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parser_test.go
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parser_test.go
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// Copyright 2015 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,
// See the License for the specific language governing permissions and
// limitations under the License.
package parser_test
import (
"bytes"
"fmt"
"runtime"
"strings"
"testing"
. "github.com/pingcap/check"
"github.com/pingcap/errors"
"github.com/pingcap/parser"
"github.com/pingcap/parser/ast"
"github.com/pingcap/parser/charset"
. "github.com/pingcap/parser/format"
"github.com/pingcap/parser/model"
"github.com/pingcap/parser/mysql"
"github.com/pingcap/parser/opcode"
"github.com/pingcap/parser/terror"
"github.com/pingcap/parser/test_driver"
)
func TestT(t *testing.T) {
CustomVerboseFlag = true
TestingT(t)
}
var _ = Suite(&testParserSuite{})
type testParserSuite struct {
enableWindowFunc bool
}
func (s *testParserSuite) TestSimple(c *C) {
parser := parser.New()
reservedKws := []string{
"add", "all", "alter", "analyze", "and", "as", "asc", "between", "bigint",
"binary", "blob", "both", "by", "call", "cascade", "case", "change", "character", "check", "collate",
"column", "constraint", "convert", "create", "cross", "current_date", "current_time",
"current_timestamp", "current_user", "database", "databases", "day_hour", "day_microsecond",
"day_minute", "day_second", "decimal", "default", "delete", "desc", "describe",
"distinct", "distinctRow", "div", "double", "drop", "dual", "else", "enclosed", "escaped",
"exists", "explain", "false", "float", "fetch", "for", "force", "foreign", "from",
"fulltext", "grant", "group", "having", "hour_microsecond", "hour_minute",
"hour_second", "if", "ignore", "in", "index", "infile", "inner", "insert", "int", "into", "integer",
"interval", "is", "join", "key", "keys", "kill", "leading", "left", "like", "limit", "lines", "load",
"localtime", "localtimestamp", "lock", "longblob", "longtext", "mediumblob", "maxvalue", "mediumint", "mediumtext",
"minute_microsecond", "minute_second", "mod", "not", "no_write_to_binlog", "null", "numeric",
"on", "option", "optionally", "or", "order", "outer", "partition", "precision", "primary", "procedure", "range", "read", "real", "recursive",
"references", "regexp", "rename", "repeat", "replace", "revoke", "restrict", "right", "rlike",
"schema", "schemas", "second_microsecond", "select", "set", "show", "smallint",
"starting", "table", "terminated", "then", "tinyblob", "tinyint", "tinytext", "to",
"trailing", "true", "union", "unique", "unlock", "unsigned",
"update", "use", "using", "utc_date", "values", "varbinary", "varchar",
"when", "where", "write", "xor", "year_month", "zerofill",
"generated", "virtual", "stored", "usage",
"delayed", "high_priority", "low_priority",
"cumeDist", "denseRank", "firstValue", "lag", "lastValue", "lead", "nthValue", "ntile",
"over", "percentRank", "rank", "row", "rows", "rowNumber", "window", "linear",
"match", "until", "placement", "tablesample",
// TODO: support the following keywords
// "with",
}
for _, kw := range reservedKws {
src := fmt.Sprintf("SELECT * FROM db.%s;", kw)
_, err := parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil, Commentf("source %s", src))
src = fmt.Sprintf("SELECT * FROM %s.desc", kw)
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil, Commentf("source %s", src))
src = fmt.Sprintf("SELECT t.%s FROM t", kw)
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil, Commentf("source %s", src))
}
// Testcase for unreserved keywords
unreservedKws := []string{
"auto_increment", "after", "begin", "bit", "bool", "boolean", "charset", "columns", "commit",
"date", "datediff", "datetime", "deallocate", "do", "from_days", "end", "engine", "engines", "execute", "extended", "first", "file", "full",
"local", "names", "offset", "password", "prepare", "quick", "rollback", "session", "signed",
"start", "global", "tables", "tablespace", "text", "time", "timestamp", "tidb", "transaction", "truncate", "unknown",
"value", "warnings", "year", "now", "substr", "subpartition", "subpartitions", "substring", "mode", "any", "some", "user", "identified",
"collation", "comment", "avg_row_length", "checksum", "compression", "connection", "key_block_size",
"max_rows", "min_rows", "national", "quarter", "escape", "grants", "status", "fields", "triggers", "language",
"delay_key_write", "isolation", "partitions", "repeatable", "committed", "uncommitted", "only", "serializable", "level",
"curtime", "variables", "dayname", "version", "btree", "hash", "row_format", "dynamic", "fixed", "compressed",
"compact", "redundant", "1 sql_no_cache", "1 sql_cache", "action", "round",
"enable", "disable", "reverse", "space", "privileges", "get_lock", "release_lock", "sleep", "no", "greatest", "least",
"binlog", "hex", "unhex", "function", "indexes", "from_unixtime", "processlist", "events", "less", "than", "timediff",
"ln", "log", "log2", "log10", "timestampdiff", "pi", "proxy", "quote", "none", "super", "shared", "exclusive",
"always", "stats", "stats_meta", "stats_histogram", "stats_buckets", "stats_healthy", "tidb_version", "replication", "slave", "client",
"max_connections_per_hour", "max_queries_per_hour", "max_updates_per_hour", "max_user_connections", "event", "reload", "routine", "temporary",
"following", "preceding", "unbounded", "respect", "nulls", "current", "last", "against", "expansion",
"chain", "error", "general", "nvarchar", "pack_keys", "parser", "shard_row_id_bits", "pre_split_regions",
"constraints", "role", "replicas", "policy", "s3", "strict", "running", "stop", "preserve",
}
for _, kw := range unreservedKws {
src := fmt.Sprintf("SELECT %s FROM tbl;", kw)
_, err := parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil, Commentf("source %s", src))
}
// Testcase for prepared statement
src := "SELECT id+?, id+? from t;"
_, err := parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
// Testcase for -- Comment and unary -- operator
src = "CREATE TABLE foo (a SMALLINT UNSIGNED, b INT UNSIGNED); -- foo\nSelect --1 from foo;"
stmts, _, err := parser.Parse(src, "", "")
c.Assert(err, IsNil)
c.Assert(stmts, HasLen, 2)
// Testcase for /*! xx */
// See http://dev.mysql.com/doc/refman/5.7/en/comments.html
// Fix: https://github.com/pingcap/tidb/issues/971
src = "/*!40101 SET character_set_client = utf8 */;"
stmts, _, err = parser.Parse(src, "", "")
c.Assert(err, IsNil)
c.Assert(stmts, HasLen, 1)
stmt := stmts[0]
_, ok := stmt.(*ast.SetStmt)
c.Assert(ok, IsTrue)
// for issue #2017
src = "insert into blobtable (a) values ('/*! truncated */');"
stmt, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
is, ok := stmt.(*ast.InsertStmt)
c.Assert(ok, IsTrue)
c.Assert(is.Lists, HasLen, 1)
c.Assert(is.Lists[0], HasLen, 1)
c.Assert(is.Lists[0][0].(ast.ValueExpr).GetDatumString(), Equals, "/*! truncated */")
// Testcase for CONVERT(expr,type)
src = "SELECT CONVERT('111', SIGNED);"
st, err := parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
ss, ok := st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
c.Assert(len(ss.Fields.Fields), Equals, 1)
cv, ok := ss.Fields.Fields[0].Expr.(*ast.FuncCastExpr)
c.Assert(ok, IsTrue)
c.Assert(cv.FunctionType, Equals, ast.CastConvertFunction)
// for query start with comment
srcs := []string{
"/* some comments */ SELECT CONVERT('111', SIGNED) ;",
"/* some comments */ /*comment*/ SELECT CONVERT('111', SIGNED) ;",
"SELECT /*comment*/ CONVERT('111', SIGNED) ;",
"SELECT CONVERT('111', /*comment*/ SIGNED) ;",
"SELECT CONVERT('111', SIGNED) /*comment*/;",
}
for _, src := range srcs {
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
_, ok = st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
}
// for issue #961
src = "create table t (c int key);"
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
cs, ok := st.(*ast.CreateTableStmt)
c.Assert(ok, IsTrue)
c.Assert(cs.Cols, HasLen, 1)
c.Assert(cs.Cols[0].Options, HasLen, 1)
c.Assert(cs.Cols[0].Options[0].Tp, Equals, ast.ColumnOptionPrimaryKey)
// for issue #4497
src = "create table t1(a NVARCHAR(100));"
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
// for issue 2803
src = "use quote;"
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
// issue #4354
src = "select b'';"
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
src = "select B'';"
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
// src = "select 0b'';"
// _, err = parser.ParseOneStmt(src, "", "")
// c.Assert(err, NotNil)
// for #4909, support numericType `signed` filedOpt.
src = "CREATE TABLE t(_sms smallint signed, _smu smallint unsigned);"
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
// for #7371, support NATIONAL CHARACTER
// reference link: https://dev.mysql.com/doc/refman/5.7/en/charset-national.html
src = "CREATE TABLE t(c1 NATIONAL CHARACTER(10));"
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
src = `CREATE TABLE t(a tinyint signed,
b smallint signed,
c mediumint signed,
d int signed,
e int1 signed,
f int2 signed,
g int3 signed,
h int4 signed,
i int8 signed,
j integer signed,
k bigint signed,
l bool signed,
m boolean signed
);`
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
ct, ok := st.(*ast.CreateTableStmt)
c.Assert(ok, IsTrue)
for _, col := range ct.Cols {
c.Assert(col.Tp.Flag&mysql.UnsignedFlag, Equals, uint(0))
}
// for issue #4006
src = `insert into tb(v) (select v from tb);`
_, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
// for issue #9823
src = "SELECT 9223372036854775807;"
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
sel, ok := st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
expr := sel.Fields.Fields[0]
vExpr := expr.Expr.(*test_driver.ValueExpr)
c.Assert(vExpr.Kind(), Equals, test_driver.KindInt64)
src = "SELECT 9223372036854775808;"
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
sel, ok = st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
expr = sel.Fields.Fields[0]
vExpr = expr.Expr.(*test_driver.ValueExpr)
c.Assert(vExpr.Kind(), Equals, test_driver.KindUint64)
src = `select 99e+r10 from t1;`
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
sel, ok = st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
bExpr, ok := sel.Fields.Fields[0].Expr.(*ast.BinaryOperationExpr)
c.Assert(ok, IsTrue)
c.Assert(bExpr.Op, Equals, opcode.Plus)
c.Assert(bExpr.L.(*ast.ColumnNameExpr).Name.Name.O, Equals, "99e")
c.Assert(bExpr.R.(*ast.ColumnNameExpr).Name.Name.O, Equals, "r10")
src = `select t./*123*/*,@c3:=0 from t order by t.c1;`
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
sel, ok = st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
c.Assert(sel.Fields.Fields[0].WildCard.Table.O, Equals, "t")
varExpr, ok := sel.Fields.Fields[1].Expr.(*ast.VariableExpr)
c.Assert(ok, IsTrue)
c.Assert(varExpr.Name, Equals, "c3")
src = `select t.1e from test.t;`
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
sel, ok = st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
colExpr, ok := sel.Fields.Fields[0].Expr.(*ast.ColumnNameExpr)
c.Assert(ok, IsTrue)
c.Assert(colExpr.Name.Table.O, Equals, "t")
c.Assert(colExpr.Name.Name.O, Equals, "1e")
tName := sel.From.TableRefs.Left.(*ast.TableSource).Source.(*ast.TableName)
c.Assert(tName.Schema.O, Equals, "test")
c.Assert(tName.Name.O, Equals, "t")
src = "select t. `a` > 10 from t;"
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
bExpr, ok = st.(*ast.SelectStmt).Fields.Fields[0].Expr.(*ast.BinaryOperationExpr)
c.Assert(ok, IsTrue)
c.Assert(bExpr.Op, Equals, opcode.GT)
c.Assert(bExpr.L.(*ast.ColumnNameExpr).Name.Name.O, Equals, "a")
c.Assert(bExpr.L.(*ast.ColumnNameExpr).Name.Table.O, Equals, "t")
c.Assert(bExpr.R.(ast.ValueExpr).GetValue().(int64), Equals, int64(10))
parser.SetSQLMode(mysql.ModeANSIQuotes)
src = `select t."dot"=10 from t;`
st, err = parser.ParseOneStmt(src, "", "")
c.Assert(err, IsNil)
bExpr, ok = st.(*ast.SelectStmt).Fields.Fields[0].Expr.(*ast.BinaryOperationExpr)
c.Assert(ok, IsTrue)
c.Assert(bExpr.Op, Equals, opcode.EQ)
c.Assert(bExpr.L.(*ast.ColumnNameExpr).Name.Name.O, Equals, "dot")
c.Assert(bExpr.L.(*ast.ColumnNameExpr).Name.Table.O, Equals, "t")
c.Assert(bExpr.R.(ast.ValueExpr).GetValue().(int64), Equals, int64(10))
}
func (s *testParserSuite) TestSpecialComments(c *C) {
parser := parser.New()
// 1. Make sure /*! ... */ respects the same SQL mode.
_, err := parser.ParseOneStmt(`SELECT /*! '\' */;`, "", "")
c.Assert(err, NotNil)
parser.SetSQLMode(mysql.ModeNoBackslashEscapes)
st, err := parser.ParseOneStmt(`SELECT /*! '\' */;`, "", "")
c.Assert(err, IsNil)
c.Assert(st, FitsTypeOf, &ast.SelectStmt{})
// 2. Make sure multiple statements inside /*! ... */ will not crash
// (this is issue #330)
stmts, _, err := parser.Parse("/*! SET x = 1; SELECT 2 */", "", "")
c.Assert(err, IsNil)
c.Assert(stmts, HasLen, 2)
c.Assert(stmts[0], FitsTypeOf, &ast.SetStmt{})
c.Assert(stmts[0].Text(), Equals, "/*! SET x = 1;")
c.Assert(stmts[1], FitsTypeOf, &ast.SelectStmt{})
c.Assert(stmts[1].Text(), Equals, " SELECT 2 */")
// ^ not sure if correct approach; having multiple statements in MySQL is a syntax error.
// 3. Make sure invalid text won't cause infinite loop
// (this is issue #336)
st, err = parser.ParseOneStmt("SELECT /*+ 😅 */ SLEEP(1);", "", "")
c.Assert(err, IsNil)
sel, ok := st.(*ast.SelectStmt)
c.Assert(ok, IsTrue)
c.Assert(sel.TableHints, HasLen, 0)
}
type testCase struct {
src string
ok bool
restore string
}
type testErrMsgCase struct {
src string
err error
}
func (s *testParserSuite) RunTest(c *C, table []testCase) {
parser := parser.New()
parser.EnableWindowFunc(s.enableWindowFunc)
for _, t := range table {
_, _, err := parser.Parse(t.src, "", "")
comment := Commentf("source %v", t.src)
if !t.ok {
c.Assert(err, NotNil, comment)
continue
}
c.Assert(err, IsNil, comment)
// restore correctness test
if t.ok {
s.RunRestoreTest(c, t.src, t.restore)
}
}
}
func (s *testParserSuite) RunRestoreTest(c *C, sourceSQLs, expectSQLs string) {
var sb strings.Builder
parser := parser.New()
parser.EnableWindowFunc(s.enableWindowFunc)
comment := Commentf("source %v", sourceSQLs)
stmts, _, err := parser.Parse(sourceSQLs, "", "")
c.Assert(err, IsNil, comment)
restoreSQLs := ""
for _, stmt := range stmts {
sb.Reset()
err = stmt.Restore(NewRestoreCtx(DefaultRestoreFlags, &sb))
c.Assert(err, IsNil, comment)
restoreSQL := sb.String()
comment = Commentf("source %v; restore %v", sourceSQLs, restoreSQL)
restoreStmt, err := parser.ParseOneStmt(restoreSQL, "", "")
c.Assert(err, IsNil, comment)
CleanNodeText(stmt)
CleanNodeText(restoreStmt)
c.Assert(restoreStmt, DeepEquals, stmt, comment)
if restoreSQLs != "" {
restoreSQLs += "; "
}
restoreSQLs += restoreSQL
}
comment = Commentf("restore %v; expect %v", restoreSQLs, expectSQLs)
c.Assert(restoreSQLs, Equals, expectSQLs, comment)
}
func (s *testParserSuite) RunTestInRealAsFloatMode(c *C, table []testCase) {
parser := parser.New()
parser.EnableWindowFunc(s.enableWindowFunc)
parser.SetSQLMode(mysql.ModeRealAsFloat)
for _, t := range table {
_, _, err := parser.Parse(t.src, "", "")
comment := Commentf("source %v", t.src)
if !t.ok {
c.Assert(err, NotNil, comment)
continue
}
c.Assert(err, IsNil, comment)
// restore correctness test
if t.ok {
s.RunRestoreTestInRealAsFloatMode(c, t.src, t.restore)
}
}
}
func (s *testParserSuite) RunRestoreTestInRealAsFloatMode(c *C, sourceSQLs, expectSQLs string) {
var sb strings.Builder
parser := parser.New()
parser.EnableWindowFunc(s.enableWindowFunc)
parser.SetSQLMode(mysql.ModeRealAsFloat)
comment := Commentf("source %v", sourceSQLs)
stmts, _, err := parser.Parse(sourceSQLs, "", "")
c.Assert(err, IsNil, comment)
restoreSQLs := ""
for _, stmt := range stmts {
sb.Reset()
err = stmt.Restore(NewRestoreCtx(DefaultRestoreFlags, &sb))
c.Assert(err, IsNil, comment)
restoreSQL := sb.String()
comment = Commentf("source %v; restore %v", sourceSQLs, restoreSQL)
restoreStmt, err := parser.ParseOneStmt(restoreSQL, "", "")
c.Assert(err, IsNil, comment)
CleanNodeText(stmt)
CleanNodeText(restoreStmt)
c.Assert(restoreStmt, DeepEquals, stmt, comment)
if restoreSQLs != "" {
restoreSQLs += "; "
}
restoreSQLs += restoreSQL
}
comment = Commentf("restore %v; expect %v", restoreSQLs, expectSQLs)
c.Assert(restoreSQLs, Equals, expectSQLs, comment)
}
func (s *testParserSuite) RunErrMsgTest(c *C, table []testErrMsgCase) {
parser := parser.New()
for _, t := range table {
_, _, err := parser.Parse(t.src, "", "")
comment := Commentf("source %v", t.src)
if t.err != nil {
c.Assert(terror.ErrorEqual(err, t.err), IsTrue, comment)
} else {
c.Assert(err, IsNil, comment)
}
}
}
func (s *testParserSuite) TestDMLStmt(c *C) {
table := []testCase{
{"", true, ""},
{";", true, ""},
{"INSERT INTO foo VALUES (1234)", true, "INSERT INTO `foo` VALUES (1234)"},
{"INSERT INTO foo VALUES (1234, 5678)", true, "INSERT INTO `foo` VALUES (1234,5678)"},
{"INSERT INTO t1 (SELECT * FROM t2)", true, "INSERT INTO `t1` (SELECT * FROM `t2`)"},
{"INSERT INTO t partition (p0) values(1234)", true, "INSERT INTO `t` PARTITION(`p0`) VALUES (1234)"},
{"REPLACE INTO t partition (p0) values(1234)", true, "REPLACE INTO `t` PARTITION(`p0`) VALUES (1234)"},
{"INSERT INTO t partition (p0, p1, p2) values(1234)", true, "INSERT INTO `t` PARTITION(`p0`, `p1`, `p2`) VALUES (1234)"},
{"REPLACE INTO t partition (p0, p1, p2) values(1234)", true, "REPLACE INTO `t` PARTITION(`p0`, `p1`, `p2`) VALUES (1234)"},
// 15
{"INSERT INTO foo VALUES (1 || 2)", true, "INSERT INTO `foo` VALUES (1 OR 2)"},
{"INSERT INTO foo VALUES (1 | 2)", true, "INSERT INTO `foo` VALUES (1|2)"},
{"INSERT INTO foo VALUES (false || true)", true, "INSERT INTO `foo` VALUES (FALSE OR TRUE)"},
{"INSERT INTO foo VALUES (bar(5678))", true, "INSERT INTO `foo` VALUES (BAR(5678))"},
// 20
{"INSERT INTO foo VALUES ()", true, "INSERT INTO `foo` VALUES ()"},
{"SELECT * FROM t", true, "SELECT * FROM `t`"},
{"SELECT * FROM t AS u", true, "SELECT * FROM `t` AS `u`"},
// 25
{"SELECT * FROM t, v", true, "SELECT * FROM (`t`) JOIN `v`"},
{"SELECT * FROM t AS u, v", true, "SELECT * FROM (`t` AS `u`) JOIN `v`"},
{"SELECT * FROM t, v AS w", true, "SELECT * FROM (`t`) JOIN `v` AS `w`"},
{"SELECT * FROM t AS u, v AS w", true, "SELECT * FROM (`t` AS `u`) JOIN `v` AS `w`"},
{"SELECT * FROM foo, bar, foo", true, "SELECT * FROM ((`foo`) JOIN `bar`) JOIN `foo`"},
// 30
{"SELECT DISTINCTS * FROM t", false, ""},
{"SELECT DISTINCT * FROM t", true, "SELECT DISTINCT * FROM `t`"},
{"SELECT DISTINCTROW * FROM t", true, "SELECT DISTINCT * FROM `t`"},
{"SELECT ALL * FROM t", true, "SELECT ALL * FROM `t`"},
{"SELECT DISTINCT ALL * FROM t", false, ""},
{"SELECT DISTINCTROW ALL * FROM t", false, ""},
{"INSERT INTO foo (a) VALUES (42)", true, "INSERT INTO `foo` (`a`) VALUES (42)"},
{"INSERT INTO foo (a,) VALUES (42,)", false, ""},
// 35
{"INSERT INTO foo (a,b) VALUES (42,314)", true, "INSERT INTO `foo` (`a`,`b`) VALUES (42,314)"},
{"INSERT INTO foo (a,b,) VALUES (42,314)", false, ""},
{"INSERT INTO foo (a,b,) VALUES (42,314,)", false, ""},
{"INSERT INTO foo () VALUES ()", true, "INSERT INTO `foo` () VALUES ()"},
{"INSERT INTO foo VALUE ()", true, "INSERT INTO `foo` VALUES ()"},
// for issue 2402
{"INSERT INTO tt VALUES (01000001783);", true, "INSERT INTO `tt` VALUES (1000001783)"},
{"INSERT INTO tt VALUES (default);", true, "INSERT INTO `tt` VALUES (DEFAULT)"},
{"REPLACE INTO foo VALUES (1 || 2)", true, "REPLACE INTO `foo` VALUES (1 OR 2)"},
{"REPLACE INTO foo VALUES (1 | 2)", true, "REPLACE INTO `foo` VALUES (1|2)"},
{"REPLACE INTO foo VALUES (false || true)", true, "REPLACE INTO `foo` VALUES (FALSE OR TRUE)"},
{"REPLACE INTO foo VALUES (bar(5678))", true, "REPLACE INTO `foo` VALUES (BAR(5678))"},
{"REPLACE INTO foo VALUES ()", true, "REPLACE INTO `foo` VALUES ()"},
{"REPLACE INTO foo (a,b) VALUES (42,314)", true, "REPLACE INTO `foo` (`a`,`b`) VALUES (42,314)"},
{"REPLACE INTO foo (a,b,) VALUES (42,314)", false, ""},
{"REPLACE INTO foo (a,b,) VALUES (42,314,)", false, ""},
{"REPLACE INTO foo () VALUES ()", true, "REPLACE INTO `foo` () VALUES ()"},
{"REPLACE INTO foo VALUE ()", true, "REPLACE INTO `foo` VALUES ()"},
// 40
{`SELECT stuff.id
FROM stuff
WHERE stuff.value >= ALL (SELECT stuff.value
FROM stuff)`, true, "SELECT `stuff`.`id` FROM `stuff` WHERE `stuff`.`value`>=ALL (SELECT `stuff`.`value` FROM `stuff`)"},
{"BEGIN", true, "START TRANSACTION"},
{"START TRANSACTION", true, "START TRANSACTION"},
// 45
{"COMMIT", true, "COMMIT"},
{"COMMIT AND NO CHAIN", true, "COMMIT"},
{"COMMIT NO RELEASE", true, "COMMIT"},
{"COMMIT AND NO CHAIN NO RELEASE", true, "COMMIT"},
{"COMMIT AND NO CHAIN RELEASE", true, "COMMIT RELEASE"},
{"COMMIT AND CHAIN NO RELEASE", true, "COMMIT AND CHAIN"},
{"COMMIT AND CHAIN RELEASE", false, ""},
{"ROLLBACK", true, "ROLLBACK"},
{"ROLLBACK AND NO CHAIN", true, "ROLLBACK"},
{"ROLLBACK NO RELEASE", true, "ROLLBACK"},
{"ROLLBACK AND NO CHAIN NO RELEASE", true, "ROLLBACK"},
{"ROLLBACK AND NO CHAIN RELEASE", true, "ROLLBACK RELEASE"},
{"ROLLBACK AND CHAIN NO RELEASE", true, "ROLLBACK AND CHAIN"},
{"ROLLBACK AND CHAIN RELEASE", false, ""},
{`BEGIN;
INSERT INTO foo VALUES (42, 3.14);
INSERT INTO foo VALUES (-1, 2.78);
COMMIT;`, true, "START TRANSACTION; INSERT INTO `foo` VALUES (42,3.14); INSERT INTO `foo` VALUES (-1,2.78); COMMIT"},
{`BEGIN;
INSERT INTO tmp SELECT * from bar;
SELECT * from tmp;
ROLLBACK;`, true, "START TRANSACTION; INSERT INTO `tmp` SELECT * FROM `bar`; SELECT * FROM `tmp`; ROLLBACK"},
// table statement
{"TABLE t", true, "TABLE `t`"},
{"(TABLE t)", true, "(TABLE `t`)"},
{"TABLE t1, t2", false, ""},
{"TABLE t ORDER BY b", true, "TABLE `t` ORDER BY `b`"},
{"TABLE t LIMIT 3", true, "TABLE `t` LIMIT 3"},
{"TABLE t ORDER BY b LIMIT 3", true, "TABLE `t` ORDER BY `b` LIMIT 3"},
{"TABLE t ORDER BY b LIMIT 3 OFFSET 2", true, "TABLE `t` ORDER BY `b` LIMIT 2,3"},
{"TABLE t ORDER BY b LIMIT 2,3", true, "TABLE `t` ORDER BY `b` LIMIT 2,3"},
{"INSERT INTO ta TABLE tb", true, "INSERT INTO `ta` TABLE `tb`"},
{"INSERT INTO t.a TABLE t.b", true, "INSERT INTO `t`.`a` TABLE `t`.`b`"},
{"REPLACE INTO ta TABLE tb", true, "REPLACE INTO `ta` TABLE `tb`"},
{"REPLACE INTO t.a TABLE t.b", true, "REPLACE INTO `t`.`a` TABLE `t`.`b`"},
{"TABLE t1 INTO OUTFILE 'a.txt'", true, "TABLE `t1` INTO OUTFILE 'a.txt'"},
{"TABLE t ORDER BY a INTO OUTFILE '/tmp/abc'", true, "TABLE `t` ORDER BY `a` INTO OUTFILE '/tmp/abc'"},
{"CREATE TABLE t.a TABLE t.b", true, "CREATE TABLE `t`.`a` AS TABLE `t`.`b`"},
{"CREATE TABLE ta TABLE tb", true, "CREATE TABLE `ta` AS TABLE `tb`"},
{"CREATE TABLE ta (x INT) TABLE tb", true, "CREATE TABLE `ta` (`x` INT) AS TABLE `tb`"},
{"CREATE VIEW v AS TABLE t", true, "CREATE ALGORITHM = UNDEFINED DEFINER = CURRENT_USER SQL SECURITY DEFINER VIEW `v` AS TABLE `t`"},
{"CREATE VIEW v AS (TABLE t)", true, "CREATE ALGORITHM = UNDEFINED DEFINER = CURRENT_USER SQL SECURITY DEFINER VIEW `v` AS (TABLE `t`)"},
{"SELECT * FROM t1 WHERE a IN (TABLE t2)", true, "SELECT * FROM `t1` WHERE `a` IN (TABLE `t2`)"},
// values statement
{"VALUES ROW(1)", true, "VALUES ROW(1)"},
{"VALUES ROW()", true, "VALUES ROW()"},
{"VALUES ROW(1, default)", true, "VALUES ROW(1,DEFAULT)"},
{"VALUES ROW(1), ROW(2,3)", true, "VALUES ROW(1), ROW(2,3)"},
{"VALUES (1,2)", false, ""},
{"VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8)", true, "VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8)"},
{"VALUES ROW(1,s,3.1), ROW(5,y,9.9)", true, "VALUES ROW(1,`s`,3.1), ROW(5,`y`,9.9)"},
{"VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8) LIMIT 3", true, "VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8) LIMIT 3"},
{"VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8) ORDER BY a", true, "VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8) ORDER BY `a`"},
{"VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8) ORDER BY a LIMIT 2", true, "VALUES ROW(1,-2,3), ROW(5,7,9), ROW(4,6,8) ORDER BY `a` LIMIT 2"},
{"VALUES ROW(1,-2,3), ROW(5,7,9) INTO OUTFILE 'a.txt'", true, "VALUES ROW(1,-2,3), ROW(5,7,9) INTO OUTFILE 'a.txt'"},
{"VALUES ROW(1,-2,3), ROW(5,7,9) ORDER BY a INTO OUTFILE '/tmp/abc'", true, "VALUES ROW(1,-2,3), ROW(5,7,9) ORDER BY `a` INTO OUTFILE '/tmp/abc'"},
{"CREATE TABLE ta VALUES ROW(1)", true, "CREATE TABLE `ta` AS VALUES ROW(1)"},
{"CREATE TABLE ta AS VALUES ROW(1)", true, "CREATE TABLE `ta` AS VALUES ROW(1)"},
{"CREATE VIEW a AS VALUES ROW(1)", true, "CREATE ALGORITHM = UNDEFINED DEFINER = CURRENT_USER SQL SECURITY DEFINER VIEW `a` AS VALUES ROW(1)"},
// qualified select
{"SELECT a.b.c FROM t", true, "SELECT `a`.`b`.`c` FROM `t`"},
{"SELECT a.b.*.c FROM t", false, ""},
{"SELECT a.b.* FROM t", true, "SELECT `a`.`b`.* FROM `t`"},
{"SELECT a FROM t", true, "SELECT `a` FROM `t`"},
{"SELECT a.b.c.d FROM t", false, ""},
// do statement
{"DO 1", true, "DO 1"},
{"DO 1, sleep(1)", true, "DO 1, SLEEP(1)"},
{"DO 1 from t", false, ""},
// load data
{"load data local infile '/tmp/t.csv' into table t1 fields terminated by ',' optionally enclosed by '\"' ignore 1 lines", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t1` FIELDS TERMINATED BY ',' OPTIONALLY ENCLOSED BY '\"' IGNORE 1 LINES"},
{"load data infile '/tmp/t.csv' into table t", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t`"},
{"load data infile '/tmp/t.csv' into table t character set utf8", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t`"},
{"load data infile '/tmp/t.csv' into table t fields terminated by 'ab'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` FIELDS TERMINATED BY 'ab'"},
{"load data infile '/tmp/t.csv' into table t columns terminated by 'ab'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` FIELDS TERMINATED BY 'ab'"},
{"load data infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b'"},
{"load data infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' escaped by '*'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '*'"},
{"load data infile '/tmp/t.csv' into table t lines starting by 'ab'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` LINES STARTING BY 'ab'"},
{"load data infile '/tmp/t.csv' into table t lines starting by 'ab' terminated by 'xy'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` LINES STARTING BY 'ab' TERMINATED BY 'xy'"},
{"load data infile '/tmp/t.csv' into table t fields terminated by 'ab' lines terminated by 'xy'", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` FIELDS TERMINATED BY 'ab' LINES TERMINATED BY 'xy'"},
{"load data infile '/tmp/t.csv' into table t terminated by 'xy' fields terminated by 'ab'", false, ""},
{"load data local infile '/tmp/t.csv' into table t", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t`"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab'"},
{"load data local infile '/tmp/t.csv' into table t columns terminated by 'ab'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab'"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b'"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' escaped by '*'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '*'"},
{"load data local infile '/tmp/t.csv' into table t character set utf8 fields terminated by 'ab' enclosed by 'b' escaped by '*'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '*'"},
{"load data local infile '/tmp/t.csv' into table t lines starting by 'ab'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` LINES STARTING BY 'ab'"},
{"load data local infile '/tmp/t.csv' into table t lines starting by 'ab' terminated by 'xy'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` LINES STARTING BY 'ab' TERMINATED BY 'xy'"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' lines terminated by 'xy'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' LINES TERMINATED BY 'xy'"},
{"load data local infile '/tmp/t.csv' into table t terminated by 'xy' fields terminated by 'ab'", false, ""},
{"load data infile '/tmp/t.csv' into table t (a,b)", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t` (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t columns terminated by 'ab' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' escaped by '*' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '*' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t character set utf8 fields terminated by 'ab' enclosed by 'b' escaped by '*' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '*' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t lines starting by 'ab' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` LINES STARTING BY 'ab' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t lines starting by 'ab' terminated by 'xy' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` LINES STARTING BY 'ab' TERMINATED BY 'xy' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t character set utf8 fields terminated by 'ab' lines terminated by 'xy' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' LINES TERMINATED BY 'xy' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' lines terminated by 'xy' (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' LINES TERMINATED BY 'xy' (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t (a,b) fields terminated by 'ab'", false, ""},
{"load data local infile '/tmp/t.csv' into table t ignore 1 lines", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` IGNORE 1 LINES"},
{"load data local infile '/tmp/t.csv' into table t ignore -1 lines", false, ""},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' (a,b) ignore 1 lines", false, ""},
{"load data local infile '/tmp/t.csv' into table t lines starting by 'ab' terminated by 'xy' ignore 1 lines", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` LINES STARTING BY 'ab' TERMINATED BY 'xy' IGNORE 1 LINES"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' escaped by '*' ignore 1 lines (a,b)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '*' IGNORE 1 LINES (`a`,`b`)"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' escaped by ''", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY ''"},
{"load data local infile '~/1.csv' into table `t_ascii` fields terminated by X'6B6B';", true, "LOAD DATA LOCAL INFILE '~/1.csv' IGNORE INTO TABLE `t_ascii` FIELDS TERMINATED BY 'kk'"},
{"load data local infile '~/1.csv' into table `t_ascii` fields terminated by X'6B6B' enclosed by X'0D';", true, "LOAD DATA LOCAL INFILE '~/1.csv' IGNORE INTO TABLE `t_ascii` FIELDS TERMINATED BY 'kk' ENCLOSED BY '\r'"},
{"load data local infile '~/1.csv' into table `t_ascii` fields terminated by X'6B6B' enclosed by X'0D0D';", false, ""},
{"load data local infile '~/1.csv' into table `t_ascii` fields terminated by B'110101101101011';", true, "LOAD DATA LOCAL INFILE '~/1.csv' IGNORE INTO TABLE `t_ascii` FIELDS TERMINATED BY 'kk'"},
{"load data local infile '~/1.csv' into table `t_ascii` fields terminated by B'110101101101011' enclosed by B'1101';", true, "LOAD DATA LOCAL INFILE '~/1.csv' IGNORE INTO TABLE `t_ascii` FIELDS TERMINATED BY 'kk' ENCLOSED BY '\r'"},
{"load data local infile '~/1.csv' into table `t_ascii` fields terminated by B'110101101101011' enclosed by B'110100001101';", false, ""},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' enclosed by 'b' enclosed by 'b'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b'"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' escaped by '' enclosed by 'b'", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY ''"},
{"load data local infile '/tmp/t.csv' into table t fields terminated by 'ab' escaped by '' enclosed by 'b' SET b = CAST(CONV(MID(@var1, 3, LENGTH(@var1)-3), 2, 10) AS UNSIGNED)", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t` FIELDS TERMINATED BY 'ab' ENCLOSED BY 'b' ESCAPED BY '' SET `b`=CAST(CONV(MID(@`var1`, 3, LENGTH(@`var1`)-3), 2, 10) AS UNSIGNED)"},
{"LOAD DATA INFILE 'file.txt' INTO TABLE t1 (column1, @dummy, column2, @dummy, column3)", true, "LOAD DATA INFILE 'file.txt' INTO TABLE `t1` (`column1`,@`dummy`,`column2`,@`dummy`,`column3`)"},
{"LOAD DATA INFILE 'file.txt' INTO TABLE t1 (column1, @var1) SET column2 = @var1/100", true, "LOAD DATA INFILE 'file.txt' INTO TABLE `t1` (`column1`,@`var1`) SET `column2`=@`var1`/100"},
{"LOAD DATA INFILE 'file.txt' INTO TABLE t1 (column1, @var1, @var2) SET column2 = @var1/100, column3 = DEFAULT, column4=CURRENT_TIMESTAMP, column5=@var2+1", true, "LOAD DATA INFILE 'file.txt' INTO TABLE `t1` (`column1`,@`var1`,@`var2`) SET `column2`=@`var1`/100, `column3`=DEFAULT, `column4`=CURRENT_TIMESTAMP(), `column5`=@`var2`+1"},
{"LOAD DATA INFILE '/tmp/t.csv' INTO TABLE t1 FIELDS TERMINATED BY ',' LINES TERMINATED BY '\n';", true, "LOAD DATA INFILE '/tmp/t.csv' INTO TABLE `t1` FIELDS TERMINATED BY ','"},
{"LOAD DATA LOCAL INFILE '/tmp/t.csv' INTO TABLE t1 FIELDS TERMINATED BY ',' LINES TERMINATED BY '\n';", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t1` FIELDS TERMINATED BY ','"},
{"LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE t1 FIELDS TERMINATED BY ',' LINES TERMINATED BY '\n';", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' IGNORE INTO TABLE `t1` FIELDS TERMINATED BY ','"},
{"LOAD DATA LOCAL INFILE '/tmp/t.csv' REPLACE INTO TABLE t1 FIELDS TERMINATED BY ',' LINES TERMINATED BY '\n';", true, "LOAD DATA LOCAL INFILE '/tmp/t.csv' REPLACE INTO TABLE `t1` FIELDS TERMINATED BY ','"},
// select for update/share
{"select * from t for update", true, "SELECT * FROM `t` FOR UPDATE"},
{"select * from t for share", true, "SELECT * FROM `t` FOR SHARE"},
{"select * from t for update nowait", true, "SELECT * FROM `t` FOR UPDATE NOWAIT"},
{"select * from t for update wait 5", true, "SELECT * FROM `t` FOR UPDATE WAIT 5"},
{"select * from t limit 1 for update wait 11", true, "SELECT * FROM `t` LIMIT 1 FOR UPDATE WAIT 11"},
{"select * from t for share nowait", true, "SELECT * FROM `t` FOR SHARE NOWAIT"},
{"select * from t for update skip locked", true, "SELECT * FROM `t` FOR UPDATE SKIP LOCKED"},
{"select * from t for share skip locked", true, "SELECT * FROM `t` FOR SHARE SKIP LOCKED"},
{"select * from t lock in share mode", true, "SELECT * FROM `t` FOR SHARE"},
{"select * from t lock in share mode nowait", false, ""},
{"select * from t lock in share mode skip locked", false, ""},
// select into outfile
{"select a, b from t into outfile '/tmp/result.txt'", true, "SELECT `a`,`b` FROM `t` INTO OUTFILE '/tmp/result.txt'"},
{"select a from t order by a into outfile '/tmp/abc'", true, "SELECT `a` FROM `t` ORDER BY `a` INTO OUTFILE '/tmp/abc'"},
{"select 1 into outfile '/tmp/1.csv'", true, "SELECT 1 INTO OUTFILE '/tmp/1.csv'"},
{"select 1 for update into outfile '/tmp/1.csv'", true, "SELECT 1 FOR UPDATE INTO OUTFILE '/tmp/1.csv'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ','", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ','"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ',' enclosed BY '\"'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ',' ENCLOSED BY '\"'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ',' optionally enclosed BY '\"'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ',' OPTIONALLY ENCLOSED BY '\"'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' lines terminated BY '\n'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ',' optionally enclosed BY '\"' lines terminated BY '\r'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ',' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\r'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ',' enclosed BY '\"' lines terminated BY '\r'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ',' ENCLOSED BY '\"' LINES TERMINATED BY '\r'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ',' optionally enclosed BY '\"' lines starting by 'xy' terminated BY '\r'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ',' OPTIONALLY ENCLOSED BY '\"' LINES STARTING BY 'xy' TERMINATED BY '\r'"},
{"select a,b,a+b from t into outfile '/tmp/result.txt' fields terminated BY ',' enclosed BY '\"' lines starting by 'xy' terminated BY '\r'", true, "SELECT `a`,`b`,`a`+`b` FROM `t` INTO OUTFILE '/tmp/result.txt' FIELDS TERMINATED BY ',' ENCLOSED BY '\"' LINES STARTING BY 'xy' TERMINATED BY '\r'"},
// from join
{"SELECT * from t1, t2, t3", true, "SELECT * FROM ((`t1`) JOIN `t2`) JOIN `t3`"},
{"select * from t1 join t2 left join t3 on t2.id = t3.id", true, "SELECT * FROM (`t1` JOIN `t2`) LEFT JOIN `t3` ON `t2`.`id`=`t3`.`id`"},
{"select * from t1 right join t2 on t1.id = t2.id left join t3 on t3.id = t2.id", true, "SELECT * FROM (`t1` RIGHT JOIN `t2` ON `t1`.`id`=`t2`.`id`) LEFT JOIN `t3` ON `t3`.`id`=`t2`.`id`"},
{"select * from t1 right join t2 on t1.id = t2.id left join t3", false, ""},
{"select * from t1 join t2 left join t3 using (id)", true, "SELECT * FROM (`t1` JOIN `t2`) LEFT JOIN `t3` USING (`id`)"},
{"select * from t1 right join t2 using (id) left join t3 using (id)", true, "SELECT * FROM (`t1` RIGHT JOIN `t2` USING (`id`)) LEFT JOIN `t3` USING (`id`)"},
{"select * from t1 right join t2 using (id) left join t3", false, ""},
{"select * from t1 natural join t2", true, "SELECT * FROM `t1` NATURAL JOIN `t2`"},
{"select * from t1 natural right join t2", true, "SELECT * FROM `t1` NATURAL RIGHT JOIN `t2`"},
{"select * from t1 natural left outer join t2", true, "SELECT * FROM `t1` NATURAL LEFT JOIN `t2`"},
{"select * from t1 natural inner join t2", false, ""},
{"select * from t1 natural cross join t2", false, ""},
{"select * from t3 join t1 join t2 on t1.a=t2.a on t3.b=t2.b", true, "SELECT * FROM `t3` JOIN (`t1` JOIN `t2` ON `t1`.`a`=`t2`.`a`) ON `t3`.`b`=`t2`.`b`"},
// for straight_join
{"select * from t1 straight_join t2 on t1.id = t2.id", true, "SELECT * FROM `t1` STRAIGHT_JOIN `t2` ON `t1`.`id`=`t2`.`id`"},
{"select straight_join * from t1 join t2 on t1.id = t2.id", true, "SELECT STRAIGHT_JOIN * FROM `t1` JOIN `t2` ON `t1`.`id`=`t2`.`id`"},
{"select straight_join * from t1 left join t2 on t1.id = t2.id", true, "SELECT STRAIGHT_JOIN * FROM `t1` LEFT JOIN `t2` ON `t1`.`id`=`t2`.`id`"},
{"select straight_join * from t1 right join t2 on t1.id = t2.id", true, "SELECT STRAIGHT_JOIN * FROM `t1` RIGHT JOIN `t2` ON `t1`.`id`=`t2`.`id`"},
{"select straight_join * from t1 straight_join t2 on t1.id = t2.id", true, "SELECT STRAIGHT_JOIN * FROM `t1` STRAIGHT_JOIN `t2` ON `t1`.`id`=`t2`.`id`"},
// delete statement
// single table syntax
{"DELETE from t1", true, "DELETE FROM `t1`"},
{"DELETE from t1.*", false, ""},
{"DELETE LOW_priORITY from t1", true, "DELETE LOW_PRIORITY FROM `t1`"},
{"DELETE quick from t1", true, "DELETE QUICK FROM `t1`"},
{"DELETE ignore from t1", true, "DELETE IGNORE FROM `t1`"},
{"DELETE low_priority quick ignore from t1", true, "DELETE LOW_PRIORITY QUICK IGNORE FROM `t1`"},
{"DELETE FROM t1 WHERE t1.a > 0 ORDER BY t1.a", true, "DELETE FROM `t1` WHERE `t1`.`a`>0 ORDER BY `t1`.`a`"},
{"delete from t1 where a=26", true, "DELETE FROM `t1` WHERE `a`=26"},
{"DELETE from t1 where a=1 limit 1", true, "DELETE FROM `t1` WHERE `a`=1 LIMIT 1"},
{"DELETE FROM t1 WHERE t1.a > 0 ORDER BY t1.a LIMIT 1", true, "DELETE FROM `t1` WHERE `t1`.`a`>0 ORDER BY `t1`.`a` LIMIT 1"},
{"DELETE FROM x.y z WHERE z.a > 0", true, "DELETE FROM `x`.`y` AS `z` WHERE `z`.`a`>0"},
{"DELETE FROM t1 AS w WHERE a > 0", true, "DELETE FROM `t1` AS `w` WHERE `a`>0"},
{"DELETE from t1 partition (p0,p1)", true, "DELETE FROM `t1` PARTITION(`p0`, `p1`)"},
// multi table syntax: before from
{"delete low_priority t1, t2 from t1, t2", true, "DELETE LOW_PRIORITY `t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete quick t1, t2 from t1, t2", true, "DELETE QUICK `t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete ignore t1, t2 from t1, t2", true, "DELETE IGNORE `t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete ignore t1, t2 from t1 partition (p0,p1), t2", true, "DELETE IGNORE `t1`,`t2` FROM (`t1` PARTITION(`p0`, `p1`)) JOIN `t2`"},
{"delete low_priority quick ignore t1, t2 from t1, t2 where t1.a > 5", true, "DELETE LOW_PRIORITY QUICK IGNORE `t1`,`t2` FROM (`t1`) JOIN `t2` WHERE `t1`.`a`>5"},
{"delete t1, t2 from t1, t2", true, "DELETE `t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete t1, t2 from t1, t2 where t1.a = 1 and t2.b <> 1", true, "DELETE `t1`,`t2` FROM (`t1`) JOIN `t2` WHERE `t1`.`a`=1 AND `t2`.`b`!=1"},
{"delete t1 from t1, t2", true, "DELETE `t1` FROM (`t1`) JOIN `t2`"},
{"delete t2 from t1, t2", true, "DELETE `t2` FROM (`t1`) JOIN `t2`"},
{"delete t1 from t1", true, "DELETE `t1` FROM `t1`"},
{"delete t1,t2,t3 from t1, t2, t3", true, "DELETE `t1`,`t2`,`t3` FROM ((`t1`) JOIN `t2`) JOIN `t3`"},
{"delete t1,t2,t3 from t1, t2, t3 where t3.c < 5 and t1.a = 3", true, "DELETE `t1`,`t2`,`t3` FROM ((`t1`) JOIN `t2`) JOIN `t3` WHERE `t3`.`c`<5 AND `t1`.`a`=3"},
{"delete t1 from t1, t1 as t2 where t1.b = t2.b and t1.a > t2.a", true, "DELETE `t1` FROM (`t1`) JOIN `t1` AS `t2` WHERE `t1`.`b`=`t2`.`b` AND `t1`.`a`>`t2`.`a`"},
{"delete t1.*,t2 from t1, t2", true, "DELETE `t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete t.t1.*,t2 from t1, t2", true, "DELETE `t`.`t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete t1.*, t2.* from t1, t2", true, "DELETE `t1`,`t2` FROM (`t1`) JOIN `t2`"},
{"delete t11.*, t12.* from t11, t12 where t11.a = t12.a and t11.b <> 1", true, "DELETE `t11`,`t12` FROM (`t11`) JOIN `t12` WHERE `t11`.`a`=`t12`.`a` AND `t11`.`b`!=1"},
// multi table syntax: with using
{"DELETE quick FROM t1,t2 USING t1,t2", true, "DELETE QUICK FROM `t1`,`t2` USING (`t1`) JOIN `t2`"},
{"DELETE low_priority ignore FROM t1,t2 USING t1,t2", true, "DELETE LOW_PRIORITY IGNORE FROM `t1`,`t2` USING (`t1`) JOIN `t2`"},
{"DELETE low_priority quick ignore FROM t1,t2 USING t1,t2", true, "DELETE LOW_PRIORITY QUICK IGNORE FROM `t1`,`t2` USING (`t1`) JOIN `t2`"},
{"DELETE FROM t1 USING t1 WHERE post='1'", true, "DELETE FROM `t1` USING `t1` WHERE `post`=_UTF8MB4'1'"},
{"DELETE FROM t1,t2 USING t1,t2", true, "DELETE FROM `t1`,`t2` USING (`t1`) JOIN `t2`"},
{"DELETE FROM t1,t2,t3 USING t1,t2,t3 where t3.a = 1", true, "DELETE FROM `t1`,`t2`,`t3` USING ((`t1`) JOIN `t2`) JOIN `t3` WHERE `t3`.`a`=1"},
{"DELETE FROM t2,t3 USING t1,t2,t3 where t1.a = 1", true, "DELETE FROM `t2`,`t3` USING ((`t1`) JOIN `t2`) JOIN `t3` WHERE `t1`.`a`=1"},
{"DELETE FROM t2.*,t3.* USING t1,t2,t3 where t1.a = 1", true, "DELETE FROM `t2`,`t3` USING ((`t1`) JOIN `t2`) JOIN `t3` WHERE `t1`.`a`=1"},
{"DELETE FROM t1,t2.*,t3.* USING t1,t2,t3 where t1.a = 1", true, "DELETE FROM `t1`,`t2`,`t3` USING ((`t1`) JOIN `t2`) JOIN `t3` WHERE `t1`.`a`=1"},
// for delete statement
{"DELETE t1, t2 FROM t1 INNER JOIN t2 INNER JOIN t3 WHERE t1.id=t2.id AND t2.id=t3.id;", true, "DELETE `t1`,`t2` FROM (`t1` JOIN `t2`) JOIN `t3` WHERE `t1`.`id`=`t2`.`id` AND `t2`.`id`=`t3`.`id`"},
{"DELETE FROM t1, t2 USING t1 INNER JOIN t2 INNER JOIN t3 WHERE t1.id=t2.id AND t2.id=t3.id;", true, "DELETE FROM `t1`,`t2` USING (`t1` JOIN `t2`) JOIN `t3` WHERE `t1`.`id`=`t2`.`id` AND `t2`.`id`=`t3`.`id`"},
// for optimizer hint in delete statement
{"DELETE /*+ TiDB_INLJ(t1, t2) */ t1, t2 from t1, t2 where t1.id=t2.id;", true, "DELETE /*+ TIDB_INLJ(`t1`, `t2`)*/ `t1`,`t2` FROM (`t1`) JOIN `t2` WHERE `t1`.`id`=`t2`.`id`"},
{"DELETE /*+ TiDB_HJ(t1, t2) */ t1, t2 from t1, t2 where t1.id=t2.id", true, "DELETE /*+ TIDB_HJ(`t1`, `t2`)*/ `t1`,`t2` FROM (`t1`) JOIN `t2` WHERE `t1`.`id`=`t2`.`id`"},
{"DELETE /*+ TiDB_SMJ(t1, t2) */ t1, t2 from t1, t2 where t1.id=t2.id", true, "DELETE /*+ TIDB_SMJ(`t1`, `t2`)*/ `t1`,`t2` FROM (`t1`) JOIN `t2` WHERE `t1`.`id`=`t2`.`id`"},
// for "USE INDEX" in delete statement
{"DELETE FROM t1 USE INDEX(idx_a) WHERE t1.id=1;", true, "DELETE FROM `t1` USE INDEX (`idx_a`) WHERE `t1`.`id`=1"},
{"DELETE t1, t2 FROM t1 USE INDEX(idx_a) JOIN t2 WHERE t1.id=t2.id;", true, "DELETE `t1`,`t2` FROM `t1` USE INDEX (`idx_a`) JOIN `t2` WHERE `t1`.`id`=`t2`.`id`"},
{"DELETE t1, t2 FROM t1 USE INDEX(idx_a) JOIN t2 USE INDEX(idx_a) WHERE t1.id=t2.id;", true, "DELETE `t1`,`t2` FROM `t1` USE INDEX (`idx_a`) JOIN `t2` USE INDEX (`idx_a`) WHERE `t1`.`id`=`t2`.`id`"},
// for fail case
{"DELETE t1, t2 FROM t1 INNER JOIN t2 INNER JOIN t3 WHERE t1.id=t2.id AND t2.id=t3.id limit 10;", false, ""},
{"DELETE t1, t2 FROM t1 INNER JOIN t2 INNER JOIN t3 WHERE t1.id=t2.id AND t2.id=t3.id order by t1.id;", false, ""},
// for admin
{"admin show ddl;", true, "ADMIN SHOW DDL"},
{"admin show ddl jobs;", true, "ADMIN SHOW DDL JOBS"},
{"admin show ddl jobs where id > 0;", true, "ADMIN SHOW DDL JOBS WHERE `id`>0"},
{"admin show ddl jobs 20 where id=0;", true, "ADMIN SHOW DDL JOBS 20 WHERE `id`=0"},
{"admin show ddl jobs -1;", false, ""},
{"admin show ddl job queries 1", true, "ADMIN SHOW DDL JOB QUERIES 1"},
{"admin show ddl job queries 1, 2, 3, 4", true, "ADMIN SHOW DDL JOB QUERIES 1, 2, 3, 4"},
{"admin show t1 next_row_id", true, "ADMIN SHOW `t1` NEXT_ROW_ID"},
{"admin check table t1, t2;", true, "ADMIN CHECK TABLE `t1`, `t2`"},
{"admin check index tableName idxName;", true, "ADMIN CHECK INDEX `tableName` idxName"},
{"admin check index tableName idxName (1, 2), (4, 5);", true, "ADMIN CHECK INDEX `tableName` idxName (1,2), (4,5)"},
{"admin checksum table t1, t2;", true, "ADMIN CHECKSUM TABLE `t1`, `t2`"},
{"admin cancel ddl jobs 1", true, "ADMIN CANCEL DDL JOBS 1"},
{"admin cancel ddl jobs 1, 2", true, "ADMIN CANCEL DDL JOBS 1, 2"},
{"admin recover index t1 idx_a", true, "ADMIN RECOVER INDEX `t1` idx_a"},
{"admin cleanup index t1 idx_a", true, "ADMIN CLEANUP INDEX `t1` idx_a"},
{"admin show slow top 3", true, "ADMIN SHOW SLOW TOP 3"},
{"admin show slow top internal 7", true, "ADMIN SHOW SLOW TOP INTERNAL 7"},
{"admin show slow top all 9", true, "ADMIN SHOW SLOW TOP ALL 9"},
{"admin show slow recent 11", true, "ADMIN SHOW SLOW RECENT 11"},
{"admin reload expr_pushdown_blacklist", true, "ADMIN RELOAD EXPR_PUSHDOWN_BLACKLIST"},
{"admin plugins disable audit, whitelist", true, "ADMIN PLUGINS DISABLE audit, whitelist"},
{"admin plugins enable audit, whitelist", true, "ADMIN PLUGINS ENABLE audit, whitelist"},
{"admin flush bindings", true, "ADMIN FLUSH BINDINGS"},
{"admin capture bindings", true, "ADMIN CAPTURE BINDINGS"},
{"admin evolve bindings", true, "ADMIN EVOLVE BINDINGS"},
{"admin reload bindings", true, "ADMIN RELOAD BINDINGS"},
{"admin show telemetry", true, "ADMIN SHOW TELEMETRY"},
{"admin reset telemetry_id", true, "ADMIN RESET TELEMETRY_ID"},
// This case would be removed once TiDB PR to remove ADMIN RELOAD STATISTICS is merged.
{"admin reload statistics", true, "ADMIN RELOAD STATS_EXTENDED"},
{"admin reload stats_extended", true, "ADMIN RELOAD STATS_EXTENDED"},
// for on duplicate key update
{"INSERT INTO t (a,b,c) VALUES (1,2,3),(4,5,6) ON DUPLICATE KEY UPDATE c=VALUES(a)+VALUES(b);", true, "INSERT INTO `t` (`a`,`b`,`c`) VALUES (1,2,3),(4,5,6) ON DUPLICATE KEY UPDATE `c`=VALUES(`a`)+VALUES(`b`)"},
{"INSERT IGNORE INTO t (a,b,c) VALUES (1,2,3),(4,5,6) ON DUPLICATE KEY UPDATE c=VALUES(a)+VALUES(b);", true, "INSERT IGNORE INTO `t` (`a`,`b`,`c`) VALUES (1,2,3),(4,5,6) ON DUPLICATE KEY UPDATE `c`=VALUES(`a`)+VALUES(`b`)"},
// for insert ... set
{"INSERT INTO t SET a=1,b=2", true, "INSERT INTO `t` SET `a`=1,`b`=2"},
{"INSERT INTO t (a) SET a=1", false, ""},
// for update statement
{"UPDATE LOW_PRIORITY IGNORE t SET id = id + 1 ORDER BY id DESC;", true, "UPDATE LOW_PRIORITY IGNORE `t` SET `id`=`id`+1 ORDER BY `id` DESC"},
{"UPDATE t SET id = id + 1 ORDER BY id DESC;", true, "UPDATE `t` SET `id`=`id`+1 ORDER BY `id` DESC"},
{"UPDATE t SET id = id + 1 ORDER BY id DESC limit 3 ;", true, "UPDATE `t` SET `id`=`id`+1 ORDER BY `id` DESC LIMIT 3"},
{"UPDATE t SET id = id + 1, name = 'jojo';", true, "UPDATE `t` SET `id`=`id`+1, `name`=_UTF8MB4'jojo'"},
{"UPDATE items,month SET items.price=month.price WHERE items.id=month.id;", true, "UPDATE (`items`) JOIN `month` SET `items`.`price`=`month`.`price` WHERE `items`.`id`=`month`.`id`"},
{"UPDATE user T0 LEFT OUTER JOIN user_profile T1 ON T1.id = T0.profile_id SET T0.profile_id = 1 WHERE T0.profile_id IN (1);", true, "UPDATE `user` AS `T0` LEFT JOIN `user_profile` AS `T1` ON `T1`.`id`=`T0`.`profile_id` SET `T0`.`profile_id`=1 WHERE `T0`.`profile_id` IN (1)"},
{"UPDATE t1, t2 set t1.profile_id = 1, t2.profile_id = 1 where ta.a=t.ba", true, "UPDATE (`t1`) JOIN `t2` SET `t1`.`profile_id`=1, `t2`.`profile_id`=1 WHERE `ta`.`a`=`t`.`ba`"},
// for optimizer hint in update statement
{"UPDATE /*+ TiDB_INLJ(t1, t2) */ t1, t2 set t1.profile_id = 1, t2.profile_id = 1 where ta.a=t.ba", true, "UPDATE /*+ TIDB_INLJ(`t1`, `t2`)*/ (`t1`) JOIN `t2` SET `t1`.`profile_id`=1, `t2`.`profile_id`=1 WHERE `ta`.`a`=`t`.`ba`"},
{"UPDATE /*+ TiDB_SMJ(t1, t2) */ t1, t2 set t1.profile_id = 1, t2.profile_id = 1 where ta.a=t.ba", true, "UPDATE /*+ TIDB_SMJ(`t1`, `t2`)*/ (`t1`) JOIN `t2` SET `t1`.`profile_id`=1, `t2`.`profile_id`=1 WHERE `ta`.`a`=`t`.`ba`"},
{"UPDATE /*+ TiDB_HJ(t1, t2) */ t1, t2 set t1.profile_id = 1, t2.profile_id = 1 where ta.a=t.ba", true, "UPDATE /*+ TIDB_HJ(`t1`, `t2`)*/ (`t1`) JOIN `t2` SET `t1`.`profile_id`=1, `t2`.`profile_id`=1 WHERE `ta`.`a`=`t`.`ba`"},
// fail case for update statement
{"UPDATE items,month SET items.price=month.price WHERE items.id=month.id LIMIT 10;", false, ""},
{"UPDATE items,month SET items.price=month.price WHERE items.id=month.id order by month.id;", false, ""},
// for "USE INDEX" in delete statement
{"UPDATE t1 USE INDEX(idx_a) SET t1.price=3.25 WHERE t1.id=1;", true, "UPDATE `t1` USE INDEX (`idx_a`) SET `t1`.`price`=3.25 WHERE `t1`.`id`=1"},
{"UPDATE t1 USE INDEX(idx_a) JOIN t2 SET t1.price=t2.price WHERE t1.id=t2.id;", true, "UPDATE `t1` USE INDEX (`idx_a`) JOIN `t2` SET `t1`.`price`=`t2`.`price` WHERE `t1`.`id`=`t2`.`id`"},
{"UPDATE t1 USE INDEX(idx_a) JOIN t2 USE INDEX(idx_a) SET t1.price=t2.price WHERE t1.id=t2.id;", true, "UPDATE `t1` USE INDEX (`idx_a`) JOIN `t2` USE INDEX (`idx_a`) SET `t1`.`price`=`t2`.`price` WHERE `t1`.`id`=`t2`.`id`"},
// for select with where clause
{"SELECT * FROM t WHERE 1 = 1", true, "SELECT * FROM `t` WHERE 1=1"},
// for select with FETCH FIRST syntax
{"SELECT * FROM t FETCH FIRST 5 ROW ONLY", true, "SELECT * FROM `t` LIMIT 5"},
{"SELECT * FROM t FETCH NEXT 5 ROW ONLY", true, "SELECT * FROM `t` LIMIT 5"},
{"SELECT * FROM t FETCH FIRST 5 ROWS ONLY", true, "SELECT * FROM `t` LIMIT 5"},
{"SELECT * FROM t FETCH NEXT 5 ROWS ONLY", true, "SELECT * FROM `t` LIMIT 5"},
{"SELECT * FROM t FETCH FIRST ROW ONLY", true, "SELECT * FROM `t` LIMIT 1"},
{"SELECT * FROM t FETCH NEXT ROW ONLY", true, "SELECT * FROM `t` LIMIT 1"},
// for dual
{"select 1 from dual", true, "SELECT 1"},
{"select 1 from dual limit 1", true, "SELECT 1 LIMIT 1"},
{"select 1 where exists (select 2)", true, "SELECT 1 FROM DUAL WHERE EXISTS (SELECT 2)"},
{"select 1 from dual where not exists (select 2)", true, "SELECT 1 FROM DUAL WHERE NOT EXISTS (SELECT 2)"},
{"select 1 as a from dual order by a", true, "SELECT 1 AS `a` ORDER BY `a`"},
{"select 1 as a from dual where 1 < any (select 2) order by a", true, "SELECT 1 AS `a` FROM DUAL WHERE 1<ANY (SELECT 2) ORDER BY `a`"},
{"select 1 order by 1", true, "SELECT 1 ORDER BY 1"},
// for https://github.com/pingcap/tidb/issues/320
{`(select 1);`, true, "(SELECT 1)"},
//https://github.com/pingcap/tidb/issues/14297
{"select 1 where 1=1", true, "SELECT 1 FROM DUAL WHERE 1=1"},
//https://github.com/pingcap/tidb/issues/24496
{"select 1 group by 1", true, "SELECT 1 GROUP BY 1"},
{"select 1 from dual group by 1", true, "SELECT 1 GROUP BY 1"},
// for https://github.com/pingcap/parser/issues/963
{"select min(b) b from (select min(t.b) b from t where t.a = '');", true, "SELECT MIN(`b`) AS `b` FROM (SELECT MIN(`t`.`b`) AS `b` FROM `t` WHERE `t`.`a`=_UTF8MB4'')"},
{"select min(b) b from (select min(t.b) b from t where t.a = '') as t1;", true, "SELECT MIN(`b`) AS `b` FROM (SELECT MIN(`t`.`b`) AS `b` FROM `t` WHERE `t`.`a`=_UTF8MB4'') AS `t1`"},
// for https://github.com/pingcap/tidb/issues/1050
{`SELECT /*!40001 SQL_NO_CACHE */ * FROM test WHERE 1 limit 0, 2000;`, true, "SELECT SQL_NO_CACHE * FROM `test` WHERE 1 LIMIT 0,2000"},
{`ANALYZE TABLE t`, true, "ANALYZE TABLE `t`"},
// for comments
{`/** 20180417 **/ show databases;`, true, "SHOW DATABASES"},
{`/* 20180417 **/ show databases;`, true, "SHOW DATABASES"},
{`/** 20180417 */ show databases;`, true, "SHOW DATABASES"},
{`/** 20180417 ******/ show databases;`, true, "SHOW DATABASES"},
{`/**/show databases;`, true, "SHOW DATABASES"},
{`/*+*/show databases;`, true, "SHOW DATABASES"},
{`select/*+*/1;`, true, "SELECT 1"},
{`/*T*/show databases;`, true, "SHOW DATABASES"},
{`/*M*/show databases;`, true, "SHOW DATABASES"},
{`/*!*/show databases;`, true, "SHOW DATABASES"},
{`/*T!*/show databases;`, true, "SHOW DATABASES"},
{`/*M!*/show databases;`, true, "SHOW DATABASES"},
// for Binlog stmt
{`BINLOG '
BxSFVw8JAAAA8QAAAPUAAAAAAAQANS41LjQ0LU1hcmlhREItbG9nAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAEzgNAAgAEgAEBAQEEgAA2QAEGggAAAAICAgCAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAA5gm5Mg==
'/*!*/;`, true, `BINLOG '
BxSFVw8JAAAA8QAAAPUAAAAAAAQANS41LjQ0LU1hcmlhREItbG9nAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAEzgNAAgAEgAEBAQEEgAA2QAEGggAAAAICAgCAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAA5gm5Mg==
'`},
// for partition table dml
{"select * from t1 partition (p1)", true, "SELECT * FROM `t1` PARTITION(`p1`)"},
{"select * from t1 partition (p1,p2)", true, "SELECT * FROM `t1` PARTITION(`p1`, `p2`)"},
{"select * from t1 partition (`p1`, p2, p3)", true, "SELECT * FROM `t1` PARTITION(`p1`, `p2`, `p3`)"},
{`select * from t1 partition ()`, false, ""},
// for split table index region syntax
{"split table t1 index idx1 by ('a'),('b'),('c')", true, "SPLIT TABLE `t1` INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split table t1 index idx1 by (1)", true, "SPLIT TABLE `t1` INDEX `idx1` BY (1)"},
{"split table t1 index idx1 by ('abc',123), ('xyz'), ('yz', 1000)", true, "SPLIT TABLE `t1` INDEX `idx1` BY (_UTF8MB4'abc',123),(_UTF8MB4'xyz'),(_UTF8MB4'yz',1000)"},
{"split table t1 index idx1 by ", false, ""},
{"split table t1 index idx1 between ('a') and ('z') regions 10", true, "SPLIT TABLE `t1` INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split table t1 index idx1 between ('a',1) and ('z',2) regions 10", true, "SPLIT TABLE `t1` INDEX `idx1` BETWEEN (_UTF8MB4'a',1) AND (_UTF8MB4'z',2) REGIONS 10"},
{"split table t1 index idx1 between () and () regions 10", true, "SPLIT TABLE `t1` INDEX `idx1` BETWEEN () AND () REGIONS 10"},
{"split table t1 index by (1)", false, ""},
{"split region for table t1 index idx1 by ('a'),('b'),('c')", true, "SPLIT REGION FOR TABLE `t1` INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split partition table t1 index idx1 by ('a'),('b'),('c')", true, "SPLIT PARTITION TABLE `t1` INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split region for partition table t1 index idx1 by ('a'),('b'),('c')", true, "SPLIT REGION FOR PARTITION TABLE `t1` INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split region for table t1 index idx1 between ('a') and ('z') regions 10", true, "SPLIT REGION FOR TABLE `t1` INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split partition table t1 index idx1 between ('a') and ('z') regions 10", true, "SPLIT PARTITION TABLE `t1` INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split region for partition table t1 index idx1 between ('a') and ('z') regions 10", true, "SPLIT REGION FOR PARTITION TABLE `t1` INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split region for table t1 partition (p0,p1) index idx1 by ('a'),('b'),('c')", true, "SPLIT REGION FOR TABLE `t1` PARTITION(`p0`, `p1`) INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split partition table t1 partition (p0) index idx1 by ('a'),('b'),('c')", true, "SPLIT PARTITION TABLE `t1` PARTITION(`p0`) INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split region for partition table t1 partition (p0) index idx1 by ('a'),('b'),('c')", true, "SPLIT REGION FOR PARTITION TABLE `t1` PARTITION(`p0`) INDEX `idx1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split region for table t1 partition (p0) index idx1 between ('a') and ('z') regions 10", true, "SPLIT REGION FOR TABLE `t1` PARTITION(`p0`) INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split partition table t1 partition (p0) index idx1 between ('a') and ('z') regions 10", true, "SPLIT PARTITION TABLE `t1` PARTITION(`p0`) INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split region for partition table t1 partition (p0) index idx1 between ('a') and ('z') regions 10", true, "SPLIT REGION FOR PARTITION TABLE `t1` PARTITION(`p0`) INDEX `idx1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
// for split table region.
{"split table t1 by ('a'),('b'),('c')", true, "SPLIT TABLE `t1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split table t1 by (1)", true, "SPLIT TABLE `t1` BY (1)"},
{"split table t1 by ('abc',123), ('xyz'), ('yz', 1000)", true, "SPLIT TABLE `t1` BY (_UTF8MB4'abc',123),(_UTF8MB4'xyz'),(_UTF8MB4'yz',1000)"},
{"split table t1 by ", false, ""},
{"split table t1 between ('a') and ('z') regions 10", true, "SPLIT TABLE `t1` BETWEEN (_UTF8MB4'a') AND (_UTF8MB4'z') REGIONS 10"},
{"split table t1 between ('a',1) and ('z',2) regions 10", true, "SPLIT TABLE `t1` BETWEEN (_UTF8MB4'a',1) AND (_UTF8MB4'z',2) REGIONS 10"},
{"split table t1 between () and () regions 10", true, "SPLIT TABLE `t1` BETWEEN () AND () REGIONS 10"},
{"split region for table t1 by ('a'),('b'),('c')", true, "SPLIT REGION FOR TABLE `t1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split partition table t1 by ('a'),('b'),('c')", true, "SPLIT PARTITION TABLE `t1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split region for partition table t1 by ('a'),('b'),('c')", true, "SPLIT REGION FOR PARTITION TABLE `t1` BY (_UTF8MB4'a'),(_UTF8MB4'b'),(_UTF8MB4'c')"},
{"split region for table t1 between (1) and (1000) regions 10", true, "SPLIT REGION FOR TABLE `t1` BETWEEN (1) AND (1000) REGIONS 10"},
{"split partition table t1 between (1) and (1000) regions 10", true, "SPLIT PARTITION TABLE `t1` BETWEEN (1) AND (1000) REGIONS 10"},
{"split region for partition table t1 between (1) and (1000) regions 10", true, "SPLIT REGION FOR PARTITION TABLE `t1` BETWEEN (1) AND (1000) REGIONS 10"},
// for show table regions.
{"show table t1 regions", true, "SHOW TABLE `t1` REGIONS"},
{"show table t1 regions where a=1", true, "SHOW TABLE `t1` REGIONS WHERE `a`=1"},
{"show table t1", false, ""},
{"show table t1 index idx1 regions", true, "SHOW TABLE `t1` INDEX `idx1` REGIONS"},
{"show table t1 index idx1 regions where a=2", true, "SHOW TABLE `t1` INDEX `idx1` REGIONS WHERE `a`=2"},
{"show table t1 index idx1", false, ""},
// for show table partition regions.
{"show table t1 partition (p0,p1) regions", true, "SHOW TABLE `t1` PARTITION(`p0`, `p1`) REGIONS"},
{"show table t1 partition (p0) regions where a=1", true, "SHOW TABLE `t1` PARTITION(`p0`) REGIONS WHERE `a`=1"},
{"show table t1 partition", false, ""},
{"show table t1 partition (p0) index idx1 regions", true, "SHOW TABLE `t1` PARTITION(`p0`) INDEX `idx1` REGIONS"},
{"show table t1 partition (p0,p1) index idx1 regions where a=2", true, "SHOW TABLE `t1` PARTITION(`p0`, `p1`) INDEX `idx1` REGIONS WHERE `a`=2"},
{"show table t1 partition index idx1", false, ""},
// for show table next_row_id.
{"show table t1.t1 next_row_id", true, "SHOW TABLE `t1`.`t1` NEXT_ROW_ID"},
{"show table t1 next_row_id", true, "SHOW TABLE `t1` NEXT_ROW_ID"},
{"show table next_row_id", false, ""},
// for transaction mode
{"begin pessimistic", true, "BEGIN PESSIMISTIC"},
{"begin optimistic", true, "BEGIN OPTIMISTIC"},
// for repair table mode.
{"ADMIN REPAIR TABLE t CREATE TABLE t (a int)", true, "ADMIN REPAIR TABLE `t` CREATE TABLE `t` (`a` INT)"},
{"ADMIN REPAIR TABLE t CREATE TABLE t (a char(1))", true, "ADMIN REPAIR TABLE `t` CREATE TABLE `t` (`a` CHAR(1))"},
{"ADMIN REPAIR TABLE t CREATE TABLE t (a char(1), b int)", true, "ADMIN REPAIR TABLE `t` CREATE TABLE `t` (`a` CHAR(1),`b` INT)"},
{"ADMIN REPAIR TABLE t CREATE TABLE t (c1 TIME(2), c2 DATETIME(2), c3 TIMESTAMP(2));", true, "ADMIN REPAIR TABLE `t` CREATE TABLE `t` (`c1` TIME(2),`c2` DATETIME(2),`c3` TIMESTAMP(2))"},
{"ADMIN REPAIR TABLE t CREATE TABLE t (a TINYINT UNSIGNED);", true, "ADMIN REPAIR TABLE `t` CREATE TABLE `t` (`a` TINYINT UNSIGNED)"},
{"ADMIN REPAIR TABLE t CREATE TABLE t (name CHAR(50) CHARACTER SET UTF8)", true, "ADMIN REPAIR TABLE `t` CREATE TABLE `t` (`name` CHAR(50) CHARACTER SET UTF8)"},
// for alter instance.
{"ALTER INSTANCE RELOAD TLS", true, "ALTER INSTANCE RELOAD TLS"},
{"ALTER INSTANCE RELOAD TLS NO ROLLBACK ON ERROR", true, "ALTER INSTANCE RELOAD TLS NO ROLLBACK ON ERROR"},
// for create sequence with signed value especially with Two's Complement Min.
// for issue #17948
{"CREATE SEQUENCE seq INCREMENT - 9223372036854775807", true, "CREATE SEQUENCE `seq` INCREMENT BY -9223372036854775807"},
{"CREATE SEQUENCE seq INCREMENT - 9223372036854775808", true, "CREATE SEQUENCE `seq` INCREMENT BY -9223372036854775808"},
{"CREATE SEQUENCE seq INCREMENT -9223372036854775808", true, "CREATE SEQUENCE `seq` INCREMENT BY -9223372036854775808"},
{"CREATE SEQUENCE seq INCREMENT -9223372036854775809", false, ""},
}