anchor.diff:      WatchdogProps = leo_misc:get_value('watchdog', State, []),
   
       MQConf_1 = leo_misc:get_value('mq_num_of_procs', State, []),
  -    MQConf_2 = leo_misc:get_value('mq_num_of_batch_procs', State, []),
  -    MQConf_3 = leo_misc:get_value('mq_waiting_time_min',   State, []),
  -    MQConf_4 = leo_misc:get_value('mq_waiting_time_max',   State, []),
  +    MQConf_2 = leo_misc:get_value('mq_num_of_batch_process_step', State, []),
  +    MQConf_3 = leo_misc:get_value('mq_num_of_batch_process_reg',  State, []),
  +    MQConf_4 = leo_misc:get_value('mq_num_of_batch_process_max',  State, []),
  +    MQConf_5 = leo_misc:get_value('mq_num_of_batch_process_min',  State, []),
  +    MQConf_6 = leo_misc:get_value('mq_interval_between_batch_procs_step', State, []),
  +    MQConf_7 = leo_misc:get_value('mq_interval_between_batch_procs_reg',  State, []),
  +    MQConf_8 = leo_misc:get_value('mq_interval_between_batch_procs_max',  State, []),
  +    MQConf_9 = leo_misc:get_value('mq_interval_between_batch_procs_min',  State, []),
   
       AutoCompactionEnabled = leo_misc:get_value('auto_compaction_enabled', State),
       AutoCompactionConf_1  = leo_misc:get_value('auto_compaction_warn_active_size_ratio', State),
       AutoCompactionConf_2  = leo_misc:get_value('auto_compaction_threshold_active_size_ratio', State),
       AutoCompactionConf_3  = leo_misc:get_value('auto_compaction_parallel_procs', State),
  -    CompactionConf_1 = leo_misc:get_value('limit_num_of_compaction_procs', State),
  -    CompactionConf_2 = leo_misc:get_value('min_compaction_waiting_time',   State),
  -    CompactionConf_3 = leo_misc:get_value('max_compaction_waiting_time',   State),
  -    CompactionConf_4 = leo_misc:get_value('step_compaction_waiting_time',  State),
  -    CompactionConf_5 = leo_misc:get_value('max_compaction_batch_procs',    State),
  -    CompactionConf_6 = leo_misc:get_value('min_compaction_batch_procs',    State),
  -    CompactionConf_7 = leo_misc:get_value('step_compaction_batch_procs',   State),
  +    CompactionConf_1 = leo_misc:get_value('limit_num_of_compaction_procs',      State),
  +    CompactionConf_2 = leo_misc:get_value('compaction_num_of_batch_procs_min',  State),
  +    CompactionConf_3 = leo_misc:get_value('compaction_num_of_batch_procs_max',  State),
  +    CompactionConf_4 = leo_misc:get_value('compaction_num_of_batch_procs_reg',  State),
  +    CompactionConf_5 = leo_misc:get_value('compaction_num_of_batch_procs_step', State),
  +    CompactionConf_6 = leo_misc:get_value('compaction_interval_between_batch_procs_min',  State),
  +    CompactionConf_7 = leo_misc:get_value('compaction_interval_between_batch_procs_max',  State),
  +    CompactionConf_8 = leo_misc:get_value('compaction_interval_between_batch_procs_reg',  State),
  +    CompactionConf_9 = leo_misc:get_value('compaction_interval_between_batch_procs_step', State),
   
       ObjContainer_1 = lists:flatten(
                          lists:foldl(
  
positive.code:                    CompactionConf_5,
                     CompactionConf_6,
                     CompactionConf_7,
                     %% RING
                     leo_hex:integer_to_hex(leo_misc:get_value('ring_cur',  RingHashes, 0), 8),
                     leo_hex:integer_to_hex(leo_misc:get_value('ring_prev', RingHashes, 0), 8),
  
negative.code:                                     "             Current ring hash | ~s\r\n",
                                      "            Previous ring hash | ~s\r\n",
                                      "-------------------------------+----------\r\n\r\n",
                                      " [State of Node(s)]\r\n"
                                     ]),
                        [Version,
                         SystemConf#?SYSTEM_CONF.cluster_id,
  