anchor.diff:  $ make 
   -------------------------------
   
  -To build.
  +to build the executable.
  +
  +How to run the RKI image
  +------------------------
  +
  +Here is how to run the rki program on the SPARC/sis simulator and the raspberry pi:
  +
  +.SPARC/sis
  +-------------------------------------------------
  +$ make    # build the image
  +$ ./run-sis.sh
  +(gdb) target sim
  +(gdb) load
  +(gdb) run
  +-------------------------------------------------
  +
  +.Raspberry Pi
  +------------------------------------------------
  +$ make    # build the image
  +$ cp rki.bin kernel.img 
  +
  +( Now copy the kernel.img to your Raspberry Pi SD card. Be sure to back up the old kernel.img! )
  +------------------------------------------------ 
  +
   
   Commands to try
   ---------------
  
positive.code: RTEMS_BSP_BASE=/home/alan/Projects/rtems/4.11
  ----------------------------------------------
  
  How to build
  ------------
  
  .If you have the following set up:
  - arm-rtems4.11 tools installed
  - raspberrypi BSP compiled and installed
  - The above paths set to the right place
  
  You should be able to just type
  
  
negative.code: Rtems Kernel Image Project (RKI)
  --------------------------------
  
  This project provides a starting point or example of how to configure an RTEMS application for your project. There are many ways to configure an RTEMS application, this project is just something I have done to help me run on various targets. It is put together from different examples I have found, most of which have been contributed by RTEMS developers. 
  
  NOTE: I have tested this on the Raspberry Pi and the SPARC/sis simulator with RTEMS 4.11. I have not tested this particular project with RTEMS 4.10, but a variation of it. I am not sure the RAM disk code will compile and run on RTEMS 4.10.
  
  This project configuration provides:
  
  - RAM Disk setup
  - NVRAM Disk setup
  