Theseus OS: A New Take on Operating System Design
In a world filled with traditional operating systems, we are introducing a project that dares to tread new grounds - Theseus OS. It's a project that's taking fresh strides in operating system design and implementation. Built using the Rust language, Theseus OS showcases a novel approach towards system design, aptly presenting it as an intriguing subject to both researchers and enthusiasts alike.
Project Overview:
Theseus is not just an OS, it's a journey into the fertile grounds of research, delivering fresh, self-contained insights into the world of operating systems. It aspires to revoir the conventions of OS design, aiming to introduce robust isolation and recovery boundaries within these systems. The project unpacks high-potential concepts of unikernels and language-based systems in an easy-to-comprehend and apply structure, laser-focused on eliminating interdependence that traditional systems suffer from. Its audience revolves around computer science researchers, operating system enthusiasts, and everyone who desires a productive system, merged with resilient state management.
Project Features:
This open-source project takes pride in several unique features. It's entirely written in Rust, ensuring system safety and concurrent programming. It eliminates any form of boot-time kernel configuration or compile-time parameters, hence precluding any static compilation or configuration. Additionally, Theseus encapsulates components within an isolation boundary that enables standby recovery without jeopardizing the entire system. Every component in the OS is a crate - simplifying system design, evolution, and management. From being able to add, update or remove system components dynamically, to handling faults gracefully - Theseus is shaping a new dimension in operating systems.
Technology Stack:
Theseus OS solely relies on Rust language. Rust was chosen for its impressive type-safety, memory-safety, and fear-free concurrency. Uncompromising system security is guaranteed by eliminating runtime failures such as null/invalid pointers, data races, or buffer overflows. Building an OS entirely on Rust sets an example before us, creating a system devoid of undefined behavior, ushering safer and resilient operating systems.
Project Structure and Architecture:
The modular approach is quintessential to Theseus, with each OS component encapsulated as an independent crate. It includes components like memory allocators, scheduler, task management, and so on, forming an interrelated dependency graph with minimal overlaps. This ensures enhanced isolation, better fault recovery, and a cleaner architecture overall.
Contribution Guidelines:
Being an open-source project, Theseus welcomes contributors from across the globe. The guidelines for contribution include familiarity with Rust language, understanding of the project's vision, and respect for the code of conduct within the community. Be it a bug you found or a feature you'd like to propose, Theseus invites your valuable inputs through their issue tracker. Encapsulation and fault-tolerance being the two main pillars, the submitted code is expected to comply with these literals.
