Scylladb In Action
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ScyllaDB in Action
Build, maintain, and run databases that are easy to scale and quick to query—all with ScyllaDB. ScyllaDB in Action is your guide to everything you need to know about ScyllaDB, from your very first queries to running it in a production environment. It starts you with the basics of creating, reading, and deleting data and expands your knowledge from there. You’ll soon have mastered everything you need to build, maintain, and run an effective and efficient database. Inside ScyllaDB in Action you’ll learn how to: • Read, write, and delete data in ScyllaDB • Design database schemas for ScyllaDB • Write performant queries against ScyllaDB • Connect and query a ScyllaDB cluster from an application • Configure, monitor, and operate ScyllaDB in production This book teaches you ScyllaDB the best way—through hands-on examples. Dive into the node-based architecture of ScyllaDB to understand how its distributed systems work, how you can troubleshoot problems, and how you can constantly improve performance. About the technology ScyllaDB is a versatile NoSQL database that can move large volumes of data fast. Very, very, very fast. This drop-in replacement for Cassandra takes full advantage of modern multi-core hardware and scales to handle large real-time data workloads with incredibly low latency. It features built-in monitoring and management tools, and its efficient use of computing resources can save a lot of money on high-volume applications. About the book ScyllaDB in Action demonstrates how to integrate ScyllaDB into data-intensive applications. You’ll work through a hands-on project step by step as you use ScyllaDB to store data and learn to configure, monitor, and safely operate a distributed database. Along the way, you’ll discover how ScyllaDB’s unique “shard per core” approach helps you deliver impressive performance in real-time systems. What's inside • Design schemas for ScyllaDB • Write performant queries • Get an instant speed boost over Cassandra About the reader For backend and infrastructure engineers who know the basics of SQL. About the author Bo Ingram is a staff software engineer at Discord working in database infrastructure. He has extensive experience working with ScyllaDB as an operator and developer. The technical editor on this book was Piotr Wiktor Sarna. Table of Contents Part 1 1 Introducing ScyllaDB 2 Touring ScyllaDB Part 2 3 Data modeling in ScyllaDB 4 Data types in ScyllaDB 5 Tables in ScyllaDB Part 3 6 Writing data to ScyllaDB 7 Reading data from ScyllaDB Part 4 8 ScyllaDB’s architecture 9 Running ScyllaDB in production 10 Application development with ScyllaDB 11 Monitoring ScyllaDB 12 Moving data in bulk with ScyllaDB Appendix Docker
ScyllaDB in Action
ScyllaDB in Action demonstrates how to integrate ScyllaDB into data-intensive applications. You’ll work through a hands-on project step by step as you use ScyllaDB to store data and learn to configure, monitor, and safely operate a distributed database. Along the way, you’ll discover how ScyllaDB’s unique “shard per core” approach helps you deliver impressive performance in real-time systems.
Scylla
Author: Marianne Govers Hopman
language: en
Publisher: Cambridge University Press
Release Date: 2013-01-03
What's in a name? Using the example of a famous monster from Greek myth, this book challenges the dominant view that a mythical symbol denotes a single, clear-cut 'figure' and proposes instead to define the name 'Scylla' as a combination of three concepts - sea, dog and woman - whose articulation changes over time. While archaic and classical Greek versions usually emphasize the metaphorical coherence of Scylla's components, the name is increasingly treated as a well-defined but also paradoxical construct from the late fourth century BCE onward. Proceeding through detailed analyses of Greek and Roman texts and images, Professor Hopman shows how the same name can variously express anxieties about the sea, dogs, aggressive women and shy maidens, thus offering an empirical response to the semiotic puzzle raised by non-referential proper names.