/*
HEADER:        ;
TITLE:                 Frankenstein Cross Assemblers;
VERSION:       2.0;
DESCRIPTION: " Reconfigurable Cross-assembler producing Intel (TM)
               Hex format object records.  ";
FILENAME:      fraebin.h;
SEE-ALSO:      frapsub.c, fraosub.c;
AUTHORS:       Mark Zenier;
*/

/*
       description     switch case actions for binary operators for
                       both the parse and output phase expression
                       evaluators
*/


               case IFC_MUL:
                       etop *= (estkm1p--)->v;
                       break;

               case IFC_DIV:
                       etop = (estkm1p--)->v/etop;
                       break;

               case IFC_ADD:
                       etop += (estkm1p--)->v;
                       break;

               case IFC_SUB:
                       etop = (estkm1p--)->v - etop;
                       break;

               case IFC_MOD:
                       etop = (estkm1p--)->v % etop;
                       break;

               case IFC_SHL:
                       etop = (estkm1p--)->v << etop;
                       break;

               case IFC_SHR:
                       etop = (estkm1p--)->v >> etop;
                       break;

               case IFC_AND:
                       etop &= (estkm1p--)->v;
                       break;

               case IFC_OR:
                       etop |= (estkm1p--)->v;
                       break;

               case IFC_XOR:
                       etop ^= (estkm1p--)->v;
                       break;

               case IFC_GT:
                       etop = (estkm1p--)->v > etop ? 1 : 0;
                       break;

               case IFC_GE:
                       etop = (estkm1p--)->v >= etop ? 1 : 0;
                       break;

               case IFC_LT:
                       etop = (estkm1p--)->v < etop ? 1 : 0;
                       break;

               case IFC_LE:
                       etop = (estkm1p--)->v <= etop ? 1 : 0;
                       break;

               case IFC_NE:
                       etop = (estkm1p--)->v != etop ? 1 : 0;
                       break;

               case IFC_EQ:
                       etop = (estkm1p--)->v == etop ? 1 : 0;
                       break;