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Learning Elixir

You're reading from   Learning Elixir Unveil many hidden gems of programming functionally by taking the foundational steps with Elixir

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Product type Paperback
Published in Jan 2016
Publisher
ISBN-13 9781785881749
Length 286 pages
Edition 1st Edition
Languages
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Authors (2):
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Kenneth Ballou Kenneth Ballou
Author Profile Icon Kenneth Ballou
Kenneth Ballou
Kenny Ballou Kenny Ballou
Author Profile Icon Kenny Ballou
Kenny Ballou
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Table of Contents (11) Chapters Close

Preface 1. Introducing Elixir – Thinking Functionally FREE CHAPTER 2. Elixir Basics – Foundational Steps toward Functional Programming 3. Modules and Functions – Creating Functional Building Blocks 4. Collections and Stream Processing 5. Control Flow – Occasionally You Need to Branch 6. Concurrent Programming – Using Processes to Conquer Concurrency 7. OTP – A Poor Name for a Rich Framework 8. Distributed Elixir – Taking Concurrency to the Next Node 9. Metaprogramming – Doing More with Less Index

Distributed computing with Elixir


Now that we've had our obligatory introduction to distributed computing and networking, we can start to see how and what Elixir and OTP bring to the table for creating distributed applications. Again, Elixir and OTP won't solve the problems we've mentioned, but the design around Elixir and OTP will put us in a really good position for handling failures in our applications and systems.

OTP nodes

So far, I've used the term node pretty loosely. Certainly, nodes have many meanings in certain contexts. In computing, node could refer to an element in a tree, a graph, a network, a server, and so on. In terms of OTP, a node refers to an Erlang VM. There can be as many OTP nodes on a single computer as allowed by the resources of the machine. OTP nodes can be hosted across several machines in the same network. OTP nodes can even be geographically distributed, although it's not recommended.

The choices of how to distribute OTP nodes will usually be a choice of the application...

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