Master

======

Master repository for ENGR3199 includes C and Python source code and supporting files

Running Code

In order to use this code for a PIC24FJ128GB206 using Olin's board, read below

My System: OSX 10.11 El Capitan Latest homebrew installed

Install xc-16 (The 16-bit compiler compatible with this chip from microchip. Note: must use the XC16 Compiler v1.25 to work!
Install MPLabX 3.20 from microchip
Install pyusb's tar file via walac's github
- Extract tar file, navigate into newly created directory and run:
```
python setup.py install
```
Install libusb by running

brew install libusb

From MPLabX, open a new project. Give it a name <PROJECT_NAME>
- For setup, choose a PIC-24-FJ-128GB-206 (Without the dashes) as the device (To make it easier to find, choose 16-bit MCUs in the Family filtering section)
- Choose XC-16 (v1.25) for your compilers
Import all files necessary for the code
Source Files: Include all .c code here, in this case blink.c
Header Files: Include all .h code here, in this case: common.h, config.h, timer.c, timer.h, ui.c, and ui.h
Linker Files: Include .gld file here, in this case: app_p24FJ128GB206.gld
From MPLabX, click the hammer button at the top to BUILD the project. If the output says "Build Successful," then a .hex file will be generated that is used on the board.

Navigate to the directory of the github install run bootloadergui.py python site_scons/booatloadergui.py
Connect the PIC to your computer in bootloader mode.
In order to enter bootloader from the device, hold the bootloader button before connecting.
Alternatively, hold the bootloader while resetting
In Bootloader GUI, click "Connect". It should now be connected to your board.
Import Hex (Command+I) from MPLabX's build directory <USER>/MPLABXProjects/<PROJECT_NAME>/dist/default/production/ Default name of the hex is: <PROJECT_NAME>.X.production.hex
In Bootloader GUI, click "Write".
To see code working, click "Disconnect/Run"

Assumes MPLabX are both open and the environment is set up through the above.