Bootloader example project...

From the 'RAppID BL Tool' product drop the bootloader application (.rbf file) onto the board

The board needs to run the proper OpenSDA software, this provided a serial link to the device.

The appropriate flash algorithm from RappID BL /rbf folder needs to be dragged onto the board
once it's been replugged to be out of bootloader mode.

To launch the RappID BL application from the IDE the bootloader.rbl file needs to be revised to
match the COM port and the .srec application file. On a first run the simplest way is to
configure the bootloading via the application and save the .rbl in the project. On subsequent
runs the external tool can be used, do not forget to drag'n drop the flash algo (.rbf) onto
the board each time (it uses RAM space overwritten by your application).

The bootloaded application resides in low memory, this impacts the memroy map of the target
application, for a typical project the interrupt vector needs to be move up and the RCHW
placed in the correct address ranges for the bootloader. This project linker file has been
modified to meet these constraints and rchw.c is added to populate that region. 

With the applicatin succesfully loaded and launched it's possible to attach to the running
device with a modified Debug config that attaches without loading the executable (Startup tab),
once that debug config is launch breaking the application will provide symbolic debugging.