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Overview of the Live Kernel Patching methods
This proposal has been accepted as a session.
One Line Summary
Overview of the three approaches for Live Kernel Patching (kpatch, kGraft and criu+kexec)
Abstract
A ten minute presentation of each of the competing methods for live updating of a running kernel will be done. I will call on someone from each of these projects to give a 10 minute overview of how their method works. No questions will be taken. This will be performed at the beginning of the microconference to let everyone understand the ideas of each implementation that will be discussed for the rest of the time.
Tags
live kernel patching, kpatch, kgraft, criu+kexec
Speaker
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Steven Rostedt
Red Hat- Website: http://rostedt.homelinux.com/
Biography
Steven Rostedt has been working with the Linux kernel since 2001. He currently works for Red Hat working in their Messaging Real-time Grid (MRG) division. He created and maintains Ftrace, the official Linux kernel tracer, and is the current real-time kernel stable maintainer.
Sessions
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- Title: Ftrace kernel hooks, more than just tracing
- Microconference: Refereed Talks
- Room: Room 2
- Time: 11:15am
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One Line Summary:
The audience is aimed at developers. You do not need to be a kernel developer to enjoy this talk. Just someone that enjoys the art of programming and the crazy ideas that are performed to overcome such obstacles. Live code modification is not trivial, and now the new features of allocating code on the fly makes it even more radical. This is not a trivial task; it requires understanding how the CPU pipeline works as well as all states that the kernel can be in.
- slides
- Speakers: Steven Rostedt
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- Title: Overview of the Live Kernel Patching methods
- Microconference: Live Kernel Patching
- Time: 1:00pm
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One Line Summary:
Overview of the three approaches for Live Kernel Patching (kpatch, kGraft and criu+kexec)
- Speakers: Steven Rostedt
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- Title: Read Write Semaphore bottlenecks
- Microconference: Real Time II
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One Line Summary:
Handling the difficulties of priority inheritance and Reader Writer semaphores.
- slides
- Speakers: Steven Rostedt