mariadb/mysql-test/suite/innodb/r/instant_alter_index_rename.result
Eugene Kosov e3da362c03 MDEV-19189 ASAN memcpy-param-overlap in fill_alter_inplace_info upon adding indexes
memmove() should be used instead of memcpy() for overlapping memory regions.

Overlapping memory regions itself here are fine, because code simply removes
one element from arbitrary position of an array.
2019-09-23 19:12:24 +03:00

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create function get_index_id(tbl_id int, index_name char(100))
returns int
begin
declare res int;
select index_id into res from information_schema.innodb_sys_indexes where
name=index_name and table_id = tbl_id;
return res;
end|
create table t (
pk int primary key,
a int,
b int,
c int,
unique index a_key (a),
key c_key (c)
) engine=innodb stats_persistent=1;
insert into t values (1, 1, 1, 1);
set @table_id = (select table_id from information_schema.innodb_sys_tables where name='test/t');
set @a_key_id = get_index_id(@table_id, 'a_key');
set @c_key_id = get_index_id(@table_id, 'c_key');
set @primary_id = get_index_id(@table_id, 'primary');
select distinct(index_name) from mysql.innodb_index_stats where table_name = 't';
index_name
PRIMARY
a_key
c_key
alter table t
drop index a_key,
add unique index a_key_strikes_back (a);
select distinct(index_name) from mysql.innodb_index_stats where table_name = 't';
index_name
PRIMARY
a_key_strikes_back
c_key
check table t;
Table Op Msg_type Msg_text
test.t check status OK
select @a_key_id = get_index_id(@table_id, 'a_key_strikes_back'),
@c_key_id = get_index_id(@table_id, 'c_key'),
@primary_id = get_index_id(@table_id, 'primary');
@a_key_id = get_index_id(@table_id, 'a_key_strikes_back') @c_key_id = get_index_id(@table_id, 'c_key') @primary_id = get_index_id(@table_id, 'primary')
1 1 1
set @a_key_strikes_back_id = get_index_id(@table_id, 'a_key_strikes_back');
set @c_key_id = get_index_id(@table_id, 'c_key');
set @primary_id = get_index_id(@table_id, 'primary');
alter table t
drop index a_key_strikes_back,
add unique index a_key_returns (a),
drop primary key,
add primary key (pk),
add unique index b_key (b);
check table t;
Table Op Msg_type Msg_text
test.t check status OK
select @a_key_strikes_back_id = get_index_id(@table_id, 'a_key_returns'),
@c_key_id = get_index_id(@table_id, 'c_key'),
@primary_id = get_index_id(@table_id, 'primary');
@a_key_strikes_back_id = get_index_id(@table_id, 'a_key_returns') @c_key_id = get_index_id(@table_id, 'c_key') @primary_id = get_index_id(@table_id, 'primary')
1 1 1
set @a_key_returns_id = get_index_id(@table_id, 'a_key_returns');
set @b_key_id = get_index_id(@table_id, 'b_key');
set @c_key_id = get_index_id(@table_id, 'c_key');
set @primary_id = get_index_id(@table_id, 'primary');
alter table t
drop key c_key,
add key c_key2 (c);
check table t;
Table Op Msg_type Msg_text
test.t check status OK
select @a_key_returns_id = get_index_id(@table_id, 'a_key_returns'),
@b_key_id = get_index_id(@table_id, 'b_key'),
@c_key_id = get_index_id(@table_id, 'c_key2'),
@primary_id = get_index_id(@table_id, 'primary');
@a_key_returns_id = get_index_id(@table_id, 'a_key_returns') @b_key_id = get_index_id(@table_id, 'b_key') @c_key_id = get_index_id(@table_id, 'c_key2') @primary_id = get_index_id(@table_id, 'primary')
1 1 1 1
drop table t;
drop function get_index_id;
create table errors (
a int,
unique key a_key (a),
b int
) engine=innodb;
alter table errors
drop key a_key,
drop key a_key,
add unique key a_key2 (a);
ERROR 42000: Can't DROP INDEX `a_key`; check that it exists
alter table errors
drop key a_key,
drop key a_key2,
add unique key a_key2 (a);
ERROR 42000: Can't DROP INDEX `a_key2`; check that it exists
alter table errors
add key b_key (b),
drop key b_key,
add key bb_key (b);
ERROR 42000: Can't DROP INDEX `b_key`; check that it exists
alter table errors
drop key a_key,
add key a_key2 (a),
drop key a_key,
add key a_key2 (a);
ERROR 42000: Can't DROP INDEX `a_key`; check that it exists
drop table errors;
create table corrupted (
a int,
key a_key (a)
) engine=innodb;
insert into corrupted values (1);
select * from corrupted;
a
1
SET @save_dbug = @@SESSION.debug_dbug;
SET debug_dbug = '+d,dict_set_index_corrupted';
check table corrupted;
Table Op Msg_type Msg_text
test.corrupted check Warning InnoDB: Index a_key is marked as corrupted
test.corrupted check error Corrupt
SET debug_dbug = @save_dbug;
select * from corrupted;
ERROR HY000: Index corrupted is corrupted
alter table corrupted
drop key a_key,
add key a_key2 (a);
ERROR HY000: Index a_key is corrupted
alter table corrupted
drop key a_key;
select * from corrupted;
a
1
check table corrupted;
Table Op Msg_type Msg_text
test.corrupted check status OK
drop table corrupted;
create table t (
a int,
unique key a_key (a)
) engine=innodb stats_persistent=1;
SET @save_dbug = @@SESSION.debug_dbug;
SET debug_dbug = '+d,ib_rename_index_fail1';
alter table t
drop key a_key,
add unique key a_key2 (a),
algorithm=instant;
ERROR 40001: Deadlock found when trying to get lock; try restarting transaction
SET debug_dbug = @save_dbug;
alter table t
drop key a_key,
add unique key `GEN_CLUST_INDEX` (a),
algorithm=instant;
ERROR 42000: Incorrect index name 'GEN_CLUST_INDEX'
show create table t;
Table Create Table
t CREATE TABLE `t` (
`a` int(11) DEFAULT NULL,
UNIQUE KEY `a_key` (`a`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1 STATS_PERSISTENT=1
drop table t;
create table rename_column_and_index (
a int,
unique index a_key(a)
) engine=innodb;
insert into rename_column_and_index values (1), (3);
alter table rename_column_and_index
change a aa int,
drop key a_key,
add unique key aa_key(aa),
algorithm=instant;
show create table rename_column_and_index;
Table Create Table
rename_column_and_index CREATE TABLE `rename_column_and_index` (
`aa` int(11) DEFAULT NULL,
UNIQUE KEY `aa_key` (`aa`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1
check table rename_column_and_index;
Table Op Msg_type Msg_text
test.rename_column_and_index check status OK
drop table rename_column_and_index;
#
# MDEV-19189: ASAN memcpy-param-overlap in fill_alter_inplace_info upon adding indexes
#
CREATE TABLE t1 (f1 INT, f2 INT, f3 INT);
ALTER TABLE t1 ADD FOREIGN KEY f (f2) REFERENCES xx(f2);
ALTER TABLE t1 ADD FOREIGN KEY (f2) REFERENCES t1(f2), ADD KEY (f3), ADD KEY (f1);
DROP TABLE t1;