121   union {
 122     jdouble jd;
 123     jint    array[2];
 124   } x;
 125   // Interpreter stack is reversed in memory:
 126   // low memory location is in higher java local slot.
 127   x.jd = value;
 128   at(slot+1)->set_int(x.array[0]);
 129   at(slot+0)->set_int(x.array[1]);
 130 #endif
 131 }
 132 
 133 #ifndef PRODUCT
 134 void StackValueCollection::print() {
 135   for(int index = 0; index < size(); index++) {
 136     tty->print("\t  %2d ", index);
 137     at(index)->print_on(tty);
 138     if( at(index  )->type() == T_INT &&
 139         index+1 < size() &&
 140         at(index+1)->type() == T_INT ) {
 141       tty->print("  " INT64_FORMAT " (long)", long_at(index));
 142       tty->cr();
 143       tty->print("\t     %.15e (double)", double_at(index));
 144       tty->print("  " PTR64_FORMAT " (longhex)", long_at(index));
 145     }
 146     tty->cr();
 147   }
 148 }
 149 #endif

 121   union {
 122     jdouble jd;
 123     jint    array[2];
 124   } x;
 125   // Interpreter stack is reversed in memory:
 126   // low memory location is in higher java local slot.
 127   x.jd = value;
 128   at(slot+1)->set_int(x.array[0]);
 129   at(slot+0)->set_int(x.array[1]);
 130 #endif
 131 }
 132 
 133 #ifndef PRODUCT
 134 void StackValueCollection::print() {
 135   for(int index = 0; index < size(); index++) {
 136     tty->print("\t  %2d ", index);
 137     at(index)->print_on(tty);
 138     if( at(index  )->type() == T_INT &&
 139         index+1 < size() &&
 140         at(index+1)->type() == T_INT ) {
 141       tty->print("  " INT64_FORMAT " (long)", (int64_t)long_at(index));
 142       tty->cr();
 143       tty->print("\t     %.15e (double)", double_at(index));
 144       tty->print("  " PTR64_FORMAT " (longhex)", (int64_t)long_at(index));
 145     }
 146     tty->cr();
 147   }
 148 }
 149 #endif