xbignum_val      5807 src/alloc.c      mpz_t const *n = xbignum_val (value);
xbignum_val        75 src/bignum.c     return mpz_get_d_rounded (*xbignum_val (n));
xbignum_val       276 src/bignum.c     return mpz_to_intmax (*xbignum_val (x), &i) ? i : 0;
xbignum_val       282 src/bignum.c     return mpz_to_uintmax (*xbignum_val (x), &i) ? i : 0;
xbignum_val       374 src/bignum.c     return mpz_bufsize (*xbignum_val (num), base);
xbignum_val       408 src/bignum.c     mpz_get_str (buf, base, *xbignum_val (num));
xbignum_val       110 src/bignum.h     return xbignum_val (i);
xbignum_val       122 src/bignum.h       mpz_set (result, *xbignum_val (i));
xbignum_val       549 src/data.c     	   : BIGNUMP (object) && 0 <= mpz_sgn (*xbignum_val (object)))
xbignum_val      2691 src/data.c     	i2 = mpz_cmp_d (*xbignum_val (num2), f1);
xbignum_val      2712 src/data.c     	i2 = mpz_sgn (*xbignum_val (num2));
xbignum_val      2720 src/data.c     	i1 = mpz_cmp_d (*xbignum_val (num1), f2);
xbignum_val      2723 src/data.c         i1 = mpz_sgn (*xbignum_val (num1));
xbignum_val      2725 src/data.c         i1 = mpz_cmp (*xbignum_val (num1), *xbignum_val (num2));
xbignum_val      3249 src/data.c           mpz_neg (mpz[0], *xbignum_val (a));
xbignum_val      3320 src/data.c     	  mpz_t const *n = xbignum_val (num);
xbignum_val      3457 src/data.c           mpz_t const *nonneg = xbignum_val (value);
xbignum_val      3495 src/data.c           if (mpz_sgn (*xbignum_val (count)) < 0)
xbignum_val      3498 src/data.c     			 : mpz_sgn (*xbignum_val (value)));
xbignum_val      3543 src/data.c         return ((FIXNUMP (y) ? XFIXNUM (y) & 1 : mpz_odd_p (*xbignum_val (y)))
xbignum_val      3556 src/data.c     	  || !mpz_fits_ulong_p (*xbignum_val (y)))
xbignum_val      3558 src/data.c           exp = mpz_get_ui (*xbignum_val (y));
xbignum_val      3576 src/data.c       mpz_add_ui (mpz[0], *xbignum_val (number), 1);
xbignum_val      3591 src/data.c       mpz_sub_ui (mpz[0], *xbignum_val (number), 1);
xbignum_val      3602 src/data.c       mpz_com (mpz[0], *xbignum_val (number));
xbignum_val      1108 src/emacs-module.c   const mpz_t *x = xbignum_val (o);
xbignum_val       286 src/floatfns.c       if (mpz_sgn (*xbignum_val (arg)) < 0)
xbignum_val       288 src/floatfns.c 	  mpz_neg (mpz[0], *xbignum_val (arg));
xbignum_val       325 src/floatfns.c     value = mpz_sizeinbase (*xbignum_val (arg), 2) - 1;
xbignum_val      1676 src/fns.c            if (mpz_sgn (*xbignum_val (n)) < 0)
xbignum_val      1718 src/fns.c            if (mpz_sgn (*xbignum_val (n)) < 0)
xbignum_val      1772 src/fns.c            if (mpz_sgn (*xbignum_val (n)) < 0)
xbignum_val      1810 src/fns.c      	num += mpz_tdiv_ui (*xbignum_val (n), cycle_length);
xbignum_val      1814 src/fns.c      	  mpz_tdiv_r (mpz[0], *xbignum_val (n), mpz[0]);
xbignum_val      1933 src/fns.c      	      && mpz_cmp (*xbignum_val (elt), *xbignum_val (tem)) == 0)
xbignum_val      2690 src/fns.c      	     && mpz_cmp (*xbignum_val (obj1), *xbignum_val (obj2)) == 0)
xbignum_val      2830 src/fns.c      	  return mpz_cmp (*xbignum_val (o1), *xbignum_val (o2)) == 0;
xbignum_val      5096 src/fns.c        mpz_t const *n = xbignum_val (bignum);
xbignum_val      2241 src/pdumper.c    dump_field_fixup_later (ctx, out, bignum, xbignum_val (object));
xbignum_val      3449 src/pdumper.c    mpz_t const *n = xbignum_val (object);
xbignum_val        92 src/timefns.c  # define ztrillion (*xbignum_val (trillion))
xbignum_val       550 src/timefns.c    else if (! (BIGNUMP (hz) && 0 < mpz_sgn (*xbignum_val (hz))))
xbignum_val       963 src/timefns.c  	ns = mpz_fdiv_q_ui (*q, *xbignum_val (t.ticks), TIMESPEC_HZ);
xbignum_val       980 src/timefns.c  	qt = xbignum_val (t.ticks);
xbignum_val      1079 src/timefns.c  	    (mpz[0], *xbignum_val (a), eabs (XFIXNUM (b)));