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Cassandra 3.x High Availability

Cassandra 3.x High Availability

By : Strickland
3.8 (6)
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Cassandra 3.x High Availability

Cassandra 3.x High Availability

3.8 (6)
By: Strickland

Overview of this book

Apache Cassandra is a massively scalable, peer-to-peer database designed for 100 percent uptime, with deployments in the tens of thousands of nodes, all supporting petabytes of data. This book offers a practical insight into building highly available, real-world applications using Apache Cassandra. The book starts with the fundamentals, helping you to understand how Apache Cassandra’s architecture allows it to achieve 100 percent uptime when other systems struggle to do so. You’ll get an excellent understanding of data distribution, replication, and Cassandra’s highly tunable consistency model. Then we take an in-depth look at Cassandra's robust support for multiple data centers, and you’ll see how to scale out a cluster. Next, the book explores the domain of application design, with chapters discussing the native driver and data modeling. Lastly, you’ll find out how to steer clear of common anti-patterns and take advantage of Cassandra’s ability to fail gracefully.
Table of Contents (10 chapters)
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Other data migration scenarios


At times you may need to migrate large amounts of data from one cluster to another. A common reason for this is the need to transition data between networks that cannot see each other, or moving from classic Amazon EC2 to a newer Virtual Private Cloud (VPC) infrastructure.

If you find yourself in this situation, you can use these steps to ensure a smooth transition to the new infrastructure:

  1. Set up your new cluster using the information you learned from this chapter, configure your cluster, and duplicate the schema from your existing cluster.

  2. Change your application to write to both clusters. This is certainly the most significant change, as it likely requires code changes in your application.

  3. Verify you are receiving writes to both clusters to avoid potential data loss.

  4. Create a snapshot of your old cluster using the nodetool snapshot command.

  5. Load the snapshot data into your new cluster using the sstableloader command. This command actually streams the data into...

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