CC_FASTCALL was introduced many years ago for the cc65 tool chain. It was never used for another tool chain. With a798b1d648 the cc65 tool chain doesn't need CC_FASTCALL anymore.
This allows us to reduce CODE footprint of SDCC projects
built with --model-huge. Use carefully!
* Added a facility which allows us to enable/disable the
feature from the CPU dir (CC_CONF_NON_BANKED_OPTIMIZATION)
* Added the CC_NON_BANKED keyword to some platform files
(expands to __nonbanked)
* Started using this for some examples
- First in 8051def.h, it appears the uip_arch-asm.S file was copied from z80 and am unsure it will work properly. I modified the 8051def.h to prevent the UIP code from using these routines.
- In dma.c the config routine provides access to all of the DMA channel options, except for the word mode flag. In order to maintain compatibility with any existing code I created a second routine and converted the original routine into a wrapper routine with a fixed word mode value.
- uart.c::uart0_init was missing blocking access to the higher baud rates. I am not sure why, so I corrected this.
- I also copied over to header files that provide some useful macros from the msp430 cpu. The files are lpm.h and hwconf.h. The lpm.h is for switching power modes, I think. The hwconf.h has various macros for configuring port I/O. By porting these files the led/button api's can be ported with minimal modifications.
