Kexecboot is a C program able to scan the partitions on available devices, offering a graphical framebuffer menu and allowing user to select from which one to boot. Specifically, kexecboot creates the command line for kexec.
Typically kexecboot resides together with kexec in a small initramfs
... [More], embedded in a custom-tailored kernel compiled with support for initramfs and kexec system call. Both binaries are built static, linked against klibc to optimize size. Kexecboot may be linked against other *libc (glibc, eglibc, uclibc) and may be used as standalone binary as well. [Less]
The Yocto GENIVI Baseline is a Linux distribution for a variety of embedded devices, based on meta-ivi. The project aligns itself with The Yocto Project, and the distribution is the result of making the Yocto Project reference system Poky aligned with the GENIVI Alliance compliance specification.
Free training materials covering the below topics:
- Embedded Linux system development
- Embedded Linux kernel and driver development
- Android system development
- Embedded Linux boot time reduction
OpenBricks is an enterprise-grade embedded Linux framework that provides easy creation of custom distributions for industrial embedded devices. It features a complete embedded development kit for rapid deployment on x86, ARM, PowerPC and MIPS systems with support for industry leaders. Pick your
... [More] device, select your software bricks and cook your product !
OpenBricks reduces development efforts by abstracting the low-level interface to your device. It supports all Khronos industry standards (OpenGL|ES, OpenVG, OpenMAX …) and major applicative frameworks (Qt, GTK, EFL, SDL) for you to only focus on your end-user application.
OpenBricks is an OpenSource framework. It’s the masterpiece framework behind your next design product. OpenBricks currently sustains the GeeXboX project. [Less]
interp is a powerful programming language, a testing platform, and a development framework. It is targeted for Linux/Unix-based systems, yet remains adaptable to less powerful embedded systems that were never intended to host a programming language.
Nao low-level kernelspace/userspace library that runs on our robots, Nao-Team HTWK
nao-ulib is developed at the Nao-Team HTWK, Faculty of Computer Science, Mathematics and Natural Sciences, Leipzig University of Applied Sciences (HTWK Leipzig).
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