source include/master-slave.inc; create table t1 (word char(20) not null); load data infile '../../std_data/words.dat' into table t1; --replace_result $MYSQL_TEST_DIR MYSQL_TEST_DIR eval load data local infile '$MYSQL_TEST_DIR/std_data/words.dat' into table t1; select * from t1 limit 10; # # Test slave with wrong password # save_master_pos; connection slave; sync_with_master; stop slave; connection master; set password for root@"localhost" = password('foo'); connection slave; start slave; connection master; # # Give slave time to do at last one failed connect retry # This one must be short so that the slave will not stop retrying real_sleep 2; set password for root@"localhost" = password(''); # Give slave time to connect (will retry every second) sleep 2; create table t3(n int); insert into t3 values(1),(2); save_master_pos; connection slave; sync_with_master; select * from t3; select sum(length(word)) from t1; connection master; drop table t1,t3; save_master_pos; connection slave; sync_with_master; # Test if the slave SQL thread can be more than 16K behind the slave # I/O thread (> IO_SIZE) connection master; # we'll use table-level locking to delay slave SQL thread create table t1 (n int) engine=myisam; sync_slave_with_master; connection master; reset master; connection slave; stop slave; reset slave; connection master; let $1=5000; # Generate 16K of relay log disable_query_log; while ($1) { eval insert into t1 values($1); dec $1; } enable_query_log; # Try to cause a large relay log lag on the slave by locking t1 connection slave; lock tables t1 read; start slave; #hope this is long enough for I/O thread to fetch over 16K relay log data sleep 3; unlock tables; #test handling of aborted connection in the middle of update connection master; create table t2(id int); insert into t2 values(connection_id()); save_master_pos; connection master1; # Avoid generating result create temporary table t3(n int); insert into t3 select get_lock('crash_lock%20C', 1) from t2; connection master; send update t1 set n = n + get_lock('crash_lock%20C', 2); connection master1; sleep 3; select (@id := id) - id from t2; kill @id; # We don't drop t3 as this is a temporary table drop table t2; connection master; --error 1053,2013 reap; connection slave; # The SQL slave thread should now have stopped because the query was killed on # the master (so it has a non-zero error code in the binlog). wait_for_slave_to_stop; # The following test can't be done because the result of Pos will differ # on different computers # --replace_result $MASTER_MYPORT MASTER_PORT # show slave status; set global sql_slave_skip_counter=1; start slave; select count(*) from t1; connection master1; drop table t1; create table t1 (n int); insert into t1 values(3456); insert into mysql.user (Host, User, Password) VALUES ("10.10.10.%", "blafasel2", password("blafasel2")); select select_priv,user from mysql.user where user = _binary'blafasel2'; update mysql.user set Select_priv = "Y" where User= _binary"blafasel2"; select select_priv,user from mysql.user where user = _binary'blafasel2'; save_master_pos; connection slave; sync_with_master; select n from t1; select select_priv,user from mysql.user where user = _binary'blafasel2'; connection master1; drop table t1; save_master_pos; connection slave; sync_with_master; # End of 4.1 tests