mysql replication gui

Recently, when I deployed The MySQL master-slave replication architecture, I encountered "Last_IO_Error: Fatal error: The slave I/O thread stops because master and slave have equal MySQL server UUIDs; these UUIDs must be different for replication to work. "error message. That is, the same UUID is used in the

Mysql master-slave replication practicesAsynchronous master-slave Replication Master-slave deployment steps: Backup and Restoration Use mysqldump or xtrabackup Restore the existing basic data of the master database to the slave Database Authorization Grant replication slave on *.* An accoun

Tags: enable check copy name EFI medium Show pass HostTypes of replication supported by MySQL:1) statement-based replication. Executes the SQL statement on the primary server, executing the same statement from the server. MySQL default to use statement-based replication, hig

1. Replication ProcessMySQL replication is an asynchronous replication, from one MySQL instace (called Master) to another MySQL instance (called slave ). The entire replication operation is completed by three processes, two of whi

, the master database to create a backup account: Backup is the user name,% represents any remote address, the following means that the password is 1234 of any remote address backup can connect to master host mysql> grant replication Slave on * * to ' backup ' @ ' percent ' identified by ' 1234 '; mysql> use MySQL

original 2016-07-21 Song Li mysql Chinese web Share Themes"MySQL 5.7 Replication new Features"Guest IntroductionSong Li , MySQL research engineer. 2009 joined the MySQL Global research and development team to develop MySQL

MySQL replication introduction and SetupMySQL Replication MySQL replication is a MySQL Server (slave) that replicates logs from another MySQL Server (master) and then parses the logs an

The difference between MySQL semi-synchronous replication and asynchronous replication as shown in the previous schema diagram: In the case of MySQL asynchronous replication, MySQL master server transfers its own binary log throug

You need to understand why your replication behavior lags behind, and then learn how to use the correct method to solve the lag problem. MySQL replication is generally considered very effective. after the master server makes changes, the slave server can make the corresponding changes within several seconds. However, if the synchronization between the two is s

Mysql replication is asynchronous. Therefore, after receiving a user's request, the result is returned to the user. And store the information in the memory, and then record it into the binary file. This will Mysql replication is asynchronous. Therefore, after receiving a user's request, the result is returned to the us

MySQL5.6 master-slave Replication (read/write splitting) configuration full version, mysql master-slave read/write splitting MySQL5.6 master-slave replication (read/write splitting) Tutorial 1. There are two ways to start master-slave replication from MySQL5.6: Log-based (binlog );Based on GTID (global transaction iden

System version: CentOS 6.5 mysql version: mysql-5.5.38Production environment, if the same database server to do write service and read services, whether from security, high availability or high concurrency and other angles can not meet the actual demand, therefore, the general use of multiple database servers through master-slave replication to synchronize data t

MySQL's built-in replication capabilities are the foundation for building large, high-performance applications. The distribution of MySQL data across multiple systems is done by copying data from one of the MySQL hosts to the other host (slaves) and re-executing it again. One server acts as the primary server during replicati