Understanding how linux kernel APIs are designed to do asynchronous concurrent work without futures
I'm a kernel code newbie. I have done a lots of systems programming in user space.
In rust and C++, I have so far used Futures or frameworks like Seastar to perform asynchronous programming.
I would like to understand how linux kernel which I presume is multi-core, handling several interrupts and driving many state machines forward ... how does it do it?
Does linux have it's own asynchronous programming framework like Seastar which allows programmers to do it? Does it have its own task/green-thread framework?
Comments
-
Linux is POSIX compliant. From a quick search, applications using Seastar run on Linux. If you are looking to understand how Linux implements asynch constructs internally, you can refer to the Linux sources and documentation which is part of the sources. If your question is about writing asynch applications on Linux, Seastar works on Linux.
0
Categories
- All Categories
- 177 LFX Mentorship
- 177 LFX Mentorship: Linux Kernel
- 750 Linux Foundation IT Professional Programs
- 373 Cloud Engineer IT Professional Program
- 169 Advanced Cloud Engineer IT Professional Program
- 74 DevOps IT Professional Program - Discontinued
- 4 DevOps & GitOps IT Professional Program
- 99 Cloud Native Developer IT Professional Program
- 7.6K Training Courses & Learning Paths
- 1 AI & ML Training
- 1 Blockchain & Decentralized Identity Training
- 3 Cloud & Containers Training
- 1 Cybersecurity Training
- 2 DevOps & Site-Reliability Training
- 1 Linux Kernel Development Training
- 1 Networking Training
- 1 Open Source Best Practice Training
- 1 System Administration Training
- 1 System Engineering Training
- 1 Web & Application Development Training
- 792 Hardware
- 202 Drivers
- 68 I/O Devices
- 37 Monitors
- 95 Multimedia
- 173 Networking
- 91 Printers & Scanners
- 87 Storage
- 769 Linux Distributions
- 81 Debian
- 68 Fedora
- 22 Linux Mint
- 13 Mageia
- 24 openSUSE
- 150 Red Hat Enterprise
- 31 Slackware
- 13 SUSE Enterprise
- 356 Ubuntu
- 465 Linux System Administration
- 31 Cloud Computing
- 73 Command Line/Scripting
- Github systems admin projects
- 98 Linux Security
- 78 Network Management
- 101 System Management
- 46 Web Management
- 106 Mobile Computing
- 18 Android
- 73 Development
- 1.2K New to Linux
- 1K Getting Started with Linux
- 392 Off Topic
- 121 Introductions
- 181 Small Talk
- 29 Study Material
- 955 Programming and Development
- 310 Kernel Development
- 627 Software Development
- 983 Software
- 375 Applications
- 182 Command Line
- 5 Compiling/Installing
- 68 Games
- 317 Installation
- Archived
- 2 LFD140 Class Forum
Upcoming Training
-
August 20, 2018
Kubernetes Administration (LFS458)
-
August 20, 2018
Linux System Administration (LFS301)
-
August 27, 2018
Open Source Virtualization (LFS462)
-
August 27, 2018
Linux Kernel Debugging and Security (LFD440)