USING REGISTERIZED ARGUMENTS

 
 Using registerized arguments will make your code smaller and faster,
 but there are some restrictions and various other things you must be
 sure to do before you can use the feature reliably.

 RESTRICTIONS WITH 1.3

 No standard prototype headers exist for the Amiga includes under
 1.3.  Since REGARGS depends on the programmer using the same
 prototypes as were used to generate the regargs library, no
 regargs library (would be amigasr.lib) exists for 1.3

 Under 2.0, the prototypes do exist in the directory
 CLIB/#?_protos.h , and a 2.0 version of amiga.lib does
 exist (AMIGASR20.LIB).

 Thus, under 1.3 you cannot use REGARGS for system calls, though
 you can use it for all the functions within your program.  To
 prevent DICE from attempting to make regargs system calls (if
 this occurs you will get undefined symbol errors in link showing
 symbols that begin with an '@'), you must either not prototype
 the arguments to the system calls, or prototype them with
 __stkargs.  Example:

     void *AllocMem();                           /*  OK  */
     __stkargs void *AllocMem(long, long)        /*  OK  */

     void *AllocMem(long, long)                  /*  WRONG */

 The second method is the one of choice (using __stkargs) because it
 allows you to do strict prototype checking (-proto option to DCC)
 and mix non-registered amiga.lib calls with registered calls

 RESTRICTIONS IN AMIGASR20.LIB, (GENERAL)

 The registerized version of amiga.lib does not contain all
 amiga.lib functions.  Of major import: CreateTask() and
 DeleteTask() are missing.  The single precision FFP routines
 do not exist either.