Search Results for "low level programming language"
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Showing 16 open source projects for "low level programming language"
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k23
Experimental WASM Microkernel Operating System
k23 is a microkernel-based operating system project written in Zig, an emerging systems programming language focused on safety, simplicity, and performance. k23 explores the design of modern OS features like message-passing, memory protection, and modular service construction using Zig’s powerful low-level capabilities. It is an experimental and educational project intended to show how Zig can be used for robust, readable systems programming while enabling contributors to rethink traditional OS structures from the ground up. -
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Vinix
An effort to write a modern, fast, and useful operating system
Vinix is an experimental Unix-like operating system written in V, a statically typed compiled programming language known for its simplicity and performance. The project aims to create a minimalistic and efficient OS that adheres to Unix principles while leveraging the modern features of the V language. Vinix serves as both a proof of concept for system programming in V and a platform for exploring OS design concepts. -
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eduOS-rs
A teaching operating system written in Rust
eduOS-rs is a teaching operating system written in Rust, developed by RWTH Aachen University to support courses on systems programming and operating systems. It serves as a practical and educational tool that demonstrates key OS concepts like memory management, multitasking, privilege separation, and system call handling in a safe and modern language. Designed to run on x86_64 hardware using QEMU, eduOS-rs leverages Rust’s ownership model and type safety to reduce bugs common in low-level systems development. ... -
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Glow OS
System Analysis Software
...Targeting x86_64 systems, Glow features its own kernel, bootloader, and minimal userland. With clear code structure and a simple design, it serves as a playground for experimenting with low-level systems programming, boot sequences, interrupt handling, and basic UI components like shells and text rendering. -
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MentOS
An educational 32-bit linux-like Operating System
MentOS is an educational operating system developed for academic use, particularly in university settings, to help students understand low-level system concepts such as process management, memory handling, and scheduling. Written in C, MentOS closely mimics a simplified Unix-like OS and includes hands-on implementations of key kernel features. Designed to be highly readable and modular, it offers a practical approach to learning systems programming through real-world kernel components, making it a valuable tool for operating system courses and personal exploration. -
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Nightingale OS
A small operating system where I experiment and learn osdev
...It aims to be a clean platform for experimentation and learning, implementing a small kernel with core features like multitasking, memory protection, and a minimal filesystem. Its use of Rust provides strong guarantees around memory safety and eliminates common bugs found in low-level C-based systems. nightingale is ideal for those seeking to study OS development using a modern language with a strong safety model. -
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operating system simple
Operating System Guide Dari 0
...Maintained by AzkaDev, the guide collects educational materials, links, and code snippets that walk learners through each major component of OS development—from bootloaders to kernel structures and system calls. While still evolving, the guide acts as a roadmap and inspiration hub for those wanting to explore low-level systems programming with a hands-on approach. -
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YiYiYa
YiYiYa
YiYiYa is a minimalist, Chinese-language desktop operating system with a custom graphical interface, designed for simplicity and education. Built primarily with C/C++, it includes its own kernel and GUI layer, featuring basic OS utilities such as file management, terminal, and user interface components. YiYiYa is bootable and self-contained, allowing users to experience a lightweight graphical OS that blends low-level programming with creative UI design, primarily targeting Chinese-speaking developers and learners. -
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Onix OS
Onix
onix is a minimalist educational operating system written in Rust, created to demonstrate low-level system design in a safe and modern language. It covers kernel essentials such as interrupts, memory management, and multitasking, and includes a tiny Unix-like shell for user interaction. onix is tailored for x86_64 systems and runs in QEMU, making it ideal for learning OS internals while benefiting from Rust’s type safety and concurrency guarantees. -
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smolOS
A tiny and simple research operating system
...Its goal is to demonstrate the fundamentals of how an OS boots, handles input, and displays output using only the most essential code. smolOS fits in a single boot sector and runs directly on BIOS-compatible hardware or emulators like QEMU. It’s ideal for those seeking to understand bootloaders, BIOS interrupts, and ultra-low-level system programming through a practical and tiny project. -
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MOOS
C# x64 operating system programming with the .NET native
MOOS (Meta Operating System) is an academic and experimental OS designed for clarity and extensibility, focusing on simplicity and modular construction. Written in Rust, MOOS provides a safe and modern platform to explore low-level system design, with a minimal but functional kernel that supports multitasking, a virtual memory manager, and a tiny standard library. It targets x86_64 and runs on QEMU, making it suitable for students and developers learning about OS fundamentals or testing... -
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Felix OS
Experimental operating system written in Rust
felix is a simple 64-bit hobby operating system written in Rust, designed as an educational and personal exploration into systems programming. It features a monolithic kernel that supports basic multitasking, memory management, and user programs. Built from the ground up with Rust’s strong safety guarantees, felix aims to strike a balance between low-level hardware access and modern software practices. It runs on x86_64 platforms via QEMU and includes a basic shell and ELF binary loader, making it an excellent resource for learning OS fundamentals. -
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WINIX OS
A UNIX-style Operating System for the Waikato RISC Architecture
Winix is an experimental Unix-like operating system kernel written in modern C++ with an emphasis on object-oriented design and code clarity. It is a pedagogical project exploring how kernel-level programming can be structured with C++ abstractions while maintaining low-level control. Winix supports basic system services such as file systems, process management, and a terminal interface, and is designed for booting on x86_64 hardware via QEMU. It serves as an accessible and unconventional approach to understanding operating systems. -
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Haiway
Haiway Edge Computing OS
...Targeting x86_64 systems and running in a bare-metal environment like QEMU, Haiway implements its own bootloader, kernel, and essential subsystems such as memory management, interrupt handling, and user process execution. Designed to be lightweight and readable, the project emphasizes clarity and modularity, making it a useful base for experimentation or educational exploration into low-level systems programming. -
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PowerNex
An operating system written in D
PowerNex is a microkernel operating system written entirely in the Nim programming language. Designed as a learning and research project, it explores OS development using a modern high-level systems language while still offering low-level control. PowerNex focuses on modularity, simplicity, and code clarity. While still in its early stages, the project includes basic kernel functionality, including memory management, task switching, and a custom bootloader, offering insight into building an OS from the ground up using newer programming paradigms. -
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FlingOS
An educational operating system written in C#
FlingOS is an educational operating system and framework aimed at teaching students and developers how operating systems work, using C# and a bit of C++ and assembly. It allows developers to build kernels in a managed, high-level language and understand the entire bootstrapping and runtime process from scratch. FlingOS is particularly focused on making OS development more accessible by bridging the gap between high-level languages and low-level hardware programming.
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