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112 lines
3.4 KiB
Plaintext
112 lines
3.4 KiB
Plaintext
--source include/have_ndb.inc
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--source include/have_binlog_format_row.inc
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--source include/master-slave.inc
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#
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# Currently test only works with ndb since it retrieves "old"
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# binlog positions with cluster_replication.binlog_index and apply_status;
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#
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# create a table with one row
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CREATE TABLE t1 (c1 CHAR(15), c2 CHAR(15), c3 INT, PRIMARY KEY (c3)) ENGINE = NDB ;
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INSERT INTO t1 VALUES ("row1","will go away",1);
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SELECT * FROM t1 ORDER BY c3;
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# sync slave and retrieve epoch
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sync_slave_with_master;
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--replace_column 1 <the_epoch>
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SELECT @the_epoch:=MAX(epoch) FROM cluster_replication.apply_status;
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let $the_epoch= `select @the_epoch` ;
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SELECT * FROM t1 ORDER BY c3;
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# get the master binlog pos from the epoch
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connection master;
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--replace_result $the_epoch <the_epoch>
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--replace_column 1 <the_pos>
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eval SELECT @the_pos:=Position,@the_file:=SUBSTRING_INDEX(FILE, '/', -1)
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FROM cluster_replication.binlog_index WHERE epoch = $the_epoch ;
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let $the_pos= `SELECT @the_pos` ;
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let $the_file= `SELECT @the_file` ;
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# insert some more values
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INSERT INTO t1 VALUES ("row2","will go away",2),("row3","will change",3),("row4","D",4);
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DELETE FROM t1 WHERE c3 = 1;
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UPDATE t1 SET c2="should go away" WHERE c3 = 2;
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UPDATE t1 SET c2="C" WHERE c3 = 3;
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DELETE FROM t1 WHERE c3 = 2;
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SELECT * FROM t1 ORDER BY c3;
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# check that we have it on the slave
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--sync_slave_with_master
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--connection slave
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SELECT * FROM t1 ORDER BY c3;
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--replace_result $MASTER_MYPORT MASTER_PORT
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--replace_column 1 <Slave_IO_State> 7 <Read_Master_Log_Pos> 8 <Relay_Log_File> 9 <Relay_Log_Pos> 16 <Replicate_Ignore_Table> 22 <Exec_Master_Log_Pos> 23 <Relay_Log_Space> 33 <Seconds_Behind_Master>
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SHOW SLAVE STATUS;
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# stop slave and reset position to before the last changes
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STOP SLAVE;
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--replace_result $the_pos <the_pos>
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eval CHANGE MASTER TO
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master_log_file = '$the_file',
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master_log_pos = $the_pos ;
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--replace_result $MASTER_MYPORT MASTER_PORT
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--replace_column 1 <Slave_IO_State> 7 <Read_Master_Log_Pos> 8 <Relay_Log_File> 9 <Relay_Log_Pos> 16 <Replicate_Ignore_Table> 22 <Exec_Master_Log_Pos> 23 <Relay_Log_Space> 33 <Seconds_Behind_Master>
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SHOW SLAVE STATUS;
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# start the slave again
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# -> same events should have been applied again
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# e.g. inserting rows that already there
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# deleting a row which is not there
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# updating a row which is not there
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START SLAVE;
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--connection master
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SELECT * FROM t1 ORDER BY c3;
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--sync_slave_with_master
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--connection slave
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SELECT * FROM t1 ORDER BY c3;
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STOP SLAVE;
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#
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# cleanup
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#
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--connection master
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DROP TABLE t1;
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RESET master;
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--connection slave
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DROP TABLE t1;
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RESET slave;
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START SLAVE;
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#
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# Test that we can handle update of a row that does not exist on the slave
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# will trigger usage of AO_IgnoreError on slave side so that the INSERT
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# still succeeds even if the replication of the UPDATE generates an error.
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#
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--connection master
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CREATE TABLE t1 (c1 CHAR(15) NOT NULL, c2 CHAR(15) NOT NULL, c3 INT NOT NULL, PRIMARY KEY (c3)) ENGINE = NDB ;
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INSERT INTO t1 VALUES ("row1","remove on slave",1);
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--sync_slave_with_master
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--connection slave
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DELETE FROM t1;
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--connection master
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BEGIN;
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UPDATE t1 SET c2="does not exist" WHERE c3=1;
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INSERT INTO t1 VALUES ("row2","new on slave",2);
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COMMIT;
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--sync_slave_with_master
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--connection slave
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SELECT * FROM t1;
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--replace_result $MASTER_MYPORT MASTER_PORT
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--replace_column 1 <Slave_IO_State> 7 <Read_Master_Log_Pos> 8 <Relay_Log_File> 9 <Relay_Log_Pos> 16 <Replicate_Ignore_Table> 22 <Exec_Master_Log_Pos> 23 <Relay_Log_Space> 33 <Seconds_Behind_Master>
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SHOW SLAVE STATUS;
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