Search Results for "asm"

Hydrogen/Core51 is a Keil C51 None-Preemptive OS. CORE written by Pure C (well..almost Pure, has 10 lines inline ASM). CORE minimal resource **Size about 2.3~5K ROM, 20+ Byte RAM. it is depends modules your chosen. **CORE also TAKE TIMER0 to tick for real-timing, and need xdata for HEAP CORE Support **dynamic Create/Terminate Thread(TASK) **Synchronize Object (Event / Semaphore / Critical Section), Thread(TASK) Naturally GIVES UP CPU by WaitFor these Synchronize Object **Common IO, it is STD C open/read/write in Any Stream Like IO(I2C, UART etc.) ...

...Compatible with x86 arquitecture, 32bits(recomended). You can easily compile it, any time, by running the compiling script included in the archive. Meant for beginner or advanced programmers on C or ASM, Nanux can help you understand the functions of the operating system, or create one by yourself. Minimal requirements: - x86 Arquitecture, PC - CPU Intel Pentium I, 200 MHz or newer, (maybe AMD, but is not recommended) - 4 MiB of RAM - CD/DVD ROM, USB or Floppy to run the ISO Image - keyboard /*Future updates are coming :) */ ==================================== For any questions or comments about the project you can write me at: - bojidar_bob@abv.bg - bozhidar1991@gmail.com - Facebook: Bozhidar Peychev Please rate and comment this nice OS :) Thanks for using Nanux Kernel ====================================

Home-made operating system, developed in C and asm for x86 architectures.

CakeOS is a hobby operating system started by Lukem_95. It is written in C with some partial ASM coding. Cake is a modern OS with portable functions and drivers. We are looking to keep a fairly small team size for this project.

dr'ex is a GPLed exokernel written in C/asm for the IA32 architecture. Simple but powerful code, low level user interface and hardware resource management at user level are the main architecture goals.

AVOS is an advanced Real-Time 32-bit operating system that will work in any 80386 & above architecture pc's. AVOS employs a message passing scheme. The project has two main parts - The booting phase and kernel development. It is written in C and 8086 ASM.

Our aim is a \\\\\\\"complete\\\\\\\" Operating System which is well documented and less \\\\\\\"cryptic\\\\\\\". We are not keen on re-inventing the wheel all over again, it\\\\\\\'s time to move on to bigger things. We\\\\\\\'d be using C + asm and Hax

We are currently developing our embedded TCP/IP modules, industrial ethernet systems and wireless platform for system control and data acquisition. Our main development environment is Linux and GNU tools like GCC (ASM, C, C++) and Python.

Rumbler is a free 32-bit open-source Server operating system written entirely in ASM. We hope to have support for most networking hardware. Please join the project!