Copy of https://github.com/qmk/qmk_firmware Modified for our keyboard.
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Dean Camera 10944d9ddf
Update CDC driver INF files so that they should work even on systems without usbser.sys extracted by default (see MS KB entry 837637).
13 years ago
Bootloaders Update CDC driver INF files so that they should work even on systems without usbser.sys extracted by default (see MS KB entry 837637). 13 years ago
BuildTests Don't enforce silent output on submake - pass down the value set by the user implicitly instead. 13 years ago
Demos Update CDC driver INF files so that they should work even on systems without usbser.sys extracted by default (see MS KB entry 837637). 13 years ago
LUFA Minor documentation improvements. 13 years ago
Maintenance Clean up BuildTest and Maintenance makefiles - use non-recursively evaluated make variables. 13 years ago
Projects Update CDC driver INF files so that they should work even on systems without usbser.sys extracted by default (see MS KB entry 837637). 13 years ago
LUFA.pnproj Add HID bootloader build module (thanks to Stefan Hellermann). 13 years ago
README.txt Minor documentation improvements. 13 years ago
makefile Add "mostlyclean" makefile target to the BUILD build system module. 13 years ago

README.txt


_ _ _ ___ _
| | | | | __/ \
| |_| U | _| o | - The Lightweight USB
|___|___|_||_n_| Framework for AVRs
=========================================
Written by Dean Camera
dean [at] fourwalledcubicle [dot] com

http://www.lufa-lib.org
=========================================

LUFA is donation supported. To support LUFA,
please donate at http://www.lufa-lib.org/donate

Released under a modified MIT license - see
LUFA/License.txt for license details.

For Commercial Licensing information, see
http://www.lufa-lib.org/license


This package contains the complete LUFA library, demos, user-submitted
projects and bootloaders for use with compatible microcontroller models.
LUFA is a simple to use, lightweight framework which sits atop the hardware
USB controller in specific AVR microcontroller models, and allows for the
quick and easy creation of complex USB devices and hosts.

To get started, you will need to install the "Doxygen" documentation
generation tool. If you use Linux, this can be installed via the "doxygen"
package in your chosen package management tool - under Ubuntu, this can be
achieved by running the following command in the terminal:

sudo apt-get install doxygen

Other package managers and distributions will have similar methods to
install Doxygen. In Windows, you can download a prebuilt installer for
Doxygen from its website, www.doxygen.org.

Once installed, you can then use the Doxygen tool to generate the library
documentation from the command line or terminal of your operating system. To
do this, open your terminal or command line to the root directory of the
LUFA package, and type the following command:

make doxygen

Which will recursively generate documentation for all elements in the
library - the core, plus all demos, projects and bootloaders. Generated
documentation will then be available by opening the file "index.html" of the
created Documentation/html/ subdirectories inside each project folder.

The documentation for the library itself (but not the documentation for the
individual demos, projects or bootloaders) is also available as a separate
package from the project webpage for convenience if Doxygen cannot be
installed.