- Hex debug for debugging VT100 control characters from the keyboard
- Renamed reset to restart (software reset)
- Added reset command (same as bash reset, which resets the VT100 variables)
- Cleaned up the version module field

- reset   -> Simulates power cycle (Not yet compatible with AVR)
- reload  -> Sets the device into firmware reload mode
- led     -> Toggles the error LED
- version -> Displays detailed version information (additions to CMake files was necessary, might have broken Windows builds...)

- Issue with the first space delimiter before the args

- Supports multiple custom command dictionaries
- Basic handling of control characters
- Initial dictionary for integrated commands

* Initial cli code

- Any keys that exceed the high average are temporarily disabled
- If the sense value goes below the initial average sense, it is re-enabled
- Even works if *many* keys are pressed initially

- Still needs a bit of detection of consistent high keys that sometimes sneak below the threshold
  (May be able to have an elastic threshold that could deal with this)

- Removed dead code (and redundant calculations)

- Enabling the test point strobe on the kishsaver really kills the sensing (many keys don't work, even at 400)

- Should fix the last of the phantom keys

- Not confirmed that this fixes all known phantom keypresses

- Added debounce mechanism, currently looks for 5 consecutive scans
- Temporarily disabled the test point strobe on the kishsaver (spams debug messages, and not useful anymore; needs to be addressed before strobe detection is implemented though)
- Reorganized code to cleanup the main scan loop function

- Haven't fully verified all the strobes yet, but should be correct

- Basic strobe mapper added (only kishsaver for now)
- Removed more (less obvious) dead code
- Moved keypress detection closer to detection
- Added more informative keypress debug messages

- Added a print macro for colourful convenience
- Removed the usb_keymap variable as it is no longer needed
- Changed usb_dirty to keymap_change (more accurate description)
- Removed the dumpkeys function and now detect key changes much sooner as well as displaying error messages more often
- Added a warming up information message and removed its error status (as it's not an error)

- Added LGPL headers to appropriate files
- Removed *LOTS* of dead code
- Started standardizing formatting (important stuff done)

- Hardcoded strobe lines (required to make the hardware less noisy)
- Updated debug code

- Adding "template" keymap
- Removed "stray" functions, variables
- Cleaned up warnings
- Now builds
- Added buffered macro integration (rather than dealing with USB directly)
- Updated the print messages to use the Kiibohd print header

TODO
- Add generic matrix integration (this will require some changes to the matrix code)
- Add more comments...lots more
- Clean up dead code

- Directly printing numbers rather than having to convert them into strings first

- Also a bit of general house-keeping

- Had to add the iSerialNumber parameter to the AVR USB descriptor
- Removed a faulty pack command for avr-gcc that is not required

- Defined Manufacturer name
- Product name now references each of the selected modules
- Serial number refers to the last commit date, branch, and whether modified since the last commit

- I won't do any more, as I can't make the converter fully functional on a modern computer
- Basic typing support is working
- Some of the function modes move around the ASCII values, and this takes a while to decipher and figure out the pattern; it's not hard to do, and I don't really feel like doing it
- The hard part is already done :P

- Transmit seems to be working
- Receive isn't working yet
- Inversion of the transmit signal doesn't seem to be working

- No scan modules are functional yet, but all of the API code is now "hardware support" complete

- All modules have a default avr compatibilty right now (since that is what they were developed on)
- As modules get tested and added, arm support has to be turned on in the respective setup.cmake file

- CDC Output seems to be working
- USB Keyboard output has not been tested, but is "ready"
- UART and Timers have not been tested, or fully utilized
- Issues using Timer 0
- Initial template for MBC-55X Scan module (only module currently compatible with the arm build)
- Updated the interface to the AVR usb module for symmetry with the ARM usb module
- Much gutting was done to the Teensy 3 usb keyboard module, though not in an ideal state yet

- Very small updates to files, mostly modifying to remove name duplications

- Also added some extra CMake build messages for indicating the Compiler family and chip being built for

- Abstracted USB Module
- Abstracted compiler specific includes for Scan, Macro, Debug, and USB modules
- Updated CMake build files to support changes
- Added abstractions necessary to main.c as well as a compiler specific include file

- Tested with the AVR builds
- Partially tested with basic ARM test builds

- Removed another key from the latch list to use as a normal key