The following sections provide information about what is supported and what is not in MySQL replication, and about specific issues and situations that may occur when replicating certain statements.
Statement-based replication depends on compatibility at the SQL level between the master and slave. In others, successful SBR requires that any SQL features used be supported by both the master and the slave servers. For example, if you use a feature on the master server that is available only in MySQL 5.7 (or later), you cannot replicate to a slave that uses MySQL 5.6 (or earlier).
Such incompatibilities also can occur within a release series when
using pre-production releases of MySQL. For example, the
SLEEP() function is available
beginning with MySQL 5.0.12. If you use this function on the
master, you cannot replicate to a slave that uses MySQL 5.0.11 or
For this reason, use Generally Available (GA) releases of MySQL for statement-based replication in a production setting, since we do not introduce new SQL statements or change their behavior within a given release series once that series reaches GA release status.
If you are planning to use statement-based replication between MySQL 5.7 and a previous MySQL release series, it is also a good idea to consult the edition of the MySQL Reference Manual corresponding to the earlier release series for information regarding the replication characteristics of that series.
With MySQL's statement-based replication, there may be issues with replicating stored routines or triggers. You can avoid these issues by using MySQL's row-based replication instead. For a detailed list of issues, see Section 19.7, “Binary Logging of Stored Programs”. For more information about row-based logging and row-based replication, see Section 126.96.36.199, “Binary Logging Formats”, and Section 17.2.1, “Replication Formats”.
For additional information specific to replication and
Section 14.16, “InnoDB and MySQL Replication”. For information
relating to replication with MySQL Cluster, see
MySQL Cluster Replication.