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2018-10-18 12:56:02 -07:00
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bin Remove the sanity checker, it is unused and out of date 2018-10-16 23:11:50 -07:00
docs Address #52 almost entirely - target upstream builds of CircuitPython and simply copy (rsync) KMK source, a basic main.py, and the user's keymap to the CIRCUITPY drive 2018-10-15 02:49:12 -07:00
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vendor Address #52 almost entirely - target upstream builds of CircuitPython and simply copy (rsync) KMK source, a basic main.py, and the user's keymap to the CIRCUITPY drive 2018-10-15 02:49:12 -07:00
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.gitmodules Address #52 almost entirely - target upstream builds of CircuitPython and simply copy (rsync) KMK source, a basic main.py, and the user's keymap to the CIRCUITPY drive 2018-10-15 02:49:12 -07:00
Dockerfile_base Some backports from work on #46 to greatly speed up Circle builds 2018-10-11 17:50:39 -07:00
LICENSE.md Add license and a very basic setup script I used to bootstrap the Feathers 2018-08-30 02:54:26 -07:00
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Makefile Remove the sanity checker, it is unused and out of date 2018-10-16 23:11:50 -07:00
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README.md Readme update 2018-10-15 00:35:49 -07:00
setup.cfg OMEGA REFACTOR! Perf grind basically complete. 2018-10-16 22:21:45 -07:00
submodules.toml Address #52 almost entirely - target upstream builds of CircuitPython and simply copy (rsync) KMK source, a basic main.py, and the user's keymap to the CIRCUITPY drive 2018-10-15 02:49:12 -07:00
upy-freeze.txt OMEGA REFACTOR! Perf grind basically complete. 2018-10-16 22:21:45 -07:00

KMK: Mechanical keyboard firmware for humans (and ARM microcontrollers)

CircleCICLA assistant

KMK is a firmware for (usually mechanical) keyboards, written in MicroPython and CircuitPython, heavily inspired by QMK (and with some additions of our own). Python may not be the fastest thing on the planet, but it's a joy to write, and bringing that ease of maintainership to keyboard firmware (often a world of C and all the crazy error states C can provide) opens up custom keyboards to whole new demographics. KMK currently only supports handwired keyboards (see "Supported Devices" below), but work has begun on both ports to existing keyboards, as well as converter devices to allow existing keyboards with Pro Micro pinouts to use KMK-supported microcontrollers. As always in open-source, KMK is a work in progress, and help is welcome!

This project is currently written and maintained by:

This project also owes a $BEVERAGE_OF_CHOICE to some wonderful people in the ecosystem:

  • Jack Humbert (@jackhumbert), for writing QMK. Without QMK, I'd have never been exposed to the wonderful world of programmable keyboards. He's also just an awesometastic human in general, if you ever catch him on Discord/Reddit/etc.

  • Dan Halbert (@dhalbert), for his amazing and unjudgemental support of two random dudes on Github asking all sorts of bizzare (okay... and occasionally dumb) questions on the MicroPython and CircuitPython Github projects and the Adafruit Discord. Dan, without your help and pointers (even when those pointers are "Remember you're working with a microcontroller with a few MHz of processing speed and a few KB of RAM"), this project would have never gotten off the ground. Thank you, and an extended thanks to Adafruit.

This project, and all source code within (even if the file is missing headers), is licensed GPLv3 - while the tl;dr is linked, the full license text is included in LICENSE.md at the top of this source tree.

When contributing for the first time, you'll need to sign a Contributor Licensing Agreement which is based on the Free Software Foundation's CLA. The CLA is basically a two-way promise that this code is and remains yours, but will be distributed as part of a larger GPLv3 project. If you'd like to get it out of the way early, you can find said CLA here. If you forget, the bots will remind you when you open the pull request, no worries!