335   typedef numeric_limits<double> limits;  in _Stl_atod()  typedef
420         if (value == (ULL(1) << (limits::digits - 1))) { /* carry created normal number */  in _Stl_atod()
464     if (bexp > limits::max_exponent) {          /* overflow */  in _Stl_atod()
465       return limits::infinity();  in _Stl_atod()
468       value &= ~(ULL(1) << (limits::digits - 1));   /* hide hidden bit */  in _Stl_atod()
485   typedef numeric_limits<D> limits;  in _Stl_atodT()  typedef
529   if ( bexp >= limits::min_exponent ) { /* not zero or denorm */  in _Stl_atodT()
530     if ( limits::digits < 64 ) {  in _Stl_atodT()
532       uint64_t rest = vv.i64 & ((~ULL(0) / ULL(2)) >> (limits::digits - 1));  in _Stl_atodT()
548 …if ( (vv.i64 >> (limits::digits < 64 ? limits::digits : 0)) != 0 ) { /* carry all the way across */  in _Stl_atodT()
555       vv.i64 &= ~(ULL(1) << (limits::digits - 1)); /* hide hidden bit */  in _Stl_atodT()
571     if (bexp > limits::max_exponent) { /* overflow */  in _Stl_atodT()
572       return limits::infinity();  in _Stl_atodT()
589   if (bexp < -limits::digits) { /* guaranteed underflow */  in _Stl_atodT()
621       if (vv.i64 == (ULL(1) << (limits::digits - 1))) { /* carry created normal number */  in _Stl_atodT()
646   typedef numeric_limits<double> limits;  in _Stl_string_to_double()  typedef
647   const int max_digits = limits::digits10 + 2;  in _Stl_string_to_double()
723   if ((exp + n - 1) < limits::min_exponent10) {  in _Stl_string_to_double()
726   else if ((exp + n - 1) > limits::max_exponent10) {  in _Stl_string_to_double()
727     x = limits::infinity();  in _Stl_string_to_double()
751   typedef numeric_limits<D> limits;  in _Stl_string_to_doubleT()  typedef
752   const int max_digits = limits::digits10; /* + 2 17 */;  in _Stl_string_to_doubleT()
827   if ((exp + n - 1) < limits::min_exponent10) {  in _Stl_string_to_doubleT()
829   } else if ((exp + n - 1) > limits::max_exponent10 ) {  in _Stl_string_to_doubleT()
831     x = limits::infinity();  in _Stl_string_to_doubleT()