/* Call the Virtual Jumper                      */
        PDEBUG("IRJIT:                  Create the call to the virtual call handler\n");
        v_method = jit_insn_call_native(method->getJITFunction(method), "virtual_jumper", virtual_jumper, sign, args, 4, JIT_CALL_NOTHROW);
        assert(v_method != NULL);

        /* Call the virtual method                      */
        v_args_number   = g_list_length((inst->IO).params);
        v_args          = (jit_value_t *) malloc (sizeof(jit_value_t) * v_args_number);
        if (args == NULL){
                print_err("IRJIT: ERROR = Malloc return an error. ", errno);
                return CANNOT_ALLOCATE_MEMORY;
        }
        item    = g_list_first((inst->IO).params);
        assert(item != NULL);
        count   = 0;
        while (item != NULL){
                param           = (t_stack_item *) item->data;
                assert(param != NULL);

                /* Create the argument          */
                v_args[count] = make_constant (method->getIRMethod(method), param);
                assert(v_args[count] != NULL);

                /* Fetch the next parameter     */
                count++;
                item = g_list_next(item);
        }
        assert(count == v_args_number);
        PDEBUG("IRJIT:                  Create the call to the correct method returned by the virtual call handler\n");
        switch ((inst->result).type){
                case IROFFSET:
                        assert(v_args != NULL);
                        method->getIRMethod(method)->locals[(inst->result).value] = jit_insn_call_indirect_vtable(method->getJITFunction(method), v_method, NULL, v_args, v_args_number, 0);
                        assert(method->getIRMethod(method)->locals[(inst->result).value] != NULL);