#ifndef NORCSID static char rcsid[] = "$Header$" ; #endif con_part(sz, w) register int sz; word w; { while (part_size % sz) part_size++; if (part_size == TEM_WSIZE) part_flush(); if (sz == 1 || sz == 2) { w &= (sz == 1 ? 0xFF : 0xFFFF); w <<= 8 * part_size; part_word |= w; } else { assert(sz == 4); part_word = w; } part_size += sz; } con_mult(sz) word sz; { if (sz != 4) fatal("bad icon/ucon size"); fprintf(codefile,".data4\t%s\n",str); } #ifdef REGVARS full lbytes; struct regadm { char *ra_str; long ra_off; } regadm[4]; int n_regvars; regscore(off,size,typ,score,totyp) long off; { /*This function is copied from pdp/ncg */ /* * This function is full of magic constants. * They are a result of experimentation. */ if (size != 2) return(-1); score -= 1; /* allow for save/restore */ if (off>=0) score -= 2; if (typ==reg_pointer) score *= 17; else if (typ==reg_loop) score = 10*score+50; /* Guestimate */ else score *= 10; return(score); /* 10 * estimated # of words of profit */ } i_regsave() { n_regvars=0; } f_regsave(){ register i; register int c = ' '; fprintf(codefile, "enter ["); for (i=0; i=0) fprintf(codefile, "movd %ld(fp), %s", regadm[i].ra_off, regadm[i].ra_str); } regsave(regstr,off,size) char *regstr; long off; { fprintf(codefile,"\t! Local %ld into %s\n",off,regstr); regadm[n_regvars].ra_str = regstr; regadm[n_regvars].ra_off = off; n_regvars++; } regreturn() { register int i; register int c = ' '; fprintf(codefile, "exit ["); for (i=1; i