Embedded linux development with yocto project pdf

Embedded Linux Development with Yocto Project

This work studies continuous practices based on literature and identifies ways to improve continuous practice processes used at System-on-Chip development to make development faster and more effective, give feedback faster and improve quality by reducing bugs. Expand

Comparison of Embedded Linux Development Tools for the WiiPiiDo Distribution Development

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LightSys: Lightweight and Efficient CI System for Improving Integration Speed of Software

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Qt benchmark suite for embedded devices

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Design of a low-cost wireless NIRS system withembedded Linux and a smartphone interface

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Lifecycle Management of Automotive Safety-critical Over The Air Updates: A Systems Approach

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Embedded Linux Development using Yocto Projects 2nd Edition

Embedded Linux Development using Yocto Projects 2nd Edition Pdf

• Optimize your Yocto Project tools to develop efficient Linux-based projects
• Practical approach to learning Linux development using Yocto Project
• Demonstrates concepts in a practical and easy-to-understand way

Yocto Project is turning out to be the best integration framework for creating reliable embedded Linux projects. It has the edge over other frameworks because of its features such as less development time and improved reliability and robustness.

Embedded Linux Development using Yocto Project starts with an in-depth explanation of all Yocto Project tools, to help you perform different Linux-based tasks. The book then moves on to in-depth explanations of Poky and BitBake. It also includes some practical use cases for building a Linux subsystem project using Yocto Project tools available for embedded Linux. The book also covers topics such as SDK, recipetool, and others.

By the end of the book, you will have learned how to generate and run an image for real hardware boards and will have gained hands-on experience at building efficient Linux systems using Yocto Project.

• Understand the basic concepts involved in Poky workflows along with configuring and preparing the Poky build environment.
• Configure a build server and customize images using Toaster.
• Generate images and fit packages into created images using BitBake.
• Support the development process by setting up and using Package feeds.
• Debug Yocto Project by configuring Poky.
• Build an image for the BeagleBone Black, RaspberryPi 3, and Wandboard, and boot it from an SD card.

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.

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.

1. Meeting the YoctoProject
2. Baking Our Poky Based System
3. Using Toaster to Bake an Image
4. Grasping the BitBake tool
5. Detailing the Temporary Build Directory
6. Assimilating Packaging Support
7. Diving into BitBake Metadata
8. Developing with the Yocto Project
9. Debugging with the Yocto Project
10. Exploring External Layers
11. Creating Custom Layers
12. Customizing Existing Recipes
13. Achieving GPL compliance
14. Booting Our Custom Embedded Linux

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Embedded Linux Development with Yocto Project

A practical tutorial guide which introduces you to the basics of Yocto Project, and also helps you with its real hardware use to boost your Embedded Linux-based project. If you are an embedded systems enthusiast and willing to learn about compelling features offered by the Yocto Project, then this book is for you. With prior experience in the embedded Linux domain, you can make the most of this book to efficiently create custom Linux-based systems.

Related Books:

Embedded Linux Projects Using Yocto Project Cookbook

If you are an embedded developer learning about embedded Linux with some experience with the Yocto project, this book is the ideal way to become proficient and broaden your knowledge with examples that are immediately applicable to your embedded developments. Experienced embedded Yocto developers will find new insight into working methodologies and ARM specific development competence.

Embedded Linux Systems with the Yocto Project

Build Complete Embedded Linux Systems Quickly and Reliably Developers are increasingly integrating Linux into their embedded systems: It supports virtually all hardware architectures and many peripherals, scales well, offers full source code, and requires no royalties. The Yocto Project makes it much easier to customize Linux for embedded systems. If you’;re a developer with working knowledge of Linux, Embedded Linux Systems with the Yocto Project will help you make the most of it. An indispensable companion to the official documentation, this guide starts by offering a solid grounding in the embedded Linux landscape and the challenges of creating custom distributions for embedded systems. You’;ll master the Yocto Project’;s toolbox hands-on, by wo.

Embedded Linux Development Using Eclipse

The Eclipse environment solves the problem of having to maintain your own Integrated Development Environment (IDE), which is time consuming and costly. Embedded tools can also be easily integrated into Eclipse. The C/C++CDT is ideal for the embedded community with more than 70% of embedded developers using this language to write embedded code. Eclipse simplifies embedded system development and then eases its integration into larger platforms and frameworks. In this book, Doug Abbott examines Eclipse, an IDE, which can be vital in saving money and time in the design and development of an embedded system. Eclipse was created by IBM in 2001 and then became an open-source project in 2004. Since then it has become the de-facto IDE for embedded developers.

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