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Building Scalable High Availability Systems using MySQL Fabric
Building scalable, high-availability systems offers several challenges: managing the redundancy in the farm using replication, monitoring the system to find hotspots and rebalancing the system, automating scaling reads and writes, and upgrades and replacement without downtime. MySQL Fabric is a framework for building scalable, high-availability systems that are easy to use and flexible. It uses existing MySQL features to manage a high-availability system, and can also be used with existing systems where some parts of the high-availability solution are already in place. In this presentation from Oracle Open World you will learn about the new features in MySQL Fabric and how you can use it to build scalable high availability system or enhance your existing system.
High-Availability using MySQL Fabric
MySQL Fabric is an open-source framework for the management of farms of servers. It is designed to be easy to use and available for both small and large server farms.
In order to create a solution that is truly resilient to failures, it is necessary to ensure redundancy of every component in the system and have a solid foundation for detecting and handling failures.
In this session, you will learn how to build a robust
high-availability solution using MySQL Fabric, what components you need and how they should be set up. You will learn how MySQL Fabric handles high-availability of the application servers and how to ensure high-availability of the Fabric system as a whole. You will also learn how to leverage, for example, OpenStack to ensure that the system keeps operating in the presence of failures.
MySQL Fabric: Easy Management of MySQL Servers
MySQL Fabric is an open-source solution recently released by the MySQL Engineering team at Oracle. It seeks to make horizontal scale-out through sharding more accessible to users with growing data management requirements. This integrated framework supports management of large farms of MySQL servers, and includes support for sharding and high-availability. This is the presentation from Percona Live UK in London and it covers:
- Architecture for performance of a sharded deployment
- Management of MySQL server farms via MySQL Fabric
- MySQL Fabric as a tool for handling sharding and high-availability
- Application demands when working with a sharded database
- Connector demands when working with a sharded database
- Approaches to mixing sharded and global tables
Sharding using MySQL and PHP
In deploying MySQL, scale-out techniques can be used to scale out reads, but for scaling out writes, other techniques have to be used. To distribute writes over a cluster, it is necessary to shard the database and store the shards on separate servers. This session provides a brief introduction to traditional MySQL scale-out techniques in preparation for a discussion on the different sharding techniques that can be used with MySQL server and how they can be implemented with PHP. You will learn about static and dynamic sharding schemes, their advantages and drawbacks, techniques for locating and moving shards, and techniques for resharding.
Elastic Scalability in MySQL Fabric Using OpenStack
Elastic scalability, the ability to quickly adapt to changing demands for resources, is critical to running modern applications. Both over- and underallocation of resources have an impact on a business’s bottom line. OpenStack is a cloud operating system that achieves elastic scalability by managing the allocation of compute, storage, and network resources. MySQL Fabric is a new member of the community enabling large database systems to be managed easily, providing support for handling high availability and sharding. In this session, you will learn how to leverage OpenStack and MySQL Fabric to build a system in which resources can be added on demand, providing elastic scalability, sharding, and high availability as a single system.
Recommended
Building Scalable High Availability Systems using MySQL Fabric
Building scalable, high-availability systems offers several challenges: managing the redundancy in the farm using replication, monitoring the system to find hotspots and rebalancing the system, automating scaling reads and writes, and upgrades and replacement without downtime. MySQL Fabric is a framework for building scalable, high-availability systems that are easy to use and flexible. It uses existing MySQL features to manage a high-availability system, and can also be used with existing systems where some parts of the high-availability solution are already in place. In this presentation from Oracle Open World you will learn about the new features in MySQL Fabric and how you can use it to build scalable high availability system or enhance your existing system.
High-Availability using MySQL Fabric
MySQL Fabric is an open-source framework for the management of farms of servers. It is designed to be easy to use and available for both small and large server farms.
In order to create a solution that is truly resilient to failures, it is necessary to ensure redundancy of every component in the system and have a solid foundation for detecting and handling failures.
In this session, you will learn how to build a robust
high-availability solution using MySQL Fabric, what components you need and how they should be set up. You will learn how MySQL Fabric handles high-availability of the application servers and how to ensure high-availability of the Fabric system as a whole. You will also learn how to leverage, for example, OpenStack to ensure that the system keeps operating in the presence of failures.
MySQL Fabric: Easy Management of MySQL Servers
MySQL Fabric is an open-source solution recently released by the MySQL Engineering team at Oracle. It seeks to make horizontal scale-out through sharding more accessible to users with growing data management requirements. This integrated framework supports management of large farms of MySQL servers, and includes support for sharding and high-availability. This is the presentation from Percona Live UK in London and it covers:
- Architecture for performance of a sharded deployment
- Management of MySQL server farms via MySQL Fabric
- MySQL Fabric as a tool for handling sharding and high-availability
- Application demands when working with a sharded database
- Connector demands when working with a sharded database
- Approaches to mixing sharded and global tables
Sharding using MySQL and PHP
In deploying MySQL, scale-out techniques can be used to scale out reads, but for scaling out writes, other techniques have to be used. To distribute writes over a cluster, it is necessary to shard the database and store the shards on separate servers. This session provides a brief introduction to traditional MySQL scale-out techniques in preparation for a discussion on the different sharding techniques that can be used with MySQL server and how they can be implemented with PHP. You will learn about static and dynamic sharding schemes, their advantages and drawbacks, techniques for locating and moving shards, and techniques for resharding.
Elastic Scalability in MySQL Fabric Using OpenStack
Elastic scalability, the ability to quickly adapt to changing demands for resources, is critical to running modern applications. Both over- and underallocation of resources have an impact on a business’s bottom line. OpenStack is a cloud operating system that achieves elastic scalability by managing the allocation of compute, storage, and network resources. MySQL Fabric is a new member of the community enabling large database systems to be managed easily, providing support for handling high availability and sharding. In this session, you will learn how to leverage OpenStack and MySQL Fabric to build a system in which resources can be added on demand, providing elastic scalability, sharding, and high availability as a single system.
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