Elixir in Action teaches you to apply the new Elixir programming language to practical problems associated with scalability, concurrency, fault tolerance, and high availability.
Purchase of the print book includes a free eBook in PDF, Kindle, and ePub formats from Manning Publications.
About the Technology
Elixir is a modern programming language that takes advantage of BEAM, the Erlang virtual machine, without the burden of Erlang's complex syntax and conventions. Elixir gives you Ruby-like elegance with the power to develop bulletproof distributed server systems that can handle massive numbers of simultaneous clients and run with almost no downtime.
About the Book
Elixir in Action teaches you how to solve practical problems of scalability, concurrency, fault tolerance, and high availability using Elixir. You'll start with the language, learning basic constructs and building blocks. Then, you'll learn to think about problems using Elixir's functional programming mindset. With that solid foundation, you'll confidently explore Elixir's seamless integration with BEAM and Erlang's powerful OTP framework of battle-tested abstractions you can use immediately. Finally, the book provides guidance on how to distribute a system over multiple machines and control it in production.
Requires no previous experience with Elixir, Erlang, or the OTP. Written for readers who are familiar with another programming language like Ruby, JavaScript, or C#.
What's Inside
Practical introduction to the Elixir language
Functional programming idioms
Mastering the OTP framework
Creating deployable releases
About the Author
Saša Jurić is a developer with extensive experience using Elixir and Erlang in high-volume, concurrent server-side systems.
Table of Contents
PART 1 THE LANGUAGE
First steps
Building blocks
Control flow
Data abstractions
PART 2 THE PLATFORM
Concurrency primitives
Generic server processes
Building a concurrent system
Fault-tolerance basics
Isolating error effects
Sharing state
PART 3 PRODUCTION
Working with components
Building a distributed system
