Build Your Own Distributed Compilation Cluster: A Practical Walkthrough

By Hunter Davis

Build Your Own Distributed Compilation Cluster is a collected volume of my article series of the same name. Throughout the 6 in-depth how-to articles, I’ll take you through the process of building a fully working cross-compilation distributed build system. The canonical example is of building a distributed ARM to X86-64 cross-compilation cluster. This system is also generic enough to apply to most any compilation environment, while remaining powerful enough to outperform all but the most advanced compilation systems. With source code examples provided and easy step by step instructions, this 60+ page instructional eBook is a valuable introductory and practical resource for those interested in distributed compilation, cross compilation, low power computing clusters, and so much more. It’s also one terrific bargain, and an excellent reference.

• Language: English
• Publisher: Hunter Davis
• Release date: Jul 28, 2011
• ISBN: 9781465768360

Book preview

Build Your Own Distributed Compilation Cluster – A Practical Walkthrough

Hunter Davis

Copyright 2011 by Hunter Davis

Smashwords Edition

Smashwords License Statement 

This ebook is licensed for your personal enjoyment only. This ebook may not be re-sold or given away to other people. If you would like to share this book with another person, please purchase an additional copy for each reader. If you’re reading this book and did not purchase it, or it was not purchased for your use only, then please return to Smashwords.com and purchase your own copy. Thank you for respecting the hard work of this author.

Introduction

Cutting Development Costs and Carbon Footprints through Alternative Cluster Architectures

Using the ARM based PogoPlug to Cross Compile for x86-64 Machines

Using the ARM Based PogoPlug to Cross Compile X86-64 Software –Part 2 – Libraries and STV Cross Compile

Using the ARM Based PogoPlug – Building A Distributed Compilation Cluster

Writing And Virtualized Testing of Your Own Distributed Compilation System

Wrapping It All Up: Distributed Fortran, Java, and ARM to X86 Cross Compilation

Introduction

Hello interested readers. My name is Hunter Davis and I run a start-up called Discursive Labs. For the past ten years I’ve been publishing software and hacks on my website www.hunterdavis.com, and in the process I’ve written many instructional guides. During the course of my tenure at Discursive Labs, I ran a series of articles about compilers, low power compilation clusters, and the like. I walked our readers through a full cross-compilation cluster installation, the creation of a distributed make system from scratch, and the headaches and hurdles that come with such an endeavor. It is my intention that those who make it through this book will have gained both a practical knowledge of these systems as well as a valuable roadmap around some of the nastier pitfalls.

Throughout the following 6 how-to articles, I’ll take you through the process of building a fully working cross-compilation distributed build system. This system will be generic enough to apply to most any compilation environment, while remaining powerful enough to outperform all but the most advanced compilation systems. With source code examples provided and easy step by step instructions, this 60+ page instructional eBook is a valuable introductory and practical resource for those interested in distributed compilation, cross compilation, low power computing clusters, and so much more. It’s also one terrific bargain, and an excellent reference.

Cutting Development Costs and Carbon Footprints through Alternative Cluster Architectures

We are all familiar with the standard CPU architectures most enterprise-level developers support. Single- or multi-core 32-bit, and increasingly, 64-bit instruction sets, x86 or high end PPC chipsets. This is all fine and dandy most of the time and covers the most common platforms for an enterprise app. If your software is truly cross-platform, however, there are a world of cost-saving and