IoT & Hardware
Reader small image

You're reading from  Embedded Linux Development using Yocto Projects - Second Edition

Product typeBook
Published inNov 2017
Publisher
ISBN-139781788470469
Edition2nd Edition
Tools
LinuxYocto Project
Concepts
Embedded Systems
Right arrow
Authors (2):
Otavio Salvador
Otavio Salvador
author image
Otavio Salvador

Otavio Salvador loves technology and started his free software activities in 1999. In 2002, he founded O.S. Systems, a company focused on embedded system development services and consultancy worldwide, creating and maintaining customized BSPs, and helping companies with their product developments challenges. This resulted in his joining the OpenEmbedded community in 2008, when he became an active contributor to the OpenEmbedded project.
Read more about Otavio Salvador

Daiane Angolini
Daiane Angolini
author image
Daiane Angolini

Daiane Angolini has been working with embedded Linux since 2008. She has been working as an application engineer at NXP, acting on internal development, porting custom applications from Android, and on-site customer support for i.MX architectures in areas such as the Linux kernel, u-boot, Android, Yocto Project, and user-space applications. However, it was on the Yocto Project that she found her place.
Read more about Daiane Angolini

View More author details
Right arrow

Understanding the work directory

The build/tmp/work directory is organized by architecture. For example, when working with the machine qemuarm, we have the following four directories:

  • all-poky-linux
  • armv5te-poky-linux-gnueabi
  • qemuarm-poky-linux-gnueabi
  • x86_64-linux

The directories found here and their contents are architecture and machine dependent. We shouldn't take this as a final list, only as an illustration. The x86_64-linuxdirectoryis used to build the host sysroot content, which is detailed in the next section. Theall-poky-linuxdirectoryholds the working build directories for the packages that are architecture agnostic. This fragmented structure is necessary to allow the building of multiple machines and architectures within one build directory, without conflicting with each other.

The target machine we use is qemuarm. This machine is an emulation of the ARM Versatile Platform Baseboard with the ARM926EJ-S CPU emulation that supports the ARMv5TE instructions. Poky treats qemuarm as a type...

lock icon
The rest of the page is locked
Previous Page
Chapter 12 of 22, Page 5
Next Page
You have been reading a chapter from
Embedded Linux Development using Yocto Projects - Second Edition
Published in: Nov 2017Publisher: ISBN-13: 9781788470469
© 2017 Packt Publishing Limited All Rights Reserved

Authors (2)

author image
Otavio Salvador

Otavio Salvador loves technology and started his free software activities in 1999. In 2002, he founded O.S. Systems, a company focused on embedded system development services and consultancy worldwide, creating and maintaining customized BSPs, and helping companies with their product developments challenges. This resulted in his joining the OpenEmbedded community in 2008, when he became an active contributor to the OpenEmbedded project.
Read more about Otavio Salvador

author image
Daiane Angolini

Daiane Angolini has been working with embedded Linux since 2008. She has been working as an application engineer at NXP, acting on internal development, porting custom applications from Android, and on-site customer support for i.MX architectures in areas such as the Linux kernel, u-boot, Android, Yocto Project, and user-space applications. However, it was on the Yocto Project that she found her place.
Read more about Daiane Angolini

Personalised recommendations for you

Based on your interests and search pattern

Architectural Patterns and Techniques for Developing IoT Solutions

Architectural Patterns and Techniques for Developing IoT Solutions

This book covers all the patterns and considerations that give you both the power and flexibility to build scalable, secure, and performant IoT solutions by combining various patterns in interesting ways. It also lists the benefits of combining IoT with technologies like blockchain, 3D-printing, 5G, Generative AI, quantum computing, and LLMs.

BookSep 2023304 pages
Arduino Data Communications

Arduino Data Communications

Arduino Data Communication focuses on IoT’s Internet aspect, guiding you in setting up your own infrastructure for storing and managing the data collected from sensors. This book goes beyond microcontroller basics, equipping you with the knowledge essential for building real-world projects.

BookNov 2023286 pages5
Arduino IoT Cloud for Developers

Arduino IoT Cloud for Developers

From fundamental principles to advanced techniques, this comprehensive book equips you with the knowledge and skills needed to design and deploy IoT applications seamlessly. Explore cloud integration, best practices, and real-world projects to harness the full potential of IoT application development with the Arduino IoT Cloud.

BookNov 2023402 pages
The Azure IoT Handbook

The Azure IoT Handbook

Building IoT Systems with Azure IoT is a comprehensive introduction for those who are new to the Internet of Things and looking to get up to speed in no time. This book will teach you how to create and develop IoT solutions with intelligent edge-to-cloud technologies in the Azure cloud.

BookDec 2023248 pages