PRIMARY KEY, name VARCHAR(255))",
"CREATE table xy (x int primary key, y int, unique index y_idx(y));",
"CREATE view myview as select * from users",
},
})
engine, err := harness.NewEngine(t)
require.NoError(t, err)
tests := []struct {
name string
query string
expected bool
}{
{
name: "Simple SELECT query",
query: "SELECT * FROM users",
expected: true,
},
{
name: "Query from mysql system table",
query: "SELECT * FROM mysql.user",
expected: false,
},
{
name: "Query with system function",
query: "SELECT DATABASE()",
expected: false,
},
{
name: "Query with subquery from system table",
query: "SELECT u.name, (SELECT COUNT(*) FROM mysql.user) FROM users u",
expected: false,
},
{
name: "Query from information_schema",
query: "SELECT * FROM information_schema.tables",
expected: false,
},
{
name: "Query with subquery",
query: "select * from xy where x in (select 1 having false);",
expected: true,
},
{
name: "Date parse query",
query: "SELECT STR_TO_DATE('Jan 3, 2000', '%b %e, %Y')",
expected: false,
},
{
name: "View query",
query: "SELECT * FROM myview WHERE id = 1",
expected: true,
},
}
for _, tt := range tests {
ctx := enginetest.NewContext(harness)
analyzed, err := engine.AnalyzeQuery(ctx, tt.query)
require.NoError(t, err)
result := backend.IsPureDataQuery(analyzed)
require.Equal(t, tt.expected, result, "isPureDataQuery() for query '%s'", tt.query)
}
}
var numPartitionsVals = []int{
1,
testNumPartitions,
}
var indexBehaviors = []*indexBehaviorTestParams{
{"none", nil, false},
{"mergableIndexes", mergableIndexDriver, false},
{"nativeIndexes", nil, true},
{"nativeAndMergable", mergableIndexDriver, true},
}
var parallelVals = []int{
1,
2,
}
// TestQueries tests the given queries on an engine under a variety of circumstances:
// 1) Partitioned tables / non partitioned tables
// 2) Mergeable / unmergeable / native / no indexes
// 3) Parallelism on / off
func TestQueries(t *testing.T) {
t.Skip("wait for fix")
for _, numPartitions := range numPartitionsVals {
for _, indexBehavior := range indexBehaviors {
for _, parallelism := range parallelVals {
if parallelism == 1 && numPartitions == testNumPartitions && indexBehavior.name == "nativeIndexes" {
// This case is covered by TestQueriesSimple
continue
}
testName := fmt.Sprintf("partitions=%d,indexes=%v,parallelism=%v", numPartitions, indexBehavior.name, parallelism)
harness := NewDuckHarness(testName, parallelism, numPartitions, indexBehavior.nativeIndexes, indexBehavior.driverInitializer)
harness.SetupScriptsToSkip(
setup.Fk_tblData, // Skip foreign key setup (not supported)
)
t.Run(testName, func(t *testing.T) {
enginetest.TestQueries(t, harness)
})
}
}
}
}
// TestQueriesPreparedSimple runs the canonical test queries against a single threaded index enabled harness.
func TestQueriesPreparedSimple(t *testing.T) {
t.Skip("wait for fix")
harness := NewDefaultDuckHarness()
if harness.IsUsingServer() {
t.Skip("issue: https://github.com/dolthub/dolt/issues/6904 and https://github.com/dolthub/dolt/issues/6901")
}
enginetest.TestQueriesPrepared(t, harness)
}
// TestQueriesSimple runs the canonical test queries against a single threaded index enabled harness.
func TestQueriesSimple(t *testing.T) {
harness := NewDefaultDuckHarness()
notApplicableQueries := []string{
"SELECT_*_FROM_mytable_t0_INNER_JOIN_mytable_t1_ON_(t1.i_IN_(((true)%(''))));",
"SELECT_count(*)_from_mytable_WHERE_(i_IN_(-''));",
"select_sum('abc')_from_mytable",
// We have added performance_schema while Dolt does not have it.
"SHOW_DATABASES",
"SHOW_SCHEMAS",
"SELECT_SCHEMA_NAME,_DEFAULT_CHARACTER_SET_NAME,_DEFAULT_COLLATION_NAME_FROM_information_schema.SCHEMATA",
}
// auto-generated by dev/extract_queries_to_skip.py
waitForFixQueries := []string{
"_Select_x_from_(select_*_from_xy)_sq1_union_all_select_u_from_(select_*_from_uv)_sq2_limit_1_offset_1;",
"select_count(*)_from_mytable_where_s_in_(1,_'first_row');",
"SELECT_count(*),_i,_concat(i,_i),_123,_'abc',_concat('abc',_'def')_FROM_emptytable;",
"SELECT_pk_FROM_one_pk_WHERE_(pk,_123)_IN_(SELECT_count(*)_AS_u,_123_AS_v_FROM_emptytable);",
"SELECT_pk_FROM_one_pk_WHERE_(pk,_123)_IN_(SELECT_count(*)_AS_u,_123_AS_v_FROM_mytable_WHERE_false);",
"SELECT_pk_FROM_one_pk_WHERE_(pk,_123)_NOT_IN_(SELECT_count(*)_AS_u,_123_AS_v_FROM_emptytable);",
"SELECT_pk_FROM_one_pk_WHERE_(pk,_123)_NOT_IN_(SELECT_count(*)_AS_u,_123_AS_v_FROM_mytable_WHERE_false);",
"SELECT_pk1,_SUM(c1)_FROM_two_pk_WHERE_pk1_=_0",
"SELECT_FORMAT(i,_3)_FROM_mytable;",
"SELECT_FORMAT(i,_3,_'da_DK')_FROM_mytable;",
"SELECT_JSON_OVERLAPS(c3,_'{\"a\":_2,_\"d\":_2}')_FROM_jsontable",
"SELECT_JSON_MERGE(c3,_'{\"a\":_1}')_FROM_jsontable",
"SELECT_JSON_MERGE_PRESERVE(c3,_'{\"a\":_1}')_FROM_jsontable",
"select_json_pretty(c3)_from_jsontable",
"SELECT_a.column_0,_mt.s_from_(values_row(1,\"1\"),_row(2,\"2\"),_row(4,\"4\"))_a____left_join_mytable_mt_on_column_0_=_mt.i____order_by_1",
"WITH_mt_(s,i)_as_(select_char_length(s),_sum(i)_FROM_mytable_group_by_1)_SELECT_s,i_FROM_mt_order_by_1",
"select_i+0.0/(lag(i)_over_(order_by_s))_from_mytable_order_by_1;",
"select_f64/f32,_f32/(lag(i)_over_(order_by_f64))_from_floattable_order_by_1,2;",
"SELECT_s2,_i2,_i____FROM_(SELECT_*_FROM_mytable)_mytable____RIGHT_JOIN_____((SELECT_i2,_s2_FROM_othertable_ORDER_BY_i2_ASC)______UNION_ALL______SELECT_CAST(4_AS_SIGNED)_AS_i2,_\"not_found\"_AS_s2_FROM_DUAL)_othertable____ON_i2_=_i",
"WITH_mytable_as_(select_*_FROM_mytable)_SELECT_s,i_FROM_mytable;",
"WITH_mytable_as_(select_*_FROM_mytable_where_i_>_2)_SELECT_*_FROM_mytable;",
"WITH_mytable_as_(select_*_FROM_mytable_where_i_>_2)_SELECT_*_FROM_mytable_union_SELECT_*_from_mytable;",
"SELECT_i,_1_AS_foo,_2_AS_bar_FROM_MyTable_HAVING_bar_=_2_ORDER_BY_foo,_i;",
"SELECT_i,_1_AS_foo,_2_AS_bar_FROM_MyTable_HAVING_bar_=_1_ORDER_BY_foo,_i;",
"SELECT_reservedWordsTable.AND,_reservedWordsTABLE.Or,_reservedwordstable.SEleCT_FROM_reservedWordsTable;",
"SELECT_*_from_mytable_where_(i_=_1_|_false)_IN_(true)",
"SELECT_*_from_mytable_where_(i_=_1_&_false)_IN_(true)",
"SELECT_i_FROM_mytable_WHERE_'hello';",
"SELECT_i_FROM_mytable_WHERE_NOT_'hello';",
"select_i_from_datetime_table_where_date_col_=_'2019-12-31T00:00:01'",
"select_i_from_datetime_table_where_datetime_col_=_datetime('2020-01-01T12:00:00')",
"select_i_from_datetime_table_where_datetime_col_>_datetime('2020-01-01T12:00:00')_order_by_1",
"select_i_from_datetime_table_where_timestamp_col_=_datetime('2020-01-02T12:00:00')",
"select_i_from_datetime_table_where_timestamp_col_>_datetime('2020-01-02T12:00:00')_order_by_1",
"SELECT_SUBSTRING_INDEX(mytable.s,_\"d\",_1)_AS_s_FROM_mytable_INNER_JOIN_othertable_ON_(SUBSTRING_INDEX(mytable.s,_\"d\",_1)_=_SUBSTRING_INDEX(othertable.s2,_\"d\",_1))_GROUP_BY_1_HAVING_s_=_'secon';",
"SELECT_SUBSTRING_INDEX(mytable.s,_\"d\",_1)_AS_s_FROM_mytable_INNER_JOIN_othertable_ON_(SUBSTRING_INDEX(mytable.s,_\"d\",_1)_=_SUBSTRING_INDEX(othertable.s2,_\"d\",_1))_GROUP_BY_s_HAVING_s_=_'secon';",
"SELECT_SUBSTRING_INDEX(mytable.s,_\"d\",_1)_AS_ss_FROM_mytable_INNER_JOIN_othertable_ON_(SUBSTRING_INDEX(mytable.s,_\"d\",_1)_=_SUBSTRING_INDEX(othertable.s2,_\"d\",_1))_GROUP_BY_s_HAVING_s_=_'secon';",
"SELECT_SUBSTRING_INDEX(mytable.s,_\"d\",_1)_AS_ss_FROM_mytable_INNER_JOIN_othertable_ON_(SUBSTRING_INDEX(mytable.s,_\"d\",_1)_=_SUBSTRING_INDEX(othertable.s2,_\"d\",_1))_GROUP_BY_ss_HAVING_ss_=_'secon';",
"SELECT_TRIM(mytable.s_from_\"first_row\")_AS_s_FROM_mytable",
"SELECT_HOUR('2007-12-11_20:21:22')_FROM_mytable",
"SELECT_MINUTE('2007-12-11_20:21:22')_FROM_mytable",
"SELECT_SECOND('2007-12-11_20:21:22')_FROM_mytable",
"SELECT_SECOND('2007-12-11T20:21:22Z')_FROM_mytable",
"SELECT_DAYOFYEAR('20071211')_FROM_mytable",
"SELECT_DISTINCT_CAST(i_AS_DECIMAL)_from_mytable;",
"SELECT_SUM(_DISTINCT_CAST(i_AS_DECIMAL))_from_mytable;",
"SELECT_id_FROM_typestable_WHERE_da_<_adddate('2020-01-01',_INTERVAL_1_DAY)",
"SELECT_id_FROM_typestable_WHERE_da_<_adddate('2020-01-01',_1)",
"SELECT_id_FROM_typestable_WHERE_da_>=_subdate('2020-01-01',_INTERVAL_1_DAY)",
"SELECT_id_FROM_typestable_WHERE_da_>=_subdate('2020-01-01',_1)",
"SELECT_adddate(da,_i32)_from_typestable;",
"SELECT_adddate(da,_concat(u32))_from_typestable;",
"SELECT_adddate(da,_f32/10)_from_typestable;",
"SELECT_subdate(da,_i32)_from_typestable;",
"SELECT_subdate(da,_concat(u32))_from_typestable;",
"SELECT_subdate(da,_f32/10)_from_typestable;",
"SELECT_i,v_from_stringandtable_WHERE_v",
"SELECT_i,v_from_stringandtable_WHERE_v_AND_v",
"SELECT_i,v_from_stringandtable_WHERE_v_OR_v",
"SELECT_i,v_from_stringandtable_WHERE_NOT_v",
"SELECT_i,v_from_stringandtable_WHERE_NOT_v_AND_NOT_v",
"SELECT_i,v_from_stringandtable_WHERE_NOT_v_OR_NOT_v",
"SELECT_i,v_from_stringandtable_WHERE_v_OR_NOT_v",
"SELECT_i,v_from_stringandtable_WHERE_v_XOR_v",
"SELECT_i,v_from_stringandtable_WHERE_NOT_v_XOR_NOT_v",
"SELECT_i,v_from_stringandtable_WHERE_v_XOR_NOT_v",
"select_pk,_________row_number()_over_(order_by_pk_desc),_________sum(v1)_over_(partition_by_v2_order_by_pk),_________percent_rank()_over(partition_by_v2_order_by_pk)_____from_one_pk_three_idx_order_by_pk",
"select_pk,____________________percent_rank()_over(partition_by_v2_order_by_pk),____________________dense_rank()_over(partition_by_v2_order_by_pk),____________________rank()_over(partition_by_v2_order_by_pk)_____from_one_pk_three_idx_order_by_pk",
"select_pk,_________first_value(pk)_over_(order_by_pk_desc),_________lag(pk,_1)_over_(order_by_pk_desc),_________count(pk)_over(partition_by_v1_order_by_pk),_________max(pk)_over(partition_by_v1_order_by_pk_desc),_________avg(v2)_over_(partition_by_v1_order_by_pk)_____from_one_pk_three_idx_order_by_pk",
"SELECT_CAST(-3_AS_UNSIGNED)_FROM_mytable",
"SELECT_CONVERT(-3,_UNSIGNED)_FROM_mytable",
"SELECT_s_>_2_FROM_tabletest",
"SELECT_*_FROM_tabletest_WHERE_s_>_0",
"SELECT_*_FROM_tabletest_WHERE_s_=_0",
"SELECT_i_AS_foo_FROM_mytable_HAVING_foo_NOT_IN_(1,_2,_5)",
"SELECT_SUM(i)_FROM_mytable",
"SELECT_RAND(i)_from_mytable_order_by_i",
"SELECT_MOD(i,_2)_from_mytable_order_by_i_limit_1",
"SELECT_ASIN(i)_from_mytable_order_by_i_limit_1",
"SELECT_ACOS(i)_from_mytable_order_by_i_limit_1",
"SELECT_CRC32(i)_from_mytable_order_by_i_limit_1",
"SELECT_ASCII(s)_from_mytable_order_by_i_limit_1",
"SELECT_UNHEX(s)_from_mytable_order_by_i_limit_1",
"SELECT_BIT_LENGTH(i)_from_mytable_order_by_i_limit_1",
"select_date_format(datetime_col,_'%D')_from_datetime_table_order_by_1",
"select_time_format(time_col,_'%h%p')_from_datetime_table_order_by_1",
"select_from_unixtime(i)_from_mytable_order_by_1",
"SELECT_CASE_WHEN_i_>_2_THEN_i_WHEN_i_<_2_THEN_i_ELSE_'two'_END_FROM_mytable",
"SELECT_CASE_WHEN_i_>_2_THEN_'more_than_two'_WHEN_i_<_2_THEN_'less_than_two'_ELSE_2_END_FROM_mytable",
"SELECT_substring(mytable.s,_1,_5)_AS_s_FROM_mytable_INNER_JOIN_othertable_ON_(substring(mytable.s,_1,_5)_=_SUBSTRING(othertable.s2,_1,_5))_GROUP_BY_1_HAVING_s_=_\"secon\"",
"SELECT_s,_i_FROM_mytable_GROUP_BY_i_ORDER_BY_SUBSTRING(s,_1,_1)_DESC",
"SELECT_s,_i_FROM_mytable_GROUP_BY_i_HAVING_count(*)_>_0_ORDER_BY_SUBSTRING(s,_1,_1)_DESC",
"SELECT_GREATEST(i,_s)_FROM_mytable",
"select_md5(i)_from_mytable_order_by_1",
"select_sha1(i)_from_mytable_order_by_1",
"select_sha2(i,_256)_from_mytable_order_by_1",
"select_octet_length(s)_from_mytable_order_by_i",
"select_locate(upper(\"roW\"),_upper(s),_power(10,_0))_from_mytable_order_by_i",
"select_log2(i)_from_mytable_order_by_i",
"select_ln(i)_from_mytable_order_by_i",
"select_log10(i)_from_mytable_order_by_i",
"select_log(3,_i)_from_mytable_order_by_i",
"SELECT_LEAST(i,_s)_FROM_mytable",
"SELECT_i_FROM_mytable_WHERE_NOT_s_ORDER_BY_1_DESC",
"SELECT_sum(i)_as_isum,_s_FROM_mytable_GROUP_BY_i_ORDER_BY_isum_ASC_LIMIT_0,_200",
"SELECT_pk,_(SELECT_concat(pk,_pk)_FROM_one_pk_WHERE_pk_<_opk.pk_ORDER_BY_1_DESC_LIMIT_1)_as_strpk_FROM_one_pk_opk_having_strpk_>_\"0\"_ORDER_BY_2",
"SELECT_pk,_(SELECT_max(pk)_FROM_one_pk_WHERE_pk_<_opk.pk)_AS_x_FROM_one_pk_opk_GROUP_BY_x_ORDER_BY_x",
"SELECT_pk,_(SELECT_max(pk)_FROM_one_pk_WHERE_pk_<_opk.pk)_AS_x_______FROM_one_pk_opk_WHERE_(SELECT_max(pk)_FROM_one_pk_WHERE_pk_<_opk.pk)_>_0_______GROUP_BY_x_ORDER_BY_x",
"SELECT_pk,_(SELECT_max(pk)_FROM_one_pk_WHERE_pk_<_opk.pk)_AS_x_______FROM_one_pk_opk_WHERE_(SELECT_max(pk)_FROM_one_pk_WHERE_pk_<_opk.pk)_>_0_______GROUP_BY_(SELECT_max(pk)_FROM_one_pk_WHERE_pk_<_opk.pk)_ORDER_BY_x",
"SELECT_GREATEST(CAST(i_AS_CHAR),_CAST(b_AS_CHAR))_FROM_niltable_order_by_i",
"SELECT_count(*)_FROM_people_WHERE_last_name='doe'_and_first_name='jane'_order_by_dob",
"SELECT_VALUES(i)_FROM_mytable",
"select_i,_row_number()_over_(order_by_i_desc)_+_3,____row_number()_over_(order_by_length(s),i)_+_0.0_/_row_number()_over_(order_by_length(s)_desc,i_desc)_+_0.0____from_mytable_order_by_1;",
"SELECT_pk,_row_number()_over_(partition_by_v2_order_by_pk_),_max(v3)_over_(partition_by_v2_order_by_pk)_FROM_one_pk_three_idx_ORDER_BY_pk",
"SELECT_CONVERT_TZ(datetime_col,_\"+00:00\",_\"+04:00\")_FROM_datetime_table_WHERE_i_=_1",
"SELECT_distinct_pk1_FROM_two_pk_WHERE_EXISTS_(SELECT_pk_from_one_pk_where_pk_<=_two_pk.pk1)",
"select_c1_from_jsontable_where_c1_LIKE_(('%'_OR_'dsads')_OR_'%')",
"select_c1_from_jsontable_where_c1_LIKE_('%'_OR_NULL)",
"show_function_status",
"show_function_status_like_'foo'",
"show_function_status_where_Db='mydb'",
"SELECT_CONV(i,_10,_2)_FROM_mytable",
"select_find_in_set('second_row',_s)_from_mytable;",
"select_find_in_set(s,_'first_row,second_row,third_row')_from_mytable;",
"select_i_from_mytable_where_find_in_set(s,_'first_row,second_row,third_row')_=_2;",
"____SELECT_COUNT(*)__FROM_keyless__WHERE_keyless.c0_IN_(_____WITH_RECURSIVE_cte(depth,_i,_j)_AS_(_______SELECT_0,_T1.c0,_T1.c1_______FROM_keyless_T1_______WHERE_T1.c0_=_0_________UNION_ALL_________SELECT_cte.depth_+_1,_cte.i,_T2.c1_+_1_______FROM_cte,_keyless_T2_______WHERE_cte.depth_=_T2.c0___)_____SELECT_U0.c0___FROM_keyless_U0,_cte___WHERE_cte.j_=_keyless.c0____)_____ORDER_BY_c0;_",
"____SELECT_COUNT(*)__FROM_keyless__WHERE_keyless.c0_IN_(_____WITH_RECURSIVE_cte(depth,_i,_j)_AS_(_______SELECT_0,_T1.c0,_T1.c1_______FROM_keyless_T1_______WHERE_T1.c0_=_0_________UNION_ALL_________SELECT_cte.depth_+_1,_cte.i,_T2.c1_+_1_______FROM_cte,_keyless_T2_______WHERE_cte.depth_=_T2.c0___)_____SELECT_U0.c0___FROM_cte,_keyless_U0____WHERE_cte.j_=_keyless.c0_____)_____ORDER_BY_c0;_",
"SELECT_pk1,_SUM(c1)_FROM_two_pk",
"_select_*_from_mytable,__lateral_(__with_recursive_cte(a)_as_(___select_y_from_xy___union___select_x_from_cte___join___(____select_*_____from_xy____where_x_=_1____)_sqa1___on_x_=_a___limit_3___)__select_*_from_cte_)_sqa2_where_i_=_a_order_by_i;",
"_select____dayname(id),____dayname(i8),____dayname(i16),____dayname(i32),____dayname(i64),____dayname(u8),____dayname(u16),____dayname(u32),____dayname(u64),____dayname(f32),____dayname(f64),____dayname(ti),____dayname(da),____dayname(te),____dayname(bo),____dayname(js),____dayname(bl),____dayname(e1),____dayname(s1)_from_typestable",
"select_*_from_mytable_order_by_dayname(i)",
"select_*_from_mytable_where_(i_BETWEEN_(CASE_1_WHEN_2_THEN_1.0_ELSE_(1||2)_END)_AND_i)",
"select_*_from_mytable_where_(i_BETWEEN_(''_BETWEEN_''_AND_(''_OR_'#'))_AND_i)",
"select_*_from_xy_inner_join_uv_on_(xy.x_in_(false_in_('asdf')));",
"select_length(space(i))_from_mytable;",
"select_concat(space(i),_'a')_from_mytable;",
"select_space(i_*_2)_from_mytable;",
"select_atan(i),_atan2(i,_i_+_2)_from_mytable;",
"select_elt(i,_'a',_'b')_from_mytable;",
"select_field(i,_'1',_'2',_'3')_from_mytable;",
"select_char(i,_i_+_10,_pi())_from_mytable;",
"select_length(random_bytes(i))_from_mytable;",
}
// Order undefined
undefinedOrderQueries := []string{
// partial order by, the order of remaining columns is undefined
"select_distinct_pk1_from_two_pk_order_by_pk2",
"select_distinct_pk2_from_two_pk_order_by_pk1",
"select_distinct_pk1,_pk2_from_two_pk_order_by_pk1",
"select_distinct_pk1,_pk2_from_two_pk_order_by_pk2",
}
// failed during CI
waitForFixQueries = append(waitForFixQueries,
"SELECT_TAN(i)_from_mytable_order_by_i_limit_1", // might be precision issue
"SELECT_COT(i)_from_mytable_order_by_i_limit_1",
"select_now()_=_sysdate(),_sleep(0.1),_now(6)_<_sysdate(6);")
panicQueries := []string{
"SELECT_JSON_KEYS(c3)_FROM_jsontable",
"SELECT_(SELECT_s_FROM_mytable_ORDER_BY_i_ASC_LIMIT_1)_AS_x",
}
harness.QueriesToSkip(notApplicableQueries...)
harness.QueriesToSkip(undefinedOrderQueries...)
harness.QueriesToSkip(waitForFixQueries...)
harness.QueriesToSkip(panicQueries...)
enginetest.TestQueries(t, harness)
}
// TestJoinQueries runs the canonical test queries against a single threaded index enabled harness.
func TestJoinQueries(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestJoinQueries(t, NewDefaultDuckHarness())
}
func TestLateralJoin(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestLateralJoinQueries(t, NewDefaultDuckHarness())
}
// TestJoinPlanning runs join-specific tests for merge
func TestJoinPlanning(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestJoinPlanning(t, NewDefaultDuckHarness())
}
// TestJoinOps runs join-specific tests for merge
func TestJoinOps(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestJoinOps(t, NewDefaultDuckHarness(), enginetest.DefaultJoinOpTests)
}
func TestJoinStats(t *testing.T) {
t.Skip("wait for fix")
harness := NewDefaultDuckHarness()
if harness.IsUsingServer() {
t.Skip("join stats don't work with bindvars")
}
enginetest.TestJoinStats(t, harness)
}
// TestJSONTableQueries runs the canonical test queries against a single threaded index enabled harness.
func TestJSONTableQueries(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestJSONTableQueries(t, NewDefaultDuckHarness())
}
// TestJSONTableScripts runs the canonical test queries against a single threaded index enabled harness.
func TestJSONTableScripts(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestJSONTableScripts(t, NewDefaultDuckHarness())
}
// TestBrokenJSONTableScripts runs the canonical test queries against a single threaded index enabled harness.
func TestBrokenJSONTableScripts(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestBrokenJSONTableScripts(t, enginetest.NewSkippingMemoryHarness())
}
// Convenience test for debugging a single query. Unskip and set to the desired query.
func TestSingleQuery(t *testing.T) {
t.Skip()
test := queries.QueryTest{
Query: `select a.i,a.f, b.i2 from niltable a left join niltable b on a.i = b.i2 order by a.i`,
Expected: []sql.Row{{1, nil, nil}, {2, nil, 2}, {3, nil, nil}, {4, 4.0, 4}, {5, 5.0, nil}, {6, 6.0, 6}},
}
// fmt.Sprintf("%v", test)
harness := NewDuckHarness("", 1, testNumPartitions, true, nil)
// harness.UseServer()
harness.Setup(setup.MydbData, setup.NiltableData)
engine, err := harness.NewEngine(t)
require.NoError(t, err)
engine.EngineAnalyzer().Debug = true
engine.EngineAnalyzer().Verbose = true
enginetest.TestQueryWithEngine(t, harness, engine, test)
}
// Convenience test for debugging a single query. Unskip and set to the desired query.
func TestSingleQueryPrepared(t *testing.T) {
t.Skip()
var test = queries.ScriptTest{
Name: "renaming views with RENAME TABLE ... TO .. statement",
SetUpScript: []string{},
Assertions: []queries.ScriptTestAssertion{
{
// Original Issue: https://github.com/dolthub/dolt/issues/5714
Query: `select 1.0/0.0 from dual`,
Expected: []sql.Row{
{4},
},
},
},
}
// fmt.Sprintf("%v", test)
harness := NewDuckHarness("", 1, testNumPartitions, false, nil)
harness.Setup(setup.KeylessSetup...)
engine, err := harness.NewEngine(t)
if err != nil {
panic(err)
}
engine.EngineAnalyzer().Debug = true
engine.EngineAnalyzer().Verbose = true
enginetest.TestScriptWithEnginePrepared(t, engine, harness, test)
}
// Convenience test for debugging a single query. Unskip and set to the desired query.
func TestSingleScript(t *testing.T) {
t.Skip()
var scripts = []queries.ScriptTest{
{
Name: "test script",
SetUpScript: []string{},
Assertions: []queries.ScriptTestAssertion{},
},
}
for _, test := range scripts {
harness := NewDuckHarness("", 1, testNumPartitions, true, nil)
engine, err := harness.NewEngine(t)
if err != nil {
panic(err)
}
enginetest.TestScriptWithEngine(t, engine, harness, test)
}
}
func TestUnbuildableIndex(t *testing.T) {
var scripts = []queries.ScriptTest{
{
Name: "Failing index builder still returning correct results",
SetUpScript: []string{
"CREATE TABLE mytable2 (i BIGINT PRIMARY KEY, s VARCHAR(20))",
"CREATE UNIQUE INDEX mytable2_s ON mytable2 (s)",
fmt.Sprintf("CREATE INDEX mytable2_i_s ON mytable2 (i, s) COMMENT '%s'", memory.CommentPreventingIndexBuilding),
"INSERT INTO mytable2 VALUES (1, 'first row'), (2, 'second row'), (3, 'third row')",
},
Assertions: []queries.ScriptTestAssertion{
{
Query: "SELECT i FROM mytable2 WHERE i IN (SELECT i FROM mytable2) ORDER BY i",
Expected: []sql.Row{
{1},
{2},
{3},
},
},
},
},
}
for _, test := range scripts {
harness := NewDefaultDuckHarness()
enginetest.TestScript(t, harness, test)
}
}
func TestBrokenQueries(t *testing.T) {
enginetest.TestBrokenQueries(t, NewSkippingDuckHarness())
}
func TestQueryPlanTODOs(t *testing.T) {
harness := NewSkippingDuckHarness()
harness.Setup(setup.MydbData, setup.Pk_tablesData, setup.NiltableData)
e, err := harness.NewEngine(t)
if err != nil {
log.Fatal(err)
}
for _, tt := range queries.QueryPlanTODOs {
t.Run(tt.Query, func(t *testing.T) {
enginetest.TestQueryPlan(t, harness, e, tt)
})
}
}
// TODO: implement support for versioned queries
// func TestVersionedQueries(t *testing.T) {
// for _, numPartitions := range numPartitionsVals {
// for _, indexInit := range indexBehaviors {
// for _, parallelism := range parallelVals {
// testName := fmt.Sprintf("partitions=%d,indexes=%v,parallelism=%v", numPartitions, indexInit.name, parallelism)
// harness := NewMetaHarness(testName, parallelism, numPartitions, indexInit.nativeIndexes, indexInit.driverInitializer)
// t.Run(testName, func(t *testing.T) {
// enginetest.TestVersionedQueries(t, harness)
// })
// }
// }
// }
// }
func TestAnsiQuotesSqlMode(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestAnsiQuotesSqlMode(t, NewDefaultDuckHarness())
}
func TestAnsiQuotesSqlModePrepared(t *testing.T) {
t.Skip("wait for fix")
harness := NewDefaultDuckHarness()
if harness.IsUsingServer() {
t.Skip("prepared test depend on context for current sql_mode information, but it does not get updated when using ServerEngine")
}
enginetest.TestAnsiQuotesSqlModePrepared(t, NewDefaultDuckHarness())
}
// Tests of choosing the correct execution plan independent of result correctness. Mostly useful for confirming that
// the right indexes are being used for joining tables.
func TestQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
{"nativeAndMergable", mergableIndexDriver, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 2, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestQueryPlans(t, harness, queries.PlanTests)
})
}
}
func TestSingleQueryPlan(t *testing.T) {
t.Skip()
tt := []queries.QueryPlanTest{
{
Query: `SELECT mytable.i, selfjoin.i FROM mytable INNER JOIN mytable selfjoin ON mytable.i = selfjoin.i WHERE selfjoin.i IN (SELECT 1 FROM DUAL)`,
ExpectedPlan: "Project\n" +
" ├─ columns: [mytable.i:0!null, selfjoin.i:2!null]\n" +
" └─ SemiJoin\n" +
" ├─ MergeJoin\n" +
" │ ├─ cmp: Eq\n" +
" │ │ ├─ mytable.i:0!null\n" +
" │ │ └─ selfjoin.i:2!null\n" +
" │ ├─ IndexedTableAccess(mytable)\n" +
" │ │ ├─ index: [mytable.i,mytable.s]\n" +
" │ │ ├─ static: [{[NULL, ∞), [NULL, ∞)}]\n" +
" │ │ ├─ colSet: (1,2)\n" +
" │ │ ├─ tableId: 1\n" +
" │ │ └─ Table\n" +
" │ │ ├─ name: mytable\n" +
" │ │ └─ columns: [i s]\n" +
" │ └─ Filter\n" +
" │ ├─ Eq\n" +
" │ │ ├─ selfjoin.i:0!null\n" +
" │ │ └─ 1 (tinyint)\n" +
" │ └─ TableAlias(selfjoin)\n" +
" │ └─ IndexedTableAccess(mytable)\n" +
" │ ├─ index: [mytable.i]\n" +
" │ ├─ static: [{[1, 1]}]\n" +
" │ ├─ colSet: (3,4)\n" +
" │ ├─ tableId: 2\n" +
" │ └─ Table\n" +
" │ ├─ name: mytable\n" +
" │ └─ columns: [i s]\n" +
" └─ Project\n" +
" ├─ columns: [1 (tinyint)]\n" +
" └─ ProcessTable\n" +
" └─ Table\n" +
" ├─ name: \n" +
" └─ columns: []\n" +
"",
ExpectedEstimates: "Project\n" +
" ├─ columns: [mytable.i, selfjoin.i]\n" +
" └─ SemiJoin (estimated cost=4.515 rows=1)\n" +
" ├─ MergeJoin (estimated cost=6.090 rows=3)\n" +
" │ ├─ cmp: (mytable.i = selfjoin.i)\n" +
" │ ├─ IndexedTableAccess(mytable)\n" +
" │ │ ├─ index: [mytable.i,mytable.s]\n" +
" │ │ └─ filters: [{[NULL, ∞), [NULL, ∞)}]\n" +
" │ └─ Filter\n" +
" │ ├─ (selfjoin.i = 1)\n" +
" │ └─ TableAlias(selfjoin)\n" +
" │ └─ IndexedTableAccess(mytable)\n" +
" │ ├─ index: [mytable.i]\n" +
" │ └─ filters: [{[1, 1]}]\n" +
" └─ Project\n" +
" ├─ columns: [1]\n" +
" └─ Table\n" +
" └─ name: \n" +
"",
ExpectedAnalysis: "Project\n" +
" ├─ columns: [mytable.i, selfjoin.i]\n" +
" └─ SemiJoin (estimated cost=4.515 rows=1) (actual rows=1 loops=1)\n" +
" ├─ MergeJoin (estimated cost=6.090 rows=3) (actual rows=1 loops=1)\n" +
" │ ├─ cmp: (mytable.i = selfjoin.i)\n" +
" │ ├─ IndexedTableAccess(mytable)\n" +
" │ │ ├─ index: [mytable.i,mytable.s]\n" +
" │ │ └─ filters: [{[NULL, ∞), [NULL, ∞)}]\n" +
" │ └─ Filter\n" +
" │ ├─ (selfjoin.i = 1)\n" +
" │ └─ TableAlias(selfjoin)\n" +
" │ └─ IndexedTableAccess(mytable)\n" +
" │ ├─ index: [mytable.i]\n" +
" │ └─ filters: [{[1, 1]}]\n" +
" └─ Project\n" +
" ├─ columns: [1]\n" +
" └─ Table\n" +
" └─ name: \n" +
"",
},
}
harness := NewDuckHarness("nativeIndexes", 1, 2, true, nil)
harness.Setup(setup.PlanSetup...)
for _, test := range tt {
t.Run(test.Query, func(t *testing.T) {
engine, err := harness.NewEngine(t)
engine.EngineAnalyzer().Verbose = true
engine.EngineAnalyzer().Debug = true
require.NoError(t, err)
enginetest.TestQueryPlan(t, harness, engine, test)
})
}
}
func TestIntegrationQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 1, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestIntegrationPlans(t, harness)
})
}
}
func TestImdbQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 1, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestImdbPlans(t, harness)
})
}
}
func TestTpccQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 1, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestTpccPlans(t, harness)
})
}
}
func TestTpchQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 1, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestTpchPlans(t, harness)
})
}
}
func TestTpcdsQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 1, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestTpcdsPlans(t, harness)
})
}
}
func TestIndexQueryPlans(t *testing.T) {
t.Skip("myduckserver has different query plans")
indexBehaviors := []*indexBehaviorTestParams{
{"nativeIndexes", nil, true},
{"nativeAndMergable", mergableIndexDriver, true},
}
for _, indexInit := range indexBehaviors {
t.Run(indexInit.name, func(t *testing.T) {
harness := NewDuckHarness(indexInit.name, 1, 2, indexInit.nativeIndexes, indexInit.driverInitializer)
enginetest.TestIndexQueryPlans(t, harness)
})
}
}
func TestQueryErrors(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestQueryErrors(t, NewDefaultDuckHarness())
}
func TestInfoSchema(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestInfoSchema(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestMySqlDb(t *testing.T) {
enginetest.TestMySqlDb(t, NewDefaultDuckHarness())
}
// func TestReadOnlyDatabases(t *testing.T) {
// enginetest.TestReadOnlyDatabases(t, NewReadOnlyMetaHarness())
// }
// func TestReadOnlyVersionedQueries(t *testing.T) {
// enginetest.TestReadOnlyVersionedQueries(t, NewReadOnlyMetaHarness())
// }
func TestColumnAliases(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestColumnAliases(t, NewDefaultDuckHarness())
}
func TestDerivedTableOuterScopeVisibility(t *testing.T) {
t.Skip("wait for fix")
harness := NewDefaultDuckHarness()
enginetest.TestDerivedTableOuterScopeVisibility(t, harness)
}
func TestOrderByGroupBy(t *testing.T) {
t.Skip("wait for fix")
// TODO: window validation expecting error message
enginetest.TestOrderByGroupBy(t, NewDefaultDuckHarness())
}
func TestAmbiguousColumnResolution(t *testing.T) {
enginetest.TestAmbiguousColumnResolution(t, NewDefaultDuckHarness())
}
func TestInsertInto(t *testing.T) {
t.Skip("wait for fix")
harness := NewDefaultDuckHarness()
enginetest.TestInsertInto(t, harness)
}
func TestInsertIgnoreInto(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestInsertIgnoreInto(t, NewDefaultDuckHarness())
}
func TestInsertDuplicateKeyKeyless(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestInsertDuplicateKeyKeyless(t, NewDefaultDuckHarness())
}
func TestIgnoreIntoWithDuplicateUniqueKeyKeyless(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestIgnoreIntoWithDuplicateUniqueKeyKeyless(t, NewDefaultDuckHarness())
}
func TestInsertIntoErrors(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestInsertIntoErrors(t, NewDefaultDuckHarness())
}
func TestBrokenInsertScripts(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestBrokenInsertScripts(t, NewDefaultDuckHarness())
}
func TestGeneratedColumns(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestGeneratedColumns(t, NewDefaultDuckHarness())
}
func TestGeneratedColumnPlans(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestGeneratedColumnPlans(t, NewDefaultDuckHarness())
}
func TestSysbenchPlans(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestSysbenchPlans(t, NewDefaultDuckHarness())
}
func TestStatistics(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestStatistics(t, NewDefaultDuckHarness())
}
func TestStatisticIndexFilters(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestStatisticIndexFilters(t, NewDefaultDuckHarness())
}
func TestSpatialInsertInto(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestSpatialInsertInto(t, NewDefaultDuckHarness())
}
func TestLoadData(t *testing.T) {
harness := NewDefaultDuckHarness()
harness.QueriesToSkip(
"create table loadtable(pk int primary key, check (pk > 1))",
"CREATE TABLE test1 (pk BIGINT PRIMARY KEY, v1 BIGINT DEFAULT (v2 * 10), v2 BIGINT DEFAULT 5);",
"CREATE TABLE test1 (pk BIGINT PRIMARY KEY, v1 BIGINT DEFAULT (v2 * 10), v2 BIGINT DEFAULT 5);",
"CREATE TABLE inmate_population_snapshots (id char(21) NOT NULL, snapshot_date date NOT NULL, total int,"+
"total_off_site int, male int, female int, other_gender int, white int, black int, hispanic int,"+
"asian int, american_indian int, mexican_american int, multi_racial int, other_race int,"+
"on_probation int, on_parole int, felony int, misdemeanor int, other_offense int,"+
"convicted_or_sentenced int, detained_or_awaiting_trial int, first_time_incarcerated int, employed int,"+
"unemployed int, citizen int, noncitizen int, juvenile int, juvenile_male int, juvenile_female int,"+
"death_row_condemned int, solitary_confinement int, technical_parole_violators int,"+
"source_url varchar(2043) NOT NULL, source_url_2 varchar(2043), civil_offense int, federal_offense int,"+
"PRIMARY KEY (id,snapshot_date), KEY id (id));", // load empty string into int column should result in 0
)
enginetest.TestLoadData(t, harness)
}
func TestLoadDataErrors(t *testing.T) {
harness := NewDefaultDuckHarness()
harness.QueriesToSkip(
"create table loadtable(pk int primary key, c1 varchar(10))",
)
enginetest.TestLoadDataErrors(t, harness)
}
func TestLoadDataFailing(t *testing.T) {
harness := NewDefaultDuckHarness()
enginetest.TestLoadDataFailing(t, harness)
}
func TestSelectIntoFile(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestSelectIntoFile(t, NewDefaultDuckHarness())
}
func TestReplaceInto(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestReplaceInto(t, NewDefaultDuckHarness())
}
func TestReplaceIntoErrors(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestReplaceIntoErrors(t, NewDefaultDuckHarness())
}
func TestUpdate(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestUpdate(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestUpdateIgnore(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestUpdateIgnore(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestUpdateErrors(t *testing.T) {
t.Skip("wait for fix")
// TODO different errors
enginetest.TestUpdateErrors(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestOnUpdateExprScripts(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestOnUpdateExprScripts(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestSpatialUpdate(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestSpatialUpdate(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestDeleteFromErrors(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestDeleteErrors(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestSpatialDeleteFrom(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestSpatialDelete(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestTruncate(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestTruncate(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestDeleteFrom(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestDelete(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestConvert(t *testing.T) {
t.Skip("wait for fix")
enginetest.TestConvert(t, NewDuckHarness("default", 1, testNumPartitions, true, mergableIndexDriver))
}
func TestScripts(t *testing.T) {
t.Skip("wait for fix")