This is the chapter web page to support the content in Chapter 7 of the book: Exploring BeagleBone – Tools and Techniques for Building with Embedded Linux. The summary introduction to the chapter is as follows: To this point in the book, all of the code is built and executed directly on the Beagle boards. However, for larger projects this can be impractical, as you may need to manage many source files within a single project. In addition, compilation times can be slow on the Beagle boards for building large projects. This chapter first describes how you can use your desktop computer to develop applications that can be deployed directly to any Beagle board.

The Eclipse integrated development environment (IDE) is then introduced, which allows for advanced development capabilities, such as remote debugging. The chapter finishes by outlining how you can build and deploy a custom Linux kernel. Learning Outcomes After completing this chapter, you should be able to: • Install a cross-compilation toolchain under desktop Linux that can be used to build applications for the Beagle boards using your desktop PC.

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• Use a package manager to install multi-architecture third party libraries that may be required for cross-compilation. Install mac os x server on vmware esxi versions. • Emulate the ARM architecture on the desktop PC using QEMU. • Install and configure the Eclipse integrated development environment (IDE) for cross-compilation to build Linux applications. • Configure Eclipse for remote deployment of applications, remote debugging, GitHub integration, and automated documentation. • Build a custom Linux kernel and Poky Linux distribution. This video introduces C/C++ cross-compilation on the BeagleBone platform under Debian (Jessie), and is applicable to any embedded Linux development. I show the steps that are necessary to set up a toolchain, the Eclipse CDT (Luna) environment and use the Target Management RSE (Remote System Environment) plugin to communicate with the BeagleBone.

Finally, I demonstrate how you can set up a cross-platform debugging environment within Eclipse, where you can use gdbserver on the ARM device and gdb-multiarch on the client device to establish a full debugging environment. Loc 7667: In the section on “Configuring Eclipse for Cross-Compilation,” you say this ******************************************** “set the project name to BBBTest, pick the project type ‘Hello World C++ Project,’ and the Toolchain to be ‘Corss GCC.’ Then click Finish. Repeatedly click Next ” ******************************************** You can’t click “Finish” thereit’s disabled. You can only click Next. Note that if you choose the standard empty C++ application, then you CAN choose Finish at this point–but then the GUI wizard closes and you never get the chance to set up your cross-compilation toolchain without editing the project’s properties.

I will try putting the SD card back in the unit in my car shortly and update you. Thanks again for your help and suggestions. Richard Is there a way I can update my maps to a newer version also? Install igo primo windows ce 6 software. I saw some posts mentioning IGO Primo with some links.