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SET GLOBAL EVENT_SCHEDULER = OFF; SET BINLOG_FORMAT = STATEMENT; CREATE DATABASE db1; USE db1; CREATE TABLE t1 (a INT, KEY a(a)) ENGINE=INNODB; INSERT INTO t1 VALUES (1),(2),(3),(4),(5); CREATE TABLE t3 (a INT) ENGINE=MyISAM; INSERT INTO t3 SELECT * FROM t1; CREATE TABLE trans (a INT) ENGINE=INNODB; CREATE PROCEDURE test_if_commit() BEGIN ROLLBACK; SELECT IF (COUNT(*) > 0, "YES", "NO") AS "IMPLICIT COMMIT" FROM trans; DELETE FROM trans; COMMIT; END| SET AUTOCOMMIT = FALSE; # # SQLCOM_SELECT # INSERT INTO db1.trans (a) VALUES (1); select 1 as res from t1 where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_CREATE_TABLE LIKE # INSERT INTO db1.trans (a) VALUES (1); create table t2 like t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_SHOW_CREATE # INSERT INTO db1.trans (a) VALUES (1); show create table t2; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DROP_TABLE # INSERT INTO db1.trans (a) VALUES (1); drop table t2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CREATE_TABLE TEMPORARY # INSERT INTO db1.trans (a) VALUES (1); create temporary table t2 as select * from t1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DROP_TABLE TEMPORARY # INSERT INTO db1.trans (a) VALUES (1); drop temporary table t2; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_CREATE_TABLE # INSERT INTO db1.trans (a) VALUES (1); create table t2 as select * from t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_UPDATE # INSERT INTO db1.trans (a) VALUES (1); update t2 set a=a+1 where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_INSERT # INSERT INTO db1.trans (a) VALUES (1); insert into t2 set a=((1) in (select * from t1)); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_INSERT_SELECT # INSERT INTO db1.trans (a) VALUES (1); insert into t2 select * from t1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_REPLACE # INSERT INTO db1.trans (a) VALUES (1); replace t2 set a=((1) in (select * from t1)); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_REPLACE_SELECT # INSERT INTO db1.trans (a) VALUES (1); replace t2 select * from t1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DELETE # INSERT INTO db1.trans (a) VALUES (1); delete from t2 where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DELETE_MULTI # INSERT INTO db1.trans (a) VALUES (1); delete t2, t3 from t2, t3 where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_UPDATE_MULTI # select * from t2; a INSERT INTO db1.trans (a) VALUES (1); update t2, t3 set t3.a=t2.a, t2.a=null where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_LOAD # create table t4 (a varchar(100)); INSERT INTO db1.trans (a) VALUES (1); load data infile '../../std_data/words.dat' into table t4; CALL db1.test_if_commit(); IMPLICIT COMMIT NO drop table t4; # # SQLCOM_SHOW_DATABASES # INSERT INTO db1.trans (a) VALUES (1); show databases where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_TABLES # INSERT INTO db1.trans (a) VALUES (1); show tables where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_FIELDS # INSERT INTO db1.trans (a) VALUES (1); show fields from t1 where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_KEYS # INSERT INTO db1.trans (a) VALUES (1); show keys from t1 where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_VARIABLES # INSERT INTO db1.trans (a) VALUES (1); show variables where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_STATUS # INSERT INTO db1.trans (a) VALUES (1); show status where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_ENGINE_MUTEX # INSERT INTO db1.trans (a) VALUES (1); show engine all mutex; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_PROCESSLIST # INSERT INTO db1.trans (a) VALUES (1); show processlist; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_ENGINE_LOGS # INSERT INTO db1.trans (a) VALUES (1); show engine all logs; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_ENGINE_STATUS # INSERT INTO db1.trans (a) VALUES (1); show engine all status; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_CHARSETS # INSERT INTO db1.trans (a) VALUES (1); show charset where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_COLLATIONS # INSERT INTO db1.trans (a) VALUES (1); show collation where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_TABLE_STATUS # INSERT INTO db1.trans (a) VALUES (1); show table status where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_TRIGGERS # INSERT INTO db1.trans (a) VALUES (1); show triggers where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_OPEN_TABLES # INSERT INTO db1.trans (a) VALUES (1); show open tables where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_STATUS_PROC # INSERT INTO db1.trans (a) VALUES (1); show procedure status where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_STATUS_FUNC # INSERT INTO db1.trans (a) VALUES (1); show function status where (1) in (select * from t1); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SET_OPTION # INSERT INTO db1.trans (a) VALUES (1); set @a=((1) in (select * from t1)); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DO # INSERT INTO db1.trans (a) VALUES (1); do ((1) in (select * from t1)); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_CALL # create procedure p1(a int) begin end; INSERT INTO db1.trans (a) VALUES (1); call p1((1) in (select * from t1)); CALL db1.test_if_commit(); IMPLICIT COMMIT NO drop procedure p1; # # SQLCOM_CREATE_VIEW # INSERT INTO db1.trans (a) VALUES (1); create view v1 as select * from t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ALTER_VIEW # INSERT INTO db1.trans (a) VALUES (1); alter view v1 as select 2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_DROP_VIEW # INSERT INTO db1.trans (a) VALUES (1); drop view v1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CREATE_INDEX # INSERT INTO db1.trans (a) VALUES (1); create index idx1 on t1(a); CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_DROP_INDEX # INSERT INTO db1.trans (a) VALUES (1); drop index idx1 on t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ALTER_TABLE # INSERT INTO db1.trans (a) VALUES (1); alter table t1 add column b int; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); alter table t1 change b c int; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); alter table t1 drop column c; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ALTER_TABLE TEMPORARY # create temporary table t4 (a int); INSERT INTO db1.trans (a) VALUES (1); alter table t1 add column b int; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); alter table t1 change b c int; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); alter table t1 drop column c; CALL db1.test_if_commit(); IMPLICIT COMMIT YES drop table t4; # # SQLCOM_TRUNCATE # insert into t2 select * from t1; INSERT INTO db1.trans (a) VALUES (1); truncate table t2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES insert into t2 select * from t1; # # SQLCOM_TRUNCATE TEMPORARY # create temporary table t4 as select * from t1; INSERT INTO db1.trans (a) VALUES (1); truncate table t4; CALL db1.test_if_commit(); IMPLICIT COMMIT YES drop temporary table t4; # # SQLCOM_SHOW_MASTER_STAT # INSERT INTO db1.trans (a) VALUES (1); show master status; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_SLAVE_STAT # INSERT INTO db1.trans (a) VALUES (1); show slave status; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_GRANT # INSERT INTO db1.trans (a) VALUES (1); grant all on test.t1 to mysqltest_2@localhost with grant option; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_REVOKE # INSERT INTO db1.trans (a) VALUES (1); revoke select on test.t1 from mysqltest_2@localhost; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_REVOKE_ALL # INSERT INTO db1.trans (a) VALUES (1); revoke all on test.t1 from mysqltest_2@localhost; CALL db1.test_if_commit(); IMPLICIT COMMIT YES drop user mysqltest_2@localhost; # # SQLCOM_SHOW_GRANTS # INSERT INTO db1.trans (a) VALUES (1); show grants; CALL db1.test_if_commit(); IMPLICIT COMMIT NO INSERT INTO db1.trans (a) VALUES (1); show grants for current_user(); CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_LOCK_TABLES # INSERT INTO db1.trans (a) VALUES (1); lock tables t1 write, trans write; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_UNLOCK_TABLES # INSERT INTO db1.trans (a) VALUES (1); unlock tables; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CREATE_DB # INSERT INTO db1.trans (a) VALUES (1); create database db2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CHANGE_DB # create table db2.t1 (a int); insert into db2.t1 values (1); commit; INSERT INTO db1.trans (a) VALUES (1); use db2; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_CREATE_DB # INSERT INTO db1.trans (a) VALUES (1); show create database db2; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_ALTER_DB # # # SQLCOM_ALTER_DB_UPGRADE # # # SQLCOM_DROP_DB # use db1; INSERT INTO db1.trans (a) VALUES (1); drop database db2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_REPAIR # INSERT INTO db1.trans (a) VALUES (1); repair table t2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); repair table t2 use_frm; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_OPTIMIZE # INSERT INTO db1.trans (a) VALUES (1); optimize table t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CHECK # INSERT INTO db1.trans (a) VALUES (1); check table t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); check table t1 extended; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ASSIGN_TO_KEYCACHE # set global keycache.key_buffer_size=128*1024; INSERT INTO db1.trans (a) VALUES (1); cache index t3 in keycache; CALL db1.test_if_commit(); IMPLICIT COMMIT YES set global keycache.key_buffer_size=0; # # SQLCOM_PRELOAD_KEYS # INSERT INTO db1.trans (a) VALUES (1); load index into cache t3; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_FLUSH # INSERT INTO db1.trans (a) VALUES (1); flush local privileges; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); flush privileges; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_KILL # # # SQLCOM_ANALYZE # INSERT INTO db1.trans (a) VALUES (1); analyze table t1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ROLLBACK # INSERT INTO db1.trans (a) VALUES (1); rollback; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_ROLLBACK_TO_SAVEPOINT # # # SQLCOM_COMMIT # INSERT INTO db1.trans (a) VALUES (1); commit; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_SAVEPOINT # INSERT INTO db1.trans (a) VALUES (1); savepoint sp1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_RELEASE_SAVEPOINT # # # SQLCOM_SLAVE_START # # # SQLCOM_SLAVE_STOP # # # SQLCOM_BEGIN # INSERT INTO db1.trans (a) VALUES (1); begin; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CHANGE_MASTER # # # SQLCOM_RENAME_TABLE # INSERT INTO db1.trans (a) VALUES (1); rename table t3 to t4; CALL db1.test_if_commit(); IMPLICIT COMMIT YES INSERT INTO db1.trans (a) VALUES (1); rename table t4 to t3; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_RESET # INSERT INTO db1.trans (a) VALUES (1); reset query cache; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_PURGE # # # SQLCOM_PURGE_BEFORE # # # SQLCOM_SHOW_BINLOGS # # # SQLCOM_HA_OPEN # INSERT INTO db1.trans (a) VALUES (1); handler t1 open as ha1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_HA_READ # INSERT INTO db1.trans (a) VALUES (1); handler ha1 read a first; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_HA_CLOSE # INSERT INTO db1.trans (a) VALUES (1); handler ha1 close; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_SLAVE_HOSTS # INSERT INTO db1.trans (a) VALUES (1); show slave hosts; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_BINLOG_EVENTS # INSERT INTO db1.trans (a) VALUES (1); show binlog events; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_NEW_MASTER # # # SQLCOM_SHOW_WARNS # INSERT INTO db1.trans (a) VALUES (1); show warnings; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_EMPTY_QUERY # # # SQLCOM_SHOW_ERRORS # INSERT INTO db1.trans (a) VALUES (1); show errors; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_STORAGE_ENGINES # INSERT INTO db1.trans (a) VALUES (1); show engines; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_PRIVILEGES # INSERT INTO db1.trans (a) VALUES (1); show privileges; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_HELP # INSERT INTO db1.trans (a) VALUES (1); help 'foo'; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_CREATE_USER # INSERT INTO db1.trans (a) VALUES (1); create user trxusr1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_RENAME_USER # INSERT INTO db1.trans (a) VALUES (1); rename user 'trxusr1' to 'trxusr2'; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_DROP_USER # INSERT INTO db1.trans (a) VALUES (1); drop user trxusr2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CHECKSUM # INSERT INTO db1.trans (a) VALUES (1); checksum table t1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_CREATE_PROCEDURE # INSERT INTO db1.trans (a) VALUES (1); create procedure p1(a int) begin end; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ALTER_PROCEDURE # INSERT INTO db1.trans (a) VALUES (1); alter procedure p1 comment 'foobar'; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_SHOW_CREATE_PROC # INSERT INTO db1.trans (a) VALUES (1); show create procedure p1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_STATUS_PROC # INSERT INTO db1.trans (a) VALUES (1); show procedure status; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_PROC_CODE # INSERT INTO db1.trans (a) VALUES (1); show procedure code p1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DROP_PROCEDURE # INSERT INTO db1.trans (a) VALUES (1); drop procedure p1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_CREATE_FUNCTION # # # SQLCOM_DROP_FUNCTION # # # SQLCOM_CREATE_SPFUNCTION # INSERT INTO db1.trans (a) VALUES (1); create function f1() returns int return 69; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ALTER_FUNCTION # INSERT INTO db1.trans (a) VALUES (1); alter function f1 comment 'comment'; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_SHOW_CREATE_FUNC # INSERT INTO db1.trans (a) VALUES (1); show create function f1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_STATUS_FUNC # INSERT INTO db1.trans (a) VALUES (1); show function status like '%f%'; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_FUNC_CODE # INSERT INTO db1.trans (a) VALUES (1); show function code f1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_PREPARE # INSERT INTO db1.trans (a) VALUES (1); prepare stmt1 from "insert into t1 values (5)"; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_EXECUTE # INSERT INTO db1.trans (a) VALUES (1); execute stmt1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DEALLOCATE_PREPARE # INSERT INTO db1.trans (a) VALUES (1); deallocate prepare stmt1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_CREATE_TRIGGER # INSERT INTO db1.trans (a) VALUES (1); create trigger trg1 before insert on t1 for each row set @a:=1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_SHOW_CREATE_TRIGGER # INSERT INTO db1.trans (a) VALUES (1); show create trigger trg1; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DROP_TRIGGER # INSERT INTO db1.trans (a) VALUES (1); drop trigger trg1; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_XA_START # # # SQLCOM_XA_END # # # SQLCOM_XA_PREPARE # # # SQLCOM_XA_COMMIT # # # SQLCOM_XA_ROLLBACK # # # SQLCOM_XA_RECOVER # # # SQLCOM_ALTER_TABLESPACE # # # SQLCOM_INSTALL_PLUGIN # # # SQLCOM_SHOW_PLUGINS # # # SQLCOM_UNINSTALL_PLUGIN # # # SQLCOM_BINLOG_BASE64_EVENT # # # SQLCOM_CREATE_SERVER # # # SQLCOM_ALTER_SERVER # # # SQLCOM_DROP_SERVER # # # SQLCOM_CREATE_EVENT # INSERT INTO db1.trans (a) VALUES (1); create event ev1 on schedule every 1 second do insert into t1 values (6); CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_ALTER_EVENT # INSERT INTO db1.trans (a) VALUES (1); alter event ev1 rename to ev2 disable; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_SHOW_CREATE_EVENT # INSERT INTO db1.trans (a) VALUES (1); show create event ev2; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_EVENTS # INSERT INTO db1.trans (a) VALUES (1); show events; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_DROP_EVENT # INSERT INTO db1.trans (a) VALUES (1); drop event ev2; CALL db1.test_if_commit(); IMPLICIT COMMIT YES # # SQLCOM_BACKUP # # # SQLCOM_SHOW_ARCHIVE # # # SQLCOM_RESTORE # # # SQLCOM_BACKUP_TEST # # # SQLCOM_SHOW_PROFILE # INSERT INTO db1.trans (a) VALUES (1); show profile memory; CALL db1.test_if_commit(); IMPLICIT COMMIT NO # # SQLCOM_SHOW_PROFILES # INSERT INTO db1.trans (a) VALUES (1); show profiles; CALL db1.test_if_commit(); IMPLICIT COMMIT NO DROP TABLE t1; DROP TABLE t2; DROP TABLE t3; USE test; DROP DATABASE db1; End of tests