0x00 is now treated as a special case.

- Layered assignments were lost due to how the cached assignments were replayed
- Replaying each assignment cache after each file is done processing

- To better support RAM/Flash packing adding support for first scan code calculation
- This way if the first scan code is high (e.g. 0x40) RAM is not used for the scan codes without keys assigned

- Some initial work for KLL variables
- Will be used to influence runtime and compiler features of the firmware

- Required to work with Cygwin Python3

- nat_ptr_t is defined in kll.h

- Little endian byte conversion required (has to do with struct assignment rather than architecture)

- Layers never worked previously due to backend bug
- Added base configuration which is automatically clone for replacement, then subtracted for layers if scancode is unused (this allows for partial layer functionality)
- Added default map argument to define a combined map that is different than the typical ANSI map that is used for the base configuration

- Required more complex correlation to get the layer ownership right for each trigger macro from the global list

- Not yet complete
- Partial layers are not compiling properly (adding too many macros, wasting memory)
- Adding example hhkb layout to try out as a layer

- Added USBCode "cached assignment"
- Added ANSI -> Colemak USBCode assignment kll file
- Removed debug printing

- Basic ScanCode to USBCode mapping now generating for the kiibohd controller
- Small fix to template
- Backend
- Macro correlation and transformation

TODO
- More testing
- Analog support
- LED support
- Layer support (only supports default layer currently)

- Not quite complete.
- Most of the parser is done (excluding analog) for 0.3 of the KLL spec
- Transformation and correlation isn't complete yet.
- Backend generation for Kiibohd capabilties is complete.

Includes link to the latest spec.