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Fast Data Processing Systems with SMACK Stack

Fast Data Processing Systems with SMACK Stack

By : Estrada
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Fast Data Processing Systems with SMACK Stack

Fast Data Processing Systems with SMACK Stack

5 (1)
By: Estrada

Overview of this book

SMACK is an open source full stack for big data architecture. It is a combination of Spark, Mesos, Akka, Cassandra, and Kafka. This stack is the newest technique developers have begun to use to tackle critical real-time analytics for big data. This highly practical guide will teach you how to integrate these technologies to create a highly efficient data analysis system for fast data processing. We’ll start off with an introduction to SMACK and show you when to use it. First you’ll get to grips with functional thinking and problem solving using Scala. Next you’ll come to understand the Akka architecture. Then you’ll get to know how to improve the data structure architecture and optimize resources using Apache Spark. Moving forward, you’ll learn how to perform linear scalability in databases with Apache Cassandra. You’ll grasp the high throughput distributed messaging systems using Apache Kafka. We’ll show you how to build a cheap but effective cluster infrastructure with Apache Mesos. Finally, you will deep dive into the different aspect of SMACK using a few case studies. By the end of the book, you will be able to integrate all the components of the SMACK stack and use them together to achieve highly effective and fast data processing.
Table of Contents (10 chapters)
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Resilient distributed datasets

The Spark soul is the resilient distributed dataset. Spark has four design goals: make in-memory (Hadoop is not in-memory) data storage, distribute in a cluster, be fault tolerant, and be fast and efficient.

Fault tolerance is achieved, in part, by applying linear operations on small data chunks. Efficiency is achieved by parallelization of operations throughout all parts of the cluster. Performance is achieved by minimizing data replication between cluster members.

A fundamental concept in Spark is that there are only two types of operations we can do on an RDD:

  • Transformations: A new RDD is created from the original; for example, mapping, filtering, union, intersection, sort, join, coalesce
  • Actions: The original RDD isn't changed; for example, count, collect, first

It's right when people say that computer science is mathematics with a costume. As we've already seen, in functional programming, functions are first-class citizens; the equivalent...

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