Output I am required to process:
AAA_AA1_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
AAA_AA2_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BS: 111_DDD, QE: QQQ_DDD (additionnal QE)
BBB_BB1_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BBB_BB2_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BS: 222_DDD, QE: QQQ_DDD (additionnal QE)
CCC_CC1_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
CCC_CC2_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BS: 333_DDD, QE: QQQ_DDD (additionnal QE)

##</code><code>##

BS 111_DDD => (AAA_AA1_DDD,%,#,%,#)

##</code><code>##

table queue
BS       queue_name   in_q_per in_q_num  out_q_per out_q_num
------------------------------------------------------------
111_DDD  AAA_AA1_DDD    0%        0          0%         0
111_DDD  AAA_AA2_DDD    0%        0          0%         0
222_DDD  BBB_BB1_DDD    0%        0          0%         0
222_DDD  BBB_BB1_DDD    0%        0          0%         0
333_DDD  CCC_CC1_DDD    0%        0          0%         0
333_DDD  CCC_CC1_DDD    0%        0          0%         0

##</code><code>##

BS: 333_DDD, QE: QQQ_DDD (additionnal QE)
CCC_CC2_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
CCC_CC1_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BS: 222_DDD, QE: QQQ_DDD (additionnal QE)
BBB_BB2_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BBB_BB1_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
BS: 111_DDD, QE: QQQ_DDD (additionnal QE)
AAA_AA2_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)
AAA_AA1_DDD (0% / 0 of 1024 | event 0% / 0 of 1024)