qmk_firmware/keyboards/ergodone
Jack Humbert 800ec55dfc Make arguments redo, subproject elimination (#1784)
* redo make args to use colons, better folder structuring system [skip ci]

* don't put spaces after statements - hard lessons in makefile development

* fix-up some other rules.mk

* give travis a chance

* reset KEYMAPS variable

* start converting keyboards to new system

* try making all with travis

* redo make args to use colons, better folder structuring system [skip ci]

* don't put spaces after statements - hard lessons in makefile development

* fix-up some other rules.mk

* give travis a chance

* reset KEYMAPS variable

* start converting keyboards to new system

* try making all with travis

* start to update readmes and keyboards

* look in keyboard directories for board.mk

* update visualizer rules

* fix up some other keyboards/keymaps

* fix arm board ld includes

* fix board rules

* fix up remaining keyboards

* reset layout variable

* reset keyboard_layouts

* fix remainging keymaps/boards

* update readmes, docs

* add note to makefile error

* update readmes

* remove planck keymap warnings

* update references and docs

* test out tarvis build stages

* don't use stages for now

* don't use stages for now
2017-10-14 11:32:19 -10:00
..
keymaps/default
config.h
ergodone.c
ergodone.h
expander.c
expander.h
i2cmaster.h
matrix.c
readme.md
rules.mk
twimaster.c

ErgoDone

ErgoDone

The ErgoDone is a modified version of the ErgoDox, made by K.T.E.C., with pre-soldered components. It has different wiring and uses a SparkFun Pro Micro instead of Teensy.

  • Keyboard maintainer: Yu He
  • Hardware supported:
    • ErgoDone v1.3 (tested)
  • Hardware availability:

Building the firmware

Install the build tools.

In the root directory of the repository, build the firmware with a command like:

make ergodone:default

For more information on the layout option and other ones, see the make guide.

Flashing the firmware onto the keyboard

The ErgoDone uses a customized HID bootloader rather than the Teensy one. It doesn't need an OS driver, and the required actions before flashing are a little different than with an ErgoDox.

  1. To enter flash mode, disconnect the keyboard first. Then, on the left-hand device, in the top row, press and hold the two rightmost keys while reconnecting the keyboard. Ergodone Flash Mode

  2. To flash the .hex file, use the hid_bootloader_cli utlity from the TKG Toolkit (as of 2017-10-03, only this old version works under Windows):

    hid_bootloader_cli -mmcu=atmega32u4 ergodone_default.hex