Implementation of virtual threads for the XS-1. Currently a simple context switching implementation for the XMOS XS-1 architecture (Gn, Ln products). Allows a user to run low speed processes on a single thread using time sliced scheduling.
Linux Kernel State Tracer(LKST) records information as trace data
about events in the Linux Kernel. It records various events like
process context switch etc.
This program is a facility for analyzing trouble of the Linux Kernel.
'EOS' is a fully-featured preemptive real time kernel developed for the Infineon XC167 microcontroller. Performance summary: A typical context switch will take about 100[microsecond] at 40[MHz], when all tasks have a stack of 256 bytes.
Estaño is a mini real-time operating system (RTOS) for microcontroller. Features: Fully preemptive multitasking, Low interrupt latency, Fast and constant context switching, semaphores, r/w semaphores, mailboxs, fifos, periodic and one-shot timers
Put idle assets to work with competitive interest rates, borrow without selling, and trade with precision. All in one platform.
Geographic restrictions, eligibility, and terms apply.
This is a Linux kernel driver that adapts the kernel's own software RAID1 (i.e. mirroring) driver for use in the context of network attached storage devices. This driver does intelligent resyncronization, async writes, and automatic array administration
This is a Linux kernel driver that adapts the kernel's software RAID5 driver for use in the context of network attached storage devices. This driver does intelligent resyncronization, async writes, and automatic array administration
A Python library to create and deploy cross-platform native context
A Python library to create and deploy cross-platform native context. context_menu was created as due to the lack of an intuitive and easy to use cross-platform context menu library. The library allows you to create your own context menu entries and control their behavior seamlessly in native Python code. It's fully documented and used by over 80,000 developers worldwide.
We propose a userspace Process Classifier based on SELinux Security_context(PCSS).PCSS use SELinux security context to classify the processes in different categories which is useful for process grouping systems like CKRM,Cpuset,ELSA,Containrs etc.