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The friendly Operating System for IoT!
RIOT OS is an operating system for Internet of Things (IoT) devices. It is based on a microkernel and designed for
- energy efficiency
- hardware independent development
- a high degree of modularity
Its features comprise
- a preemptive, tickless scheduler with priorities
- flexible memory managment
- high resolution timers
- virtual, long-term timers
- the native port allows to run RIOT as-is on Linux, BSD, and MacOS. Multiple instances of RIOT running on a single machine can also be interconnected via a simple virtual Ethernet bridge
- Wiselib support (C++ algorithm library, including routing, clustering, timesync, localization, security and more algorithms)
- TCP and UDP
- You want to start the RIOT? Just follow our Getting started documentation
- The RIOT API itself can be built from the code using doxygen. The latest version is uploaded daily to http://riot-os.org/api.
USING THE NATIVE PORT WITH NETWORKING
If you compile RIOT for the native cpu and include the nativenet module, you need to specify a network interface like this:
SETTING UP A TAP NETWORK
There is a shellscript in
tapsetup.sh which you can use to create a network of tap interfaces.
USAGE To create a bridge and two (or count at your option) tap interfaces: ./tapsetup.sh create [count]
projects repository you can find some example applications. The
default application demonstrates all available features for the current platform.
For example, you can use it to the test the native networking by running the
bin/default-native.elf twice with two different tap interfaces as parameters, e.g. tap0 and tap1. Now configure two different addresses for both RIOT instances by typing
addr 1 and
addr 2accordingly and send a text message from one "node" to another by typing
txtsnd 2 hello on the first "node".
Check if your code follows the https://github.com/RIOT-OS/RIOT/wiki/Coding-conventions. If the code does not comply these style rules, your code will not be merged.
Create a new branch in your own fork for every new feature or fix. Then create the pull request from this branch, once you completed your task (feature or fix). Every commit in this branch will be added to the pull request.
The master branch should always be in a working state. The RIOT maintainers will create release tags based on this branch, whenever a milestone is completed.
New features and fixes will always be submitted as pull requests. A pull request will be merged if the RIOT maintainers acknowledge the request. Before it will get merged, the pull request has to stay open long enough to discuss possible issues, but no longer than 30 days. The more extensive the changes in the pull request, the more time should be given for discussion.
Comments on a pull request should be added to the request itself, and not to the commit.
Only RIOT maintainers have commit rights to the main RIOT repository. However, even they have to create pull requests to submit their changes. A RIOT contributor cannot acknowledge his own pull request. All current RIOT maintainers are listed in the wiki.
Keep commits to the point, e.g., don't add whitespace/typo fixes to other code changes. If changes are layered, layer the patches.
Describe the technical detail of the change(s) as specific as possible.
- RIOT OS kernel developers list
- email@example.com (http://lists.riot-os.org/mailman/listinfo/devel)
- RIOT OS users list
- firstname.lastname@example.org (http://lists.riot-os.org/mailman/listinfo/users)
- RIOT commits
- email@example.com (http://lists.riot-os.org/mailman/listinfo/commits)
- Github notifications
- firstname.lastname@example.org (http://lists.riot-os.org/mailman/listinfo/notifications)
- All sources and binaries that have been developed at Freie Universität Berlin are licensed under the GNU Lesser General Public License version 2 as published by the Free Software Foundation.
- Some external sources, especially files developed by SICS are published under a separate license.
All code files contain licensing information.
For more information, see the RIOT website: