context-switch

Branch-aware global context for AI coding tools — reusable context above the repo level for Codex, Claude Code, and multi-repo work.

A lightweight, ultra-fast cross-platform coroutine library supporting tens of millions of concurrent fibers.

From-scratch AArch64 RTOS with preemptive scheduling, IRQ handling, and context switching.

k8s namespace switcher

Cooperative coroutine (fiber) library in C — hand-written x86-64 context switch, FIFO scheduler, co_yield and co_await

Developer-focused context switch tracker. Quantify your focus loss.

Hand-written preemptive RTOS kernel for STM32F407 — ~700 lines, zero malloc, bitmap scheduler, PendSV, priority inheritance

Lightweight RTOS kernel for STM32F103C8T6, built from scratch in C using register-level programming.

Implementation of signal handling and custom scheduling in xv6. Features include signal delivery (SIGINT, SIGBG, SIGFG, SIGCUSTOM), a new process creation model with custom_fork and scheduler_start, a scheduler profiler for turnaround/waiting/response times, and a dynamic priority boosting scheduler with tunable α, β parameters.

An ultra-fast, lightweight desktop workspace and window layout manager built on Tauri v2 and Rust.

Futures, Corountines and Channels for the C language

A small preemptive RTOS kernel for ARM Cortex-M4, built from scratch in C and ARM assembly with scheduling, context switching, synchronization, IPC, timing, tracing, and kernel diagnostics.

WRF protocol: AI workflow security infrastructure with dangerous command sentry alerts, context handoff, multi-task pause/resume, and human-AI contribution evidence.

True preemptive multitasking on a bare ESP8266 — no RTOS — using one hardware timer and a well-written Xtensa context switch.

🚀 Simplify project management in Visual Studio Code by switching folders effortlessly while keeping your tabs and sessions intact.

Virtual CPU, assembler, and preemptive OS kernel in Rust you can boot and single-step in the browser