By Rob Young | September 29, 2012
The MySQL 5.6 Release Candidate is an aggregation of the previous MySQL 5.6 Development Milestone Releases ("DMR") and provides a true functional image of what we hope will soon be the generally available ("GA"), production-ready 5.6 product. At a glance, 5.6 is simply a better MySQL with across the board improvements that hit every functional area of the database kernel, bringing benefits whether you deploy on-premise or in the cloud.
By Mat Keep | September 29, 2012
In time for the first ever MySQL Connect conference Oracle is releasing a series of exciting new developments for MySQL Cluster, further extending its simplicity and flexibility by expanding the range of use-cases, adding new NoSQL options, and automating configuration.
By Andrew Morgan | September 29, 2012
Learn how easy it is to deploy a MySQL Cluster database that has been configured to best meet your application's needs within your environment. See how the installer automatically detects the resources available on your target hosts and then combines that with the application requirements that you specify in order to produce a tailored configuration. The tutorial will then demonstrate the installer pushing this configuration to the target machines and starting the process that make up the system.
By Andrew Morgan | September 29, 2012
Learn how to use MySQL 5.6 and the MySQL Utilities to setup, monitor and manage your MySQL replication topology. See how a single command can be used to add replication slaves. See for yourself how easy it is to use the utilities to continually monitor the replication master and then automatically promote the most appropriate slave in the event of a failure. For those who prefer more user control, the monitoring can run in an alert-only mode and you'll learn how you can manually initiate failover using a single command.
By Mat Keep | April 10, 2012
The new MySQL 5.6.5 Development Milestone Release (DMR) introduces a much anticipated feature - Global Transaction Identifiers (GTIDs) for MySQL replication. GTIDs make it simple to track and compare replication progress between the master and slave servers. This enables much simpler recovery from failures of the master, while also introducing great flexibility in the provisioning and on-going management of multi-tier or ring (circular) replication topologies.