src/share/vm/runtime/deoptimization.cpp

*** 219,230 ****
        // runtime calls (for example, used to allocate new objects/arrays
        // on slow code path) and any other calls generated in compiled code.
        // It is not guaranteed that we can get such information here only
        // by analyzing bytecode in deoptimized frames. This is why this flag
        // is set during method compilation (see Compile::Process_OopMap_Node()).
!       // If the previous frame was popped, we don't have a result.
!       bool save_oop_result = chunk->at(0)->scope()->return_oop() && !thread->popframe_forcing_deopt_reexecution();
        Handle return_value;
        if (save_oop_result) {
          // Reallocation may trigger GC. If deoptimization happened on return from
          // call which returns oop we need to save it since it is not in oopmap.
          oop result = deoptee.saved_oop_result(&map);
--- 219,231 ----
        // runtime calls (for example, used to allocate new objects/arrays
        // on slow code path) and any other calls generated in compiled code.
        // It is not guaranteed that we can get such information here only
        // by analyzing bytecode in deoptimized frames. This is why this flag
        // is set during method compilation (see Compile::Process_OopMap_Node()).
!       // If the previous frame was popped or if we are dispatching an exception,
!       // we don't have an oop result.
!       bool save_oop_result = chunk->at(0)->scope()->return_oop() && !thread->popframe_forcing_deopt_reexecution() && (exec_mode == Unpack_deopt);
        Handle return_value;
        if (save_oop_result) {
          // Reallocation may trigger GC. If deoptimization happened on return from
          // call which returns oop we need to save it since it is not in oopmap.
          oop result = deoptee.saved_oop_result(&map);