Search Results for "x86 assembly"

ChibiOS/RT is a free and efficient RTOS designed for deeply embedded applications. It offers a comprehensive set of kernel primitives and supports many architectures: ARM7, Cortex-M0, Cortex-M3, Cortex-M4, PowerPC e200z, STM8, AVR, MSP430, ColdFire, H8S, x86.

BirdOS is currently not open source. We don't know when or if it will become open-source. This project page was probably made a littlebit too soon for a now deleted version. Sorry for that. We are still writing the OS. It's made for the (Intel/AMD) x86 architecture. More info on our website: https://feathercode.github.io

Currently ManuOS kernel is under development. Once kernel is complete, a good Graphical User Interface will be developed for ManuOS. ManuOS runs on IA-32, x86-64 and currently operates in protected mode. In future ManuOS is intended to run in long mode.

Tarbox OS is a minimalistic 16 bit operating sytem being developed by Brandan Tarbox as a school project, for the x86 processor architecture. It will be capable of manipulating files, running BASIC programs and several other simple OS functionalities. I appreciate you checking out Tarbox OS and appreciate any feedback to tarboxbrandan@hughes.net!

this is an os for x86 computers it is based on a number of other operating systems. i will keep you updated right now just cleaning up code.

Here is an example WM_PRINT/WM_PRINTCLIENT messages hooking code for 64-bit platforms. This code example is based on original Feng Yuan's code. WARNING: This project is for developers only!

AiR-Boot is a x86 boot-loader that resides completely in track 0 of the harddrive. It‘s also independent of any OS, features a BIOS-like built-in setup, is localized to German, Dutch, French, Italian, Russian (including Cyrillic) and Swedish.

TomOS is a simple 16 bit operating system for x86. It is based on MikeOS version 2.0.0. It is entirely written in the assembly language. TomOS is an educational project.

Project OctaneOS(Orange Linux) is currently a x86 Hobby operating system that is lightweight and contains standard operating system kernel modules.

Highly research oriented operating system attempting to explore the limits of asynchronous communications. Some of the basic ideas of the system are based on Erlang and Python. The core of the system is written in assembly for x86.

lg-ceroOS es un proyecto que intentara desarrollar un sistema operativo x86 con interfaz gráfica para uso libre, lo que se desea con este proyecto es crear un sistema operativo sencillo, pequeño, rápido y fácil de crear aplicaciones.

SoftWire was the precursor to TransGaming's SwiftAsm. SwiftAsm is an optimizing run-time x86 assembler that can be used as a JIT compiler back-end for scripting languages, or for dynamic code generation of efficient processing pipelines.

XenOS is an "operating system to run operating systems" - a virtualization monitor. It virtualizes system hardware, so any x86 operating system will work. Support for 64-bit hosts and guests is planned. This will be similar to VMware's ESX Server.

Nemesis is a tiny real time operating system kernel based on x86 PCs. Its main purpose is to serve as a simple but realistic example of an real time OS kernel running on real hardware..the purpose of this is that it can be embedded in small devices lik

A full 32-bit real time operating system for x86 architectures

The goal of llama-X is to be a cutting-edge desktop operating system for the x86 architecture. A new object-oriented filesystem, and a fresh new desktop paradigm, and an innovative multikernel subsystem are main features of the system.

MadOS is an oporating system written in c for djgpp, and nasm assembler for the x86 platform. Some good code to learn from.

FritzOS is a (incomplete) OS. Ideas will be added to the OS as it's developed, and it will run on the x86 platform. FritzOS will have have a GUI, be easy to use & understand. Right Now, FritzOS has a C++ kernel. Pk0.8 comming soon.

A Protected mode microkernel for the x86 system. With features like memory management, multitasking and protection will be included in the kernel, the rest will be added as drivers/software.

The Kapok backbone creates a binary file that can be executed in both windows, dos and x86-elf based versions of unix (currently linux, but it should be very easy to extend this), and using a datafile, it can execute a binary, relative to which system

CEBOOT is a free open source project, just for study something about ARM. It will contains text user interface, simple FS and OS loader. We will prove that "ARM system could run as x86 PC!"