forked from Imagelibrary/seL4
d436eb863592605bcfe573d2769f7ab9a0bae3f2
This definition is intended to select functionality for processing a PMU cycle counter overflow interrupt while using the thread utilization benchmarking feature. Instead of forcing for all Arm platforms, only set it if KERNEL_PMU_IRQ is defined and the IRQ has been configured properly. The consequence of this change is that aarch64 platforms that have a 64bit counter that is unlikely to overflow do not need an overflow interrupt to be defined. Signed-off-by: Kent McLeod <Kent.Mcleod@data61.csiro.au>
The seL4 microkernel
This project contains the source code of seL4 microkernel.
For details about the seL4 microkernel, including details about its formal
correctness proof, please see the sel4.systems website and associated
FAQ.
DOIs for citing recent releases of this repository:
We welcome contributions to seL4. Please see the website for information on how to contribute.
This repository is usually not used in isolation, but as part of the build system in a larger project.
seL4 Basics
- Tutorials
- Documentation
- seL4 libraries
- seL4Test
- Debugging guide
- Benchmarking guide
- Virtualization on seL4
- Host Build Dependencies
- Porting seL4
Community
- Mailing lists
- Suggested projects
- CommunityProjects
Manual
A hosted version of the manual for the most recent release can be found here.
A web version of the API can be found here
Repository Overview
includeandsrc: C and ASM source code of seL4tools: build toolslibsel4: C bindings for the seL4 ABImanual: LaTeX sources of the seL4 reference manual
Build Instructions
See the seL4 website for build instructions.
Status
A list of releases and current project status can be found under seL4 releases.
- Roadmap: new features in development
- Hardware Support: information about hardware platform ports
- Kernel Features: information about available kernel features
- Userland Components and Drivers: available device drivers and userland components
Description
Languages
C
72.6%
Python
9.5%
CMake
6.3%
TeX
5.8%
Assembly
2.7%
Other
3.1%