Search Results for "nasm"

This version of ParamOS has a simple and interactive Graphical User Interface (GUI). It was made using Assembly Language (NASM) and C Programming Language. This GUI-based OS can toggle windows and Start menu. Use keys '1', '2' to toggle windows and 's' to toggle Start Menu. Note: I have provided the "paramos.bin" file. You can run it in QEMU using the command: qemu-system-i386 -kernel paramos.bin

A simulator that provides a simplified assembler syntax (based on NASM) and is simulating an x86-like CPU. Press Help inside the simulator to see an overview of the supported instructions. Make sure you have Grunt installed to compile the asmsimulator.js script. Run grunt to build the project. The simulator is written in JavaScript with Angular and runs on every device with a web browser. It has a lot of simplifications and constraints, but it is the basic structure of every emulator. ...

SNEeSe is an emulator for the Nintendo SNES console for x86 PCs. SNEeSe is written in 32-bit C, C++, and NASM x86 assembly. Project goal is to make as accurate, functional, and usable an emulation core as is reasonably possible.

Graphical OS Kernel compiled with gcc 4.6.1 and nasm 2.09.08

FrakeOS is a new OS developed by Charles Frake. Currently, it is a simple bootloader written in NASM. I plan to continue researching Assembly and finish the bootloader. I plan to start coding a kernel in C after the bootloader is finished.

Its a tiny open source Operating System created mainly aid in study of Operating Systems. It's floppy based, uses FAT-12 filesystem with complete shell and basic commands. It created in C and assembly (gcc + nasm).

Exclusive x86-long mode uperating environment based on FORTH (and later LISP). Requires NASM (development) and at least bochs 2.4.5 (runtime) or QEMU 0.13.0

WahoviOS is a 32-bit Protected Mode OS made from scratch in NASM, intended to provide a simple, portable environment for running Allegro library programs in.

a small, x86 Operating System, developed in C++ and NASM, aimed to give the user a closer relationship with the hardware.

Open Source microkernel for ia32 architecture. Basically this is a full functional operating system implementation using GNU C and nasm. Fully commented in spanish and with external documents explaining system calls, library functions, design, etc.

This project focus on creating an original alternative 32-bit operating system for Intel 80386 compatible processors made in NASM (The Netwide Assembler). The main goal is to be, a simple and pratical plataform for developpment and plug in extra codes.

The FDOS Operaing System is 100% written in Assembler (NASM). It supports FAT 12, TSR and a small Multi Kernel System. The source is very good documentated (only in English). A German, russian and English Documentation (about 40 pages) are included.

SD is a new operating system developed in the Pascal language (FreePascal, FPC/FPK) and NASM for IA-32. It's main purpose is to provide a fast and simple 32-bit multitasking OS. The OS must have several DOS, Windows and Linux features and maybe Win32 emu.

POSYS: Programmers Operating SYStem. A small, fast, dynamic, secure OS project. (In development) Language: NASM + CC386.

XOA-DOS is a DOS-like operating system implemented in x86 assembly, syntax NASM. It intends to be an educational project.

QuickOS is a really-quick-realtime-multitasking-os, that requires less than a second to boot up. Basic-kernel-functions will be written with NASM assembler. We should get a C/C++ compiler to work for us.

The goal of the Basic Operating System (BOS) project is to write a new modular and fast operating system in NASM and GCC.

Crossing Calls is a macro-based api for NASM to abstract syscalls and make portable assembly code. The project actuallly works on FreeBSD, DragonFlyBSD, Linux, Win32, DOS. We trying to include Minix 2 now and expand the syscalls range.