+---------------------------------------------------------------------+
|  Log file: mau.config.log                                           |
|  Compiler version: 5.1.0 (fca32d1)                                  |
|  Created on: Wed Sep 13 12:57:41 2017                               |
+---------------------------------------------------------------------+

Final Stage dependencies are:
  (0, 'ingress')  :  match
  (1, 'ingress')  :  match
  (2, 'ingress')  :  match
  (3, 'ingress')  :  concurrent
  (4, 'ingress')  :  concurrent
  (5, 'ingress')  :  concurrent
  (6, 'ingress')  :  match
  (7, 'ingress')  :  concurrent
  (8, 'ingress')  :  concurrent
  (9, 'ingress')  :  concurrent
  (10, 'ingress')  :  concurrent
  (11, 'ingress')  :  concurrent
  (0, 'egress')  :  match
  (1, 'egress')  :  concurrent
  (2, 'egress')  :  concurrent
  (3, 'egress')  :  concurrent
  (4, 'egress')  :  concurrent
  (5, 'egress')  :  concurrent
  (6, 'egress')  :  match
  (7, 'egress')  :  concurrent
  (8, 'egress')  :  concurrent
  (9, 'egress')  :  concurrent
  (10, 'egress')  :  concurrent
  (11, 'egress')  :  concurrent
Action/Concurrent chaining in ingress consists of [3, 4, 5]
Action/Concurrent chaining in ingress consists of [7, 8, 9, 10, 11]
Action/Concurrent chaining in egress consists of [1, 2, 3, 4, 5]
Action/Concurrent chaining in egress consists of [7, 8, 9, 10, 11]

+------------------------------------------------------------------------
|    MAU Stage 0
+------------------------------------------------------------------------

+------------------------------------------------------------------------
|  Working on table _condition_0 in stage 0 ---
+------------------------------------------------------------------------
--> Stage Gateway Table for condition _condition_0 in stage 0
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x2.  (old value = 0x0 OR new value = 0x2)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=12].match_input_xbar_816b_ctl_address to be 4.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=12].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 12 to come from 8-bit PHV container 4.
  That PHV byte contains {unused[5:0], --validity_check--packet_out_hdr[0:0], unused[0:0]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=4].match_input_xbar_din_power_ctl to be 0x10.  (previous value = 0x0  OR new value = 0x10)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x2.  (previous value = 0x0  OR  new value = 0x2)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=6][hash_bit_index=40].byte0 to be 0x2.
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x1.  (previous value = 0x0 OR new value = 0x1)
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_select to be 0.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_enable to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_select to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_enable to be 1.
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_data0_select to be 0x1
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_data1_select to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_hash0_select to be 0x1
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_hash1_select to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_logical_table to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_thread to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_matchdata_xor_en.gateway_table_matchdata_xor_en to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[3].gateway_table_entry_versionvalid0 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[3].gateway_table_entry_versionvalid1 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[3][0] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[3][1] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[3][0] to be 0xffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[3][1] to be 0xfffffe
Configuring rams.match.merge.gateway_inhibit_lut[0] to be 0x10
Configuring rams.match.merge.gateway_next_table_lut[0][4] to be 0x1
Configuring rams.match.merge.gateway_en.gateway_en to be 0x1
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[0].enabled_4bit_muxctl_select to be 0xf
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[0].enabled_4bit_muxctl_enable to be 0x1
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[0].tind_logical_select to be 0x0
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[0].tind_inhibit_enable to be 0x1
Configuring rams.match.merge.gateway_payload_match_adr[0][0][0].gateway_payload_match_adr to be 0x7ffff
Configuring rams.match.merge.gateway_payload_match_adr[0][0][1].gateway_payload_match_adr to be 0x7ffff

+------------------------------------------------------------------------
|  Working on table process_packet_out_table__action__ in stage 0 ---
+------------------------------------------------------------------------
--> Action Data Table process_packet_out_table__action__ with logical_table_id 1 that is reference type is 'direct'

+------------------------------------------------------------------------
|  Working on table process_packet_out_table in stage 0 ---
+------------------------------------------------------------------------
--> Match Table with no key process_packet_out_table with logical_table_id 1
allocated_result_bus = Ram Data Bus MatchResult2R 0 left_and_right is 83 bits
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=1].enabled_4bit_muxctl_select to be 1 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=1].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=1].enabled_4bit_muxctl_select to be 1 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=1].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_default[table_type_index=0][physical_result_bus=1].mau_action_instruction_adr_default to be 0x40.
Configuring rams.match.merge.mau_action_instruction_adr_mask[table_type_index=0][physical_result_bus=1].mau_action_instruction_adr_mask to be 0x0.
Configuring rams.match.merge.next_table_format_data[logical_table_id=1].match_next_table_adr_miss_value to be 0x20.
Configuring rams.match.merge.next_table_format_data[logical_table_id=1].match_next_table_adr_default to be 0x20.
Configuring rams.match.merge.mau_action_instruction_adr_map_en[table_type_index=0].mau_action_instruction_adr_map_en to be 0x2 (previous_value=0x0 OR new_value=0x2).
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=1][entry_index=0].mau_action_instruction_adr_map_data to be 0x45.
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=1][entry_index=1].mau_action_instruction_adr_map_data to be 0x0.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=2].imem_subword16_instr to be 0x74412.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=2].imem_subword16_color to be 1.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=2].imem_subword16_parity to be 0.
Micro instruction added in VLIW 2 for 16-bit position 2 for table process_packet_out_table.
  Assembled as 0x74412 (or decimal 476178)
  Micro Instruction deposit-field for PHV Container 130 has bit width 23
    Field Src2 [3:0]           : 0x2   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x1   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x0   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [3:0]       : 0x8   (4 bits in instruction bits [14:11])
    Field low_bit_lo [0:0]     : 0x0   (1 bits in instruction bits [15:15])
    Field right_rotate [3:0]   : 0x7   (4 bits in instruction bits [19:16])
    Field low_bit_hi [2:0]     : 0x0   (3 bits in instruction bits [22:20])

Configuring dp.imem.imem_subword8[unit_number=4][vliw_instruction_number=2].imem_subword8_instr to be 0x74d84.
Configuring dp.imem.imem_subword8[unit_number=4][vliw_instruction_number=2].imem_subword8_color to be 1.
Configuring dp.imem.imem_subword8[unit_number=4][vliw_instruction_number=2].imem_subword8_parity to be 0.
Micro instruction added in VLIW 2 for 8-bit position 4 for table process_packet_out_table.
  Assembled as 0x74d84 (or decimal 478596)
  Micro Instruction deposit-field for PHV Container 68 has bit width 20
    Field Src2 [3:0]           : 0x4   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x18   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x0   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [2:0]       : 0x1   (3 bits in instruction bits [13:11])
    Field low_bit_lo [1:0]     : 0x1   (2 bits in instruction bits [15:14])
    Field right_rotate [2:0]   : 0x7   (3 bits in instruction bits [18:16])
    Field low_bit_hi [0:0]     : 0x0   (1 bits in instruction bits [19:19])

Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=4].actionmux_din_power_ctl to be 0x10.  (previous value = 0x0  OR new value = 0x10)
Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=8].actionmux_din_power_ctl to be 0x6.  (previous value = 0x0  OR new value = 0x6)
--> Stage Gateway Table for condition process_packet_out_table_always_true_condition in stage 0
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x2.  (old value = 0x2 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x2.  (previous value = 0x2  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x1.  (previous value = 0x1 OR new value = 0x1)
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_data0_select to be 0x1
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_data1_select to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_hash0_select to be 0x1
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_hash1_select to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_logical_table to be 0x1
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_thread to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_matchdata_xor_en.gateway_table_matchdata_xor_en to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_vv_entry[3].gateway_table_entry_versionvalid0 to be 0x3
Configuring rams.array.row[7].gateway_table[0].gateway_table_vv_entry[3].gateway_table_entry_versionvalid1 to be 0x3
Configuring rams.array.row[7].gateway_table[0].gateway_table_entry_matchdata[3][0] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[0].gateway_table_entry_matchdata[3][1] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[0].gateway_table_data_entry[3][0] to be 0xffffff
Configuring rams.array.row[7].gateway_table[0].gateway_table_data_entry[3][1] to be 0xffffff
Configuring rams.match.merge.gateway_inhibit_lut[1] to be 0x8
Configuring rams.match.merge.gateway_next_table_lut[1][3] to be 0x20
Configuring rams.match.merge.gateway_inhibit_lut[1] to be 0x18 (previous value 0x8 OR new value 0x10)
Configuring rams.match.merge.gateway_next_table_lut[1][4] to be 0x20
Configuring rams.match.merge.gateway_en.gateway_en to be 0x3 (previous value 0x1 OR new value 0x2)
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[1].enabled_4bit_muxctl_select to be 0xe
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[1].enabled_4bit_muxctl_enable to be 0x1
allocated_result_bus = Ram Data Bus MatchResult2R 0 left_and_right is 83 bits
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[1].exact_logical_select to be 0x1
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[1].exact_inhibit_enable to be 0x1
Configuring rams.match.merge.gateway_payload_exact_pbus[0].gateway_payload_exact_pbus to be 0x2
Configuring rams.match.merge.gateway_payload_data[0][1][0][0].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][1][1][0].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][1][0][1].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][1][1][1].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_match_adr[0][1][0].gateway_payload_match_adr to be 0x7ffff
Configuring rams.match.merge.gateway_payload_match_adr[0][1][1].gateway_payload_match_adr to be 0x7ffff
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=1].action_instruction_adr_payload_shifter_en to be 1.

+------------------------------------------------------------------------
|  Working on table table0__action__ in stage 0 ---
+------------------------------------------------------------------------
--> Action Data Table table0__action__ with logical_table_id 0 that is reference type is 'direct'
Configuring rams.array.row[row=6].action_hv_xbar.action_hv_ixbar_input_bytemask[array_half=1].action_hv_ixbar_input_bytemask to be 0x3.
Configuring rams.array.row[row=6].action_hv_xbar.action_hv_ixbar_ctl_halfword[slice_group=1][array_half=1].action_hv_ixbar_ctl_halfword_3to0_ctl to be 0.
Configuring rams.array.row[row=6].action_hv_xbar.action_hv_ixbar_ctl_halfword[slice_group=1][array_half=1].action_hv_ixbar_ctl_halfword_3to0_enable to be 1.
Configuring rams.match.adrdist.immediate_data_16b_ixbar_ctl[logical_table_concat_hi_lo_half=0].enabled_4bit_muxctl_select to be 5.
Configuring rams.match.adrdist.immediate_data_16b_ixbar_ctl[logical_table_concat_hi_lo_half=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.array.switchbox.row[row=6].ctl.r_action_o_mux_select.r_action_o_sel_action_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=8].unit_ram_ctl.match_ram_write_data_mux_select to be select of 7.
Configuring rams.array.row[row=6].ram[col=8].unit_ram_ctl.match_ram_read_data_mux_select to be select of 4.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=2].unitram_type to be 2.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=2].unitram_vpn to be 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=2].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=2].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=2].unitram_action_subword_out_en to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=2].unitram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=2].ram_unitram_adr_mux_select to be 1.
Configuring rams.array.row[row=6].actiondata_error_uram_ctl[direction=0].actiondata_error_uram_ctl to be select of 0x40.  (previous value = 0x0 OR new value = 0x40)
Action data table table0__action__ is used by match table table0.
Configuring rams.match.adrdist.adr_dist_action_data_adr_icxbar_ctl[match_logical_table_id=0].address_distr_to_logical_rows to be 0x2000.

---- Hash Distribution Units for table table0__action__ ----
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x3.  (old value = 0x2 OR new value = 0x3)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=0].match_input_xbar_32b_ctl_address to be 2.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=0].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 0 to come from 32-bit PHV container 2.
  That PHV byte contains {ipv4.dstAddr[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=1].match_input_xbar_32b_ctl_address to be 2.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=1].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 1 to come from 32-bit PHV container 2.
  That PHV byte contains {ipv4.dstAddr[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=2].match_input_xbar_32b_ctl_address to be 2.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=2].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 2 to come from 32-bit PHV container 2.
  That PHV byte contains {ipv4.dstAddr[23:16]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=3].match_input_xbar_32b_ctl_address to be 3.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=3].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 3 to come from 32-bit PHV container 3.
  That PHV byte contains {tcp.dstPort[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=4].match_input_xbar_32b_ctl_address to be 1.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=4].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 4 to come from 32-bit PHV container 1.
  That PHV byte contains {ipv4.srcAddr[31:24]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=5].match_input_xbar_816b_ctl_address to be 20.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=5].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 5 to come from 16-bit PHV container 4.
  That PHV byte contains {tcp.srcPort[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=6].match_input_xbar_816b_ctl_address to be 20.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=6].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 6 to come from 16-bit PHV container 4.
  That PHV byte contains {tcp.dstPort[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=7].match_input_xbar_32b_ctl_address to be 2.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=7].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 7 to come from 32-bit PHV container 2.
  That PHV byte contains {ipv4.dstAddr[31:24]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=8].match_input_xbar_816b_ctl_address to be 19.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=8].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 8 to come from 16-bit PHV container 3.
  That PHV byte contains {ipv4.srcAddr[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=9].match_input_xbar_816b_ctl_address to be 19.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=9].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 9 to come from 16-bit PHV container 3.
  That PHV byte contains {ipv4.srcAddr[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=10].match_input_xbar_816b_ctl_address to be 1.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=10].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 10 to come from 8-bit PHV container 1.
  That PHV byte contains {tcp.srcPort[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=11].match_input_xbar_816b_ctl_address to be 0.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=11].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 11 to come from 8-bit PHV container 0.
  That PHV byte contains {ipv4.srcAddr[23:16]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=0].match_input_xbar_din_power_ctl to be 0xe.  (previous value = 0x0  OR new value = 0xe)
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=4].match_input_xbar_din_power_ctl to be 0x13.  (previous value = 0x10  OR new value = 0x3)
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=8].match_input_xbar_din_power_ctl to be 0x18.  (previous value = 0x0  OR new value = 0x18)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x3.  (previous value = 0x2  OR  new value = 0x3)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=0].byte0 to be 0xff.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=0].byte1 to be 0xaf.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=0].byte0 to be 0xfe.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=0].byte1 to be 0xff.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=2][hash_bit_index=0].byte0 to be 0x7f.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=2][hash_bit_index=0].byte1 to be 0xff.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=3][hash_bit_index=0].byte0 to be 0xfb.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=3][hash_bit_index=0].byte1 to be 0x1f.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=0].byte0 to be 0xfb.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=0].byte1 to be 0xbf.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=5][hash_bit_index=0].byte0 to be 0xe7.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=5][hash_bit_index=0].byte1 to be 0xe6.
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x1.  (previous value = 0x1 OR new value = 0x1)
Configuring rams.match.merge.mau_hash_group_config.hash_group_enable to be 1. (old value = 0 OR new value = 1).
Configuring rams.match.merge.mau_hash_group_config.hash_group_sel to be 8. (old value = 0 OR new value = 8).
Configuring rams.match.merge.mau_hash_group_config.hash_group_ctl to be 1. (old value = 0 OR new value = 1).
Configuring rams.match.merge.mau_hash_group_shiftcount.mau_hash_group_shiftcount to be 0x0. (old value = 0x0 OR new value = 0x0).
Configuring rams.match.merge.mau_hash_group_mask[which_16=0].mau_hash_group_mask to be 0x1.  (previous value = 0x0  OR new value = 0x1)
Configuring rams.match.merge.mau_hash_group_xbar_ctl[output_type_index=1][control_group_index=0].mau_hash_group_xbar_ctl to be 0x8 (old value = 0x0 OR new value = 0x8).

+------------------------------------------------------------------------
|  Working on table table0 in stage 0 ---
+------------------------------------------------------------------------
--> Ternary Match Table table0 with logical_table_id 0
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x3 (previous_value=0x3 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x3 (previous_value=0x3 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x3 (previous_value=0x3 OR new_value=0x1).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=1][result_bus_number=0].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=1][result_bus_number=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=3][result_bus_number=0].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=3][result_bus_number=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_mask[table_type_index=1][physical_result_bus=0].mau_action_instruction_adr_mask to be 0x7.
Configuring rams.match.merge.mau_action_instruction_adr_default[table_type_index=1][physical_result_bus=0].mau_action_instruction_adr_default to be 0x0.
Configuring rams.match.merge.mau_action_instruction_adr_per_entry_en_mux_ctl[table_type_index=1][physical_result_bus=0].mau_action_instruction_adr_per_entry_en_mux_ctl to be 0x3.
Configuring rams.match.merge.mau_actiondata_adr_default[table_type_index=1][physical_result_bus=0].mau_actiondata_adr_default to be 0x400001.
Configuring rams.match.merge.mau_action_instruction_adr_map_en[table_type_index=1].mau_action_instruction_adr_map_en to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=1][logical_table=0][entry_index=0].mau_action_instruction_adr_map_data to be 0x870a080.
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=1][logical_table=0][entry_index=1].mau_action_instruction_adr_map_data to be 0x44.
Configuring rams.match.merge.next_table_map_en to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.next_table_map_data[logical_table_id=0][entry_index=0].next_table_map_data0 to be 0x20.
Configuring rams.match.merge.next_table_map_data[logical_table_id=0][entry_index=0].next_table_map_data1 to be 0x10.
Configuring rams.match.merge.next_table_format_data[logical_table_id=0].match_next_table_adr_miss_value to be 0x20.
Configuring rams.match.merge.next_table_format_data[logical_table_id=0].match_next_table_adr_mask to be 0x1.
Configuring rams.match.merge.mau_immediate_data_mask[table_type_index=1][result_bus_number=0].mau_immediate_data_mask to be 0x0.
Configuring rams.match.merge.mau_stats_adr_mask[table_type_index=1][result_bus_number=0].mau_stats_adr_mask to be 0xffffe.
Configuring rams.match.merge.mau_stats_adr_default[table_type_index=1][result_bus_number=0].mau_stats_adr_default to be 0x80000.
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x3.  (old value = 0x3 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x3.  (old value = 0x0 OR new value = 0x3)
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=133].match_input_xbar_816b_ctl_address to be 16.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=133].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 133 to come from 16-bit PHV container 0.
  That PHV byte contains version/valid
{unused[6:0], ig_intr_md.ingress_port[8:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=128].match_input_xbar_32b_ctl_address to be 5.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=128].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 128 to come from 32-bit PHV container 5.
  That PHV byte contains {ethernet.srcAddr[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=129].match_input_xbar_32b_ctl_address to be 5.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=129].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 129 to come from 32-bit PHV container 5.
  That PHV byte contains {ethernet.srcAddr[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=130].match_input_xbar_32b_ctl_address to be 5.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=130].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 130 to come from 32-bit PHV container 5.
  That PHV byte contains {ethernet.srcAddr[23:16]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=131].match_input_xbar_32b_ctl_address to be 5.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=131].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 131 to come from 32-bit PHV container 5.
  That PHV byte contains {ethernet.srcAddr[31:24]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=132].match_input_xbar_32b_ctl_address to be 4.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=132].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 132 to come from 32-bit PHV container 4.
  That PHV byte contains {ethernet.dstAddr[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=134].match_input_xbar_32b_ctl_address to be 4.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=134].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 134 to come from 32-bit PHV container 4.
  That PHV byte contains {ethernet.dstAddr[31:24]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=135].match_input_xbar_32b_ctl_address to be 4.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=135].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 135 to come from 32-bit PHV container 4.
  That PHV byte contains {ethernet.dstAddr[39:32]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=136].match_input_xbar_816b_ctl_address to be 22.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=136].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 136 to come from 16-bit PHV container 6.
  That PHV byte contains {ethernet.etherType[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=137].match_input_xbar_32b_ctl_address to be 4.
Configuring dp.xbar_hash.xbar.match_input_xbar_32b_ctl[word_group=0][output_byte=137].match_input_xbar_32b_ctl_lo_enable to be 1.
Configuring match input crossbar byte 137 to come from 32-bit PHV container 4.
  That PHV byte contains {ethernet.dstAddr[23:16]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=138].match_input_xbar_816b_ctl_address to be 21.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=138].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 138 to come from 16-bit PHV container 5.
  That PHV byte contains {ethernet.srcAddr[47:40]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=139].match_input_xbar_816b_ctl_address to be 22.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=139].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 139 to come from 16-bit PHV container 6.
  That PHV byte contains {ethernet.etherType[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=140].match_input_xbar_816b_ctl_address to be 16.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=140].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 140 to come from 16-bit PHV container 0.
  That PHV byte contains {ig_intr_md.ingress_port[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=141].match_input_xbar_816b_ctl_address to be 21.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=141].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 141 to come from 16-bit PHV container 5.
  That PHV byte contains {ethernet.dstAddr[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=142].match_input_xbar_816b_ctl_address to be 3.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=142].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 142 to come from 8-bit PHV container 3.
  That PHV byte contains {ethernet.srcAddr[39:32]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=143].match_input_xbar_816b_ctl_address to be 2.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=143].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 143 to come from 8-bit PHV container 2.
  That PHV byte contains {ethernet.dstAddr[47:40]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=0].match_input_xbar_din_power_ctl to be 0x3e.  (previous value = 0xe  OR new value = 0x30)
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=4].match_input_xbar_din_power_ctl to be 0x1f.  (previous value = 0x13  OR new value = 0xc)
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=8].match_input_xbar_din_power_ctl to be 0x79.  (previous value = 0x18  OR new value = 0x61)

--> Idletime Table for match table table0 in stage 0
Looking at Map RAM: Row 7 Unit 0
Configuring rams.map_alu.row[row=7].vh_xbars.adr_dist_idletime_adr_xbar_ctl[map_ram_index=0].enabled_4bit_muxctl_select to be select of 0.
Configuring rams.map_alu.row[row=7].vh_xbars.adr_dist_idletime_adr_xbar_ctl[map_ram_index=0].enabled_4bit_muxctl_select to be select of 1.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].two_way_idletime_notification to be 1.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].per_flow_idletime to be 1.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].idletime_bitwidth to be 2 (precision = 3 bits).
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_type to be 4.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_logical_table to be 0.
FIXME: Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_vpn_members to be 0.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_vpn to be 0.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=7].adrmux.mapram_config[map_ram_index=0].mapram_enable to be 1.
Configuring rams.map_alu.row[row=7].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_select to be 2.
Configuring rams.map_alu.row[row=7].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=7].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.row[row=7].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=7].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].ram_stats_meter_adr_mux_select_idlet to be 1.
Configuring rams.map_alu.row[row=7].adrmux.idletime_logical_to_physical_sweep_grant_ctl[map_ram_index=0].enabled_4bit_muxctl_select to be 0.
Configuring rams.map_alu.row[row=7].adrmux.idletime_logical_to_physical_sweep_grant_ctl[map_ram_index=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.map_alu.row[row=7].adrmux.idletime_physical_to_logical_req_inc_ctl[map_ram_index=0].enabled_4bit_muxctl_select to be 0.
Configuring rams.map_alu.row[row=7].adrmux.idletime_physical_to_logical_req_inc_ctl[map_ram_index=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.map_alu.row[row=7].adrmux.idletime_cfg_rd_clear_val[map_ram_index=0].idletime_cfg_rd_clear_val to be 0x36.
  logical table ID is 0
Configuring rams.match.adrdist.adr_dist_idletime_adr_oxbar_ctl.[entry_index=2].adr_dist_idletime_adr_oxbar_ctl be 0x4000  (previous value = 0x0  OR  new value = 0x4000)
Note that rams.match.adrdist.idletime_sweep_ctl[logical_table_id=0].idletime_sweep_en must be programmed by run time.
Configuring rams.match.adrdist.idletime_sweep_ctl[logical_table_id=0].idletime_sweep_offset be 0x0.
Configuring rams.match.adrdist.idletime_sweep_ctl[logical_table_id=0].idletime_sweep_size be 0x0.
Configuring rams.match.adrdist.idletime_sweep_ctl[logical_table_id=0].idletime_sweep_remove_hole_pos be 0x0.
Configuring rams.match.adrdist.idletime_sweep_ctl[logical_table_id=0].idletime_sweep_remove_hole_en be 0x0.
Configuring rams.match.adrdist.idletime_sweep_ctl[logical_table_id=0].idletime_sweep_interval be 0x7.
Configuring cfg_regs.idle_dump_ctl[logical_table=0].idletime_dump_offset be 0x0.
Configuring cfg_regs.idle_dump_ctl[logical_table=0].idletime_dump_size be 0x0.
Configuring cfg_regs.idle_dump_ctl[logical_table=0].idletime_dump_remove_hole_pos be 0x0.
Configuring cfg_regs.idle_dump_ctl[logical_table=0].idletime_dump_remove_hole_en be 0.
Configuring rams.match.adrdist.movereg_idle_ctl[logical_table=0].movereg_idle_ctl_size be 2.
Configuring rams.match.adrdist.movereg_idle_ctl[logical_table=0].movereg_idle_ctl_direct be 1.
Configuring rams.match.adrdist.movereg_ad_direct[movereg_index=2].movereg_ad_direct be 0x1.  (previous value = 0x0  OR new value = 0x1)
Configuring rams.match.merge.mau_idletime_adr_mask[table_type_index=1][result_bus_number=0].mau_idletime_adr_mask to be 0x1ffff8.
Configuring rams.match.merge.mau_idletime_adr_default[table_type_index=1][result_bus_number=0].idletime_adr_default to be 0x100003.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=0].imem_subword16_instr to be 0x4602.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=0].imem_subword16_color to be 1.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=0].imem_subword16_parity to be 1.
Micro instruction added in VLIW 0 for 16-bit position 2 for table table0.
  Assembled as 0x4602 (or decimal 17922)
  Micro Instruction deposit-field for PHV Container 130 has bit width 23
    Field Src2 [3:0]           : 0x2   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x0   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x1   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [3:0]       : 0x8   (4 bits in instruction bits [14:11])
    Field low_bit_lo [0:0]     : 0x0   (1 bits in instruction bits [15:15])
    Field right_rotate [3:0]   : 0x0   (4 bits in instruction bits [19:16])
    Field low_bit_hi [2:0]     : 0x0   (3 bits in instruction bits [22:20])

Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=8].actionmux_din_power_ctl to be 0x6.  (previous value = 0x6  OR new value = 0x4)
Configuring dp.imem.imem_subword16[unit_number=7][vliw_instruction_number=1].imem_subword16_instr to be 0xc7a07.
Configuring dp.imem.imem_subword16[unit_number=7][vliw_instruction_number=1].imem_subword16_color to be 0.
Configuring dp.imem.imem_subword16[unit_number=7][vliw_instruction_number=1].imem_subword16_parity to be 0.
Micro instruction added in VLIW 1 for 16-bit position 7 for table table0.
  Assembled as 0xc7a07 (or decimal 817671)
  Micro Instruction alu_a for PHV Container 135 has bit width 23
    Field Src2 [3:0]     : 0x7   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]     : 0x0   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]    : 0x1   (1 bits in instruction bits [9:9])
    Field opcode [9:0]   : 0x31e   (10 bits in instruction bits [19:10])
    Field unused [2:0]   : 0x0   (3 bits in instruction bits [22:20])

Configuring dp.imem.imem_subword16[unit_number=8][vliw_instruction_number=1].imem_subword16_instr to be 0xc7a28.
Configuring dp.imem.imem_subword16[unit_number=8][vliw_instruction_number=1].imem_subword16_color to be 0.
Configuring dp.imem.imem_subword16[unit_number=8][vliw_instruction_number=1].imem_subword16_parity to be 1.
Micro instruction added in VLIW 1 for 16-bit position 8 for table table0.
  Assembled as 0xc7a28 (or decimal 817704)
  Micro Instruction alu_a for PHV Container 136 has bit width 23
    Field Src2 [3:0]     : 0x8   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]     : 0x2   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]    : 0x1   (1 bits in instruction bits [9:9])
    Field opcode [9:0]   : 0x31e   (10 bits in instruction bits [19:10])
    Field unused [2:0]   : 0x0   (3 bits in instruction bits [22:20])

Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=1].imem_subword16_instr to be 0x4602.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=1].imem_subword16_color to be 1.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=1].imem_subword16_parity to be 1.
Micro instruction added in VLIW 1 for 16-bit position 2 for table table0.
  Assembled as 0x4602 (or decimal 17922)
  Micro Instruction deposit-field for PHV Container 130 has bit width 23
    Field Src2 [3:0]           : 0x2   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x0   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x1   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [3:0]       : 0x8   (4 bits in instruction bits [14:11])
    Field low_bit_lo [0:0]     : 0x0   (1 bits in instruction bits [15:15])
    Field right_rotate [3:0]   : 0x0   (4 bits in instruction bits [19:16])
    Field low_bit_hi [2:0]     : 0x0   (3 bits in instruction bits [22:20])

Configuring dp.imem.imem_subword8[unit_number=4][vliw_instruction_number=1].imem_subword8_instr to be 0x594.
Configuring dp.imem.imem_subword8[unit_number=4][vliw_instruction_number=1].imem_subword8_color to be 1.
Configuring dp.imem.imem_subword8[unit_number=4][vliw_instruction_number=1].imem_subword8_parity to be 0.
Micro instruction added in VLIW 1 for 8-bit position 4 for table table0.
  Assembled as 0x594 (or decimal 1428)
  Micro Instruction deposit-field for PHV Container 68 has bit width 20
    Field Src2 [3:0]           : 0x4   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x19   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x0   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [2:0]       : 0x0   (3 bits in instruction bits [13:11])
    Field low_bit_lo [1:0]     : 0x0   (2 bits in instruction bits [15:14])
    Field right_rotate [2:0]   : 0x0   (3 bits in instruction bits [18:16])
    Field low_bit_hi [0:0]     : 0x0   (1 bits in instruction bits [19:19])

Configuring dp.imem.imem_subword16[unit_number=1][vliw_instruction_number=1].imem_subword16_instr to be 0x39fc01.
Configuring dp.imem.imem_subword16[unit_number=1][vliw_instruction_number=1].imem_subword16_color to be 1.
Configuring dp.imem.imem_subword16[unit_number=1][vliw_instruction_number=1].imem_subword16_parity to be 0.
Micro instruction added in VLIW 1 for 16-bit position 1 for table table0.
  Assembled as 0x39fc01 (or decimal 3800065)
  Micro Instruction deposit-field for PHV Container 129 has bit width 23
    Field Src2 [3:0]           : 0x1   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x0   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x0   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [3:0]       : 0xf   (4 bits in instruction bits [14:11])
    Field low_bit_lo [0:0]     : 0x1   (1 bits in instruction bits [15:15])
    Field right_rotate [3:0]   : 0x9   (4 bits in instruction bits [19:16])
    Field low_bit_hi [2:0]     : 0x3   (3 bits in instruction bits [22:20])

Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=4].actionmux_din_power_ctl to be 0x10.  (previous value = 0x10  OR new value = 0x10)
Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=8].actionmux_din_power_ctl to be 0x7.  (previous value = 0x6  OR new value = 0x7)
Configuring dp.imem.imem_subword8[unit_number=5][vliw_instruction_number=2].imem_subword8_instr to be 0xb7d95.
Configuring dp.imem.imem_subword8[unit_number=5][vliw_instruction_number=2].imem_subword8_color to be 0.
Configuring dp.imem.imem_subword8[unit_number=5][vliw_instruction_number=2].imem_subword8_parity to be 1.
Micro instruction added in VLIW 2 for 8-bit position 5 for table table0.
  Assembled as 0xb7d95 (or decimal 753045)
  Micro Instruction deposit-field for PHV Container 69 has bit width 20
    Field Src2 [3:0]           : 0x5   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x19   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x0   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [2:0]       : 0x7   (3 bits in instruction bits [13:11])
    Field low_bit_lo [1:0]     : 0x1   (2 bits in instruction bits [15:14])
    Field right_rotate [2:0]   : 0x3   (3 bits in instruction bits [18:16])
    Field low_bit_hi [0:0]     : 0x1   (1 bits in instruction bits [19:19])

Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=4].actionmux_din_power_ctl to be 0x30.  (previous value = 0x10  OR new value = 0x20)
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=1][result_bus=0].idletime_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=1][result_bus=0].stats_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=1][result_bus=0].actiondata_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=1][result_bus=0].action_instruction_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_table_counter_ctl[half_index=0].mau_table_counter_ctl to be 0x2.  (previous value = 0x0 OR new value = 0x2)
dirtcam_mode_list = ['2bit', '2bit', '2bit', '2bit', '2bit']
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_data_dirtcam_mode to be 0x155.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_vbit_dirtcam_mode to be 0x1.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_data1_select to be 1.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_chain_out_enable to be 0.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_ingress to be 1.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_match_output_enable to be 1.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_vpn to be 0.
Configuring tcams.col[col=1].tcam_mode[row=9].tcam_logical_table to be 0.
TODO: Currently PHV container valid bits are disabled.  Matching on a valid bit will require using a POV bit.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=0] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=1] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=2] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=3] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=4] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=5] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=6] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=4][valid_bit_index=7] to be 15.
Configuring tcams.vh_data_xbar.tcam_row_halfbyte_mux_ctl[tcam_match_bus=1][row=9].tcam_row_halfbyte_mux_ctl_select to be 0 (don't care).
Configuring tcams.vh_data_xbar.tcam_row_halfbyte_mux_ctl[tcam_match_bus=1][row=9].tcam_row_halfbyte_mux_ctl_enable to be 1.
Configuring tcams.vh_data_xbar.tcam_row_output_ctl[tcam_match_bus=1][row=9].enabled_4bit_muxctl_select to be 2.
Configuring tcams.vh_data_xbar.tcam_row_output_ctl[tcam_match_bus=1][row=9].enabled_4bit_muxctl_enable to be 1.
dirtcam_mode_list = ['2bit', '2bit', '2bit', '2bit', '2bit']
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_data_dirtcam_mode to be 0x155.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_vbit_dirtcam_mode to be 0x0.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_data1_select to be 1.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_chain_out_enable to be 1.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_ingress to be 1.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_match_output_enable to be 0.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_vpn to be 0.
Configuring tcams.col[col=1].tcam_mode[row=10].tcam_logical_table to be 0.
TODO: Currently PHV container valid bits are disabled.  Matching on a valid bit will require using a POV bit.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=0] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=1] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=2] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=3] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=4] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=5] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=6] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=7] to be 15.
Configuring tcams.vh_data_xbar.tcam_row_halfbyte_mux_ctl[tcam_match_bus=1][row=10].tcam_row_halfbyte_mux_ctl_select to be 3 (version on [3:2] and valid bits for [1:0]).
Configuring tcams.vh_data_xbar.tcam_row_halfbyte_mux_ctl[tcam_match_bus=1][row=10].tcam_row_halfbyte_mux_ctl_enable to be 1.
Configuring tcams.vh_data_xbar.tcam_extra_byte_ctl[tcam_match_bus=1][row_pair=5].enabled_3bit_muxctl_select to be 0.
Configuring tcams.vh_data_xbar.tcam_extra_byte_ctl[tcam_match_bus=1][row_pair=5].enabled_3bit_muxctl_enable to be 1.
Configuring tcams.vh_data_xbar.tcam_row_output_ctl[tcam_match_bus=1][row=10].enabled_4bit_muxctl_select to be 1.
Configuring tcams.vh_data_xbar.tcam_row_output_ctl[tcam_match_bus=1][row=10].enabled_4bit_muxctl_enable to be 1.
dirtcam_mode_list = ['2bit', '2bit', '2bit', '2bit', '2bit']
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_data_dirtcam_mode to be 0x155.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_vbit_dirtcam_mode to be 0x1.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_data1_select to be 1.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_chain_out_enable to be 1.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_ingress to be 1.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_match_output_enable to be 0.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_vpn to be 0.
Configuring tcams.col[col=1].tcam_mode[row=11].tcam_logical_table to be 0.
TODO: Currently PHV container valid bits are disabled.  Matching on a valid bit will require using a POV bit.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=0] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=1] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=2] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=3] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=4] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=5] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=6] to be 15.
Configuring tcams.vh_data_xbar.tcam_validbit_xbar_ctl[tcam_match_bus=1][row_pair_index=5][valid_bit_index=7] to be 15.
Configuring tcams.vh_data_xbar.tcam_row_halfbyte_mux_ctl[tcam_match_bus=1][row=11].tcam_row_halfbyte_mux_ctl_select to be 0 (extra byte low nibble [3:0]).
Configuring tcams.vh_data_xbar.tcam_row_halfbyte_mux_ctl[tcam_match_bus=1][row=11].tcam_row_halfbyte_mux_ctl_enable to be 1.
Configuring tcams.vh_data_xbar.tcam_extra_byte_ctl[tcam_match_bus=1][row_pair=5].enabled_3bit_muxctl_select to be 0.
Configuring tcams.vh_data_xbar.tcam_extra_byte_ctl[tcam_match_bus=1][row_pair=5].enabled_3bit_muxctl_enable to be 1.
Configuring tcams.vh_data_xbar.tcam_row_output_ctl[tcam_match_bus=1][row=11].enabled_4bit_muxctl_select to be 0.
Configuring tcams.vh_data_xbar.tcam_row_output_ctl[tcam_match_bus=1][row=11].enabled_4bit_muxctl_enable to be 1.
Configuring tcams.col[col=0].tcam_table_map[logical_tcam_table_id=0].tcam_table_map to be 0x0.
Configuring tcams.col[col=1].tcam_table_map[logical_tcam_table_id=0].tcam_table_map to be 0x200.
--> Ternary Indirection table for Match Table table0 with logical_table_id 0
Configuring tcams.tcam_match_adr_shift[tcam_table_id=0] to be left shift of 1.
Configuring rams.array.row[row=0].ram[col=2].unit_ram_ctl.match_ram_write_data_mux_select to be select of 7.
Configuring rams.array.row[row=0].ram[col=2].unit_ram_ctl.match_ram_read_data_mux_select to be select of 7.
Configuring rams.array.row[row=0].ram[col=2].unit_ram_ctl.tind_result_bus_select to be select of 1.
Configuring rams.map_alu.row[row=0].adrmux.ram_address_mux_ctl[column_half=0][column_index=2].ram_unitram_adr_mux_select to be 2.
Configuring rams.map_alu.row[row=0].adrmux.unitram_config[column_half=0][column_index=2].unitram_type to be 6.
Configuring rams.map_alu.row[row=0].adrmux.unitram_config[column_half=0][column_index=2].unitram_vpn to be 0.
Configuring rams.map_alu.row[row=0].adrmux.unitram_config[column_half=0][column_index=2].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=0].adrmux.unitram_config[column_half=0][column_index=2].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=0].adrmux.unitram_config[column_half=0][column_index=2].unitram_enable to be 1.
Configuring rams.map_alu.row[row=0].adrmux.vh_xbars.adr_dist_tind_adr_xbar_ctl[tind_bus_on_row=0].enabled_3bit_muxctl_select to be 0 (logical tcam table id).
Configuring rams.map_alu.row[row=0].adrmux.vh_xbars.adr_dist_tind_adr_xbar_ctl[tind_bus_on_row=0].enabled_3bit_muxctl_enable to be 1.
Configuring rams.array.row[row=0].tind_ecc_error_uram_ctl[direction=0].tind_ecc_error_uram_ctl to be select of 0x1.  (previous value = 0x0 OR new value = 0x1)
Configuring rams.match.merge.tind_ram_data_size[tind_bus_number=0].tind_ram_data_size to be code 2.
Configuring rams.match.merge.tcam_match_adr_to_physical_oxbar_outputmap[tind_bus_number=0].enabled_3bit_muxctl_select to be 0 (logical tcam table id).
Configuring rams.match.merge.tcam_match_adr_to_physical_oxbar_outputmap[tind_bus_number=0].enabled_3bit_muxctl_enable to be 1.
TODO: rams.match.merge.tind_bus_prop[tind_bus_number=0] is currently always set to 1.
Configuring rams.match.merge.tind_bus_prop[tind_bus_number=0].tcam_piped to be 1.
Configuring rams.match.merge.tind_bus_prop[tind_bus_number=0].enabled to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_tcam_shiftcount[physical_result_bus=0].mau_action_instruction_adr_tcam_shiftcount to be 1.
Configuring rams.match.merge.mau_actiondata_adr_mask[table_type_index=1][physical_result_bus=0].mau_actiondata_adr_mask to be 0x3ffffc.
Configuring rams.match.merge.mau_actiondata_adr_tcam_shiftcount[physical_result_bus=0].mau_actiondata_adr_tcam_shiftcount to be 68.
Configuring rams.match.merge.mau_idletime_adr_tcam_shiftcount[result_bus_number=0].mau_idletime_adr_tcam_shiftcount to be 0x42.
Configuring rams.match.merge.mau_stats_adr_tcam_shiftcount[result_bus_index=0].mau_stats_adr_tcam_shiftcount to be 0x47.
Configuring rams.match.merge.tcam_hit_to_logical_table_ixbar_outputmap[tcam_table_id=0].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.tcam_hit_to_logical_table_ixbar_outputmap[tcam_table_id=0].enabled_4bit_muxctl_enable to be 1.
TODO: rams.match.merge.tcam_table_prop[tcam_table_id=0] is currently always set to 1.
Configuring rams.match.merge.tcam_table_prop[tcam_table_id=0].tcam_piped to be 1.
Configuring rams.match.merge.tcam_table_prop[tcam_table_id=0].enabled to be 1.
Configuring tcams.tcam_output_table_thread[tcam_table_id=0].tcam_output_table_thread to be 1.
TODO: tcams.tcam_piped is currently always set to True for ingress and egress.
Configuring tcams.tcam_piped to be 3.
Configuring cfg_regs.mau_cfg_movereg_tcam_only.mau_cfg_movereg_tcam_only to be 0x1.  (previous value = 0x0 OR new value = 0x1)

+------------------------------------------------------------------------
|  Working on table table0_counter in stage 0 ---
+------------------------------------------------------------------------
Configuring rams.array.switchbox.row[row=6].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=6].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=6].ram[col=6].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_enable to be 1.
Configuring rams.array.switchbox.row[row=6].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=7].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=6].ram[col=7].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x3.  (previous value = 0x1  OR  new value = 0x2)
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Stat table table0_counter is used by match table table0.
Configuring rams.match.adrdist.adr_dist_stats_adr_icxbar_ctl[match_logical_table_id=0].adr_dist_stats_adr_icxbar_ctl to be 0x8.  (previous value = 0x0  OR  new value =0x8)
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_type to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_logical_table to be 0.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_type to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_logical_table to be 0.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_radr_mux_select_smoflo to be 1.
For counter width 32 and N = 4096
  number iterations = 32
  b_cur = 379488672.0
  eqn(b_cur) = 4294964039.26
  max_counter_value = 4294967295
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_threshold[threshold_index=0].lrt_threshold to be 0x169e89a.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_update_interval[threshold_index=0].lrt_update_interval to be 0xfffffff.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_threshold[threshold_index=1].lrt_threshold to be 0x169e89a.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_update_interval[threshold_index=1].lrt_update_interval to be 0xfffffff.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_threshold[threshold_index=2].lrt_threshold to be 0x169e89a.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_update_interval[threshold_index=2].lrt_update_interval to be 0xfffffff.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_entries_per_word to be 4.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_process_packets to be 1.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.lrt_enable to be 1.
TODO: Temporarily configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_alu_error_enable to be 0.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_entries_per_word be 0x4.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_has_packets be 0x1.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_offset be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_size be 0x0.
Configuring rams.match.adrdist.stats_lrt_fsm_sweep_size[stats_group_index=3].stats_lrt_fsm_sweep_size to be 0x0.
Configuring rams.match.adrdist.stats_lrt_fsm_sweep_offset[stats_group_index=3].stats_lrt_fsm_sweep_offset to be 0x0.
Configuring rams.match.adrdist.stats_lrt_sweep_adr[stats_group_index=3].stats_lrt_sweep_adr to be 0x0.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_vpn_ctl.synth2port_vpn_base to be 0x0.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_vpn_ctl.synth2port_vpn_limit to be 0x0.
Configuring rams.match.adrdist.packet_action_at_headertime[type_index=0][alu_index=3].packet_action_at_headertime be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_size be 3.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_direct be 1.
Configuring rams.match.adrdist.movereg_ad_direct[movereg_index=0].movereg_ad_direct be 0x1.  (previous value = 0x0  OR new value = 0x1)
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_tcam be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_lt be 0x0.
Configuring rams.match.adrdist.movereg_ad_stats_alu_to_logical_xbar_ctl[logical_index=0].movereg_ad_stats_alu_to_logical_xbar_ctl be 0x7.  ( previous value = 0x0  OR  new value = 0x7)
Configuring rams.match.adrdist.mau_ad_stats_virt_lt[meter_alu_index=3].mau_ad_stats_virt_lt be 0x1.
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 12.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 1.
Configuring rams.match.merge.exact_match_delay_thread[copy_index=0].exact_match_delay_thread to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.match.merge.exact_match_delay_thread[copy_index=1].exact_match_delay_thread to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.match.merge.exact_match_delay_thread[copy_index=2].exact_match_delay_thread to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 10.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 1.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x3.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x2.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x2.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x2.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 16.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 21.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 19.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 2.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 0.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 0.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 0.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 1
+------------------------------------------------------------------------

+------------------------------------------------------------------------
|  Working on table ecmp_group_table__action__ in stage 1 ---
+------------------------------------------------------------------------
--> Action Data Table ecmp_group_table__action__ with logical_table_id 0 that is reference type is 'direct'
Configuring rams.match.adrdist.immediate_data_16b_ixbar_ctl[logical_table_concat_hi_lo_half=0].enabled_4bit_muxctl_select to be 4.
Configuring rams.match.adrdist.immediate_data_16b_ixbar_ctl[logical_table_concat_hi_lo_half=0].enabled_4bit_muxctl_enable to be 1.

+------------------------------------------------------------------------
|  Working on table ecmp_group_table in stage 1 ---
+------------------------------------------------------------------------
--> Hash Match Table ecmp_group_table with logical_table_id 0
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=14].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=14].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=14].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=14].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_mask[table_type_index=0][physical_result_bus=14].mau_action_instruction_adr_mask to be 0x0.
Configuring rams.match.merge.mau_action_instruction_adr_default[table_type_index=0][physical_result_bus=14].mau_action_instruction_adr_default to be 0x40.
Configuring rams.match.merge.mau_action_instruction_adr_per_entry_en_mux_ctl[table_type_index=0][physical_result_bus=14].mau_action_instruction_adr_per_entry_en_mux_ctl to be 0x0.
Configuring rams.match.merge.mau_action_instruction_adr_map_en[table_type_index=0].mau_action_instruction_adr_map_en to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=0][entry_index=0].mau_action_instruction_adr_map_data to be 0x41.
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=0][entry_index=1].mau_action_instruction_adr_map_data to be 0x0.
Configuring rams.match.merge.next_table_map_en to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.next_table_map_data[logical_table_id=0][entry_index=0].next_table_map_data0 to be 0x20.
Configuring rams.match.merge.next_table_format_data[logical_table_id=0].match_next_table_adr_miss_value to be 0x20.
Configuring rams.match.merge.next_table_format_data[logical_table_id=0].match_next_table_adr_mask to be 0x0.
Configuring rams.match.merge.mau_immediate_data_mask[table_type_index=0][result_bus_number=14].mau_immediate_data_mask to be 0xffff.
Configuring rams.match.merge.mau_stats_adr_mask[table_type_index=0][result_bus_number=14].mau_stats_adr_mask to be 0xffffe.
Configuring rams.match.merge.mau_stats_adr_default[table_type_index=0][result_bus_number=14].mau_stats_adr_default to be 0x80000.
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x1.  (old value = 0x0 OR new value = 0x1)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=0].match_input_xbar_816b_ctl_address to be 24.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=0].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 0 to come from 16-bit PHV container 8.
  That PHV byte contains {ecmp_metadata.selector[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=1].match_input_xbar_816b_ctl_address to be 24.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=1].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 1 to come from 16-bit PHV container 8.
  That PHV byte contains {ecmp_metadata.selector[15:8]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=2].match_input_xbar_816b_ctl_address to be 23.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=2].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 2 to come from 16-bit PHV container 7.
  That PHV byte contains {ecmp_metadata.group_id[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=3].match_input_xbar_816b_ctl_address to be 23.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=3].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 3 to come from 16-bit PHV container 7.
  That PHV byte contains {ecmp_metadata.group_id[15:8]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=8].match_input_xbar_din_power_ctl to be 0x80.  (previous value = 0x0  OR new value = 0x80)
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=9].match_input_xbar_din_power_ctl to be 0x1.  (previous value = 0x0  OR new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=2].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=3].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=5].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=7].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=8].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=10].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=11].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=15].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=19].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=20].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=21].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=23].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=24].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=25].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=26].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.hash_seed[output_bit=28].hash_seed to be 0x1 (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=0].byte0 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=0].byte1 to be 0x84.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=0].byte0 to be 0xa9.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=0].byte1 to be 0xbe.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=1].byte0 to be 0x2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=1].byte1 to be 0xa0.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=1].byte0 to be 0xd3.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=1].byte1 to be 0xc0.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=2].byte0 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=2].byte1 to be 0xd4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=2].byte0 to be 0xdc.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=2].byte1 to be 0x26.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=3].byte0 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=3].byte1 to be 0x38.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=3].byte0 to be 0xd0.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=3].byte1 to be 0x78.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=4].byte0 to be 0x10.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=4].byte1 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=4].byte0 to be 0xdc.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=4].byte1 to be 0xf4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=5].byte0 to be 0x20.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=5].byte1 to be 0x24.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=5].byte0 to be 0xe.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=5].byte1 to be 0x90.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=6].byte0 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=6].byte1 to be 0xf4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=6].byte0 to be 0x3e.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=6].byte1 to be 0x8e.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=7].byte0 to be 0x80.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=7].byte1 to be 0x8c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=7].byte0 to be 0x7d.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=7].byte1 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=8].byte1 to be 0x79.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=8].byte0 to be 0x12.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=8].byte1 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=9].byte1 to be 0xee.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=9].byte0 to be 0x30.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=9].byte1 to be 0x21.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=10].byte1 to be 0x7a.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=10].byte0 to be 0xf0.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=10].byte1 to be 0x7f.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=11].byte0 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=11].byte1 to be 0x5c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=11].byte0 to be 0x54.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=11].byte1 to be 0x14.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=12].byte0 to be 0x2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=12].byte1 to be 0x94.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=12].byte0 to be 0x62.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=12].byte1 to be 0x63.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=13].byte0 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=13].byte1 to be 0xb4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=13].byte0 to be 0x47.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=13].byte1 to be 0x30.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=14].byte0 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=14].byte1 to be 0xfc.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=14].byte0 to be 0xa5.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=14].byte1 to be 0xaa.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=15].byte0 to be 0x10.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=15].byte1 to be 0x48.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=15].byte0 to be 0xee.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=15].byte1 to be 0x84.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=16].byte0 to be 0x20.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=16].byte1 to be 0xb4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=16].byte0 to be 0xf1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=16].byte1 to be 0x93.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=17].byte0 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=17].byte1 to be 0xb4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=17].byte0 to be 0xd7.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=17].byte1 to be 0x19.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=18].byte0 to be 0x80.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=18].byte1 to be 0xec.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=18].byte0 to be 0x62.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=18].byte1 to be 0x13.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=19].byte1 to be 0x29.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=19].byte0 to be 0x12.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=19].byte1 to be 0x16.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=20].byte1 to be 0x45.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=20].byte0 to be 0xe0.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=20].byte1 to be 0xfe.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=21].byte1 to be 0x6.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=21].byte0 to be 0xd1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=21].byte1 to be 0x65.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=22].byte0 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=22].byte1 to be 0x84.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=22].byte0 to be 0x33.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=22].byte1 to be 0xa4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=23].byte0 to be 0x2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=23].byte1 to be 0xc.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=23].byte0 to be 0x7c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=23].byte1 to be 0xe.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=24].byte0 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=24].byte1 to be 0x4c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=24].byte0 to be 0x8d.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=24].byte1 to be 0x6f.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=25].byte0 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=25].byte1 to be 0x2c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=25].byte0 to be 0xc2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=25].byte1 to be 0xf9.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=26].byte0 to be 0x10.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=26].byte1 to be 0xd0.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=26].byte0 to be 0x17.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=26].byte1 to be 0xf9.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=27].byte0 to be 0x20.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=27].byte1 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=27].byte0 to be 0x6c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=27].byte1 to be 0x32.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=28].byte0 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=28].byte1 to be 0x74.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=28].byte0 to be 0xdc.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=28].byte1 to be 0xb7.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=29].byte0 to be 0x80.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=29].byte1 to be 0xf8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=29].byte0 to be 0x5c.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=29].byte1 to be 0xa.
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x1.  (previous value = 0x0 OR new value = 0x1)
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=0].imem_subword16_instr to be 0x4602.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=0].imem_subword16_color to be 1.
Configuring dp.imem.imem_subword16[unit_number=2][vliw_instruction_number=0].imem_subword16_parity to be 1.
Micro instruction added in VLIW 0 for 16-bit position 2 for table ecmp_group_table.
  Assembled as 0x4602 (or decimal 17922)
  Micro Instruction deposit-field for PHV Container 130 has bit width 23
    Field Src2 [3:0]           : 0x2   (4 bits in instruction bits [3:0])
    Field Src1 [4:0]           : 0x0   (5 bits in instruction bits [8:4])
    Field Src1i [0:0]          : 0x1   (1 bits in instruction bits [9:9])
    Field opcode [0:0]         : 0x1   (1 bits in instruction bits [10:10])
    Field high_bit [3:0]       : 0x8   (4 bits in instruction bits [14:11])
    Field low_bit_lo [0:0]     : 0x0   (1 bits in instruction bits [15:15])
    Field right_rotate [3:0]   : 0x0   (4 bits in instruction bits [19:16])
    Field low_bit_hi [2:0]     : 0x0   (3 bits in instruction bits [22:20])

Configuring dp.actionmux_din_power_ctl[14_byte_group=0][byte_position=8].actionmux_din_power_ctl to be 0x4.  (previous value = 0x0  OR new value = 0x4)
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=14].stats_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=14].action_instruction_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=14].immediate_data_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_table_counter_ctl[half_index=0].mau_table_counter_ctl to be 0x2.  (previous value = 0x0 OR new value = 0x2)
--> Hash Match Way 0
Packed entry for hash way 0 is
  [0] =  (field_bit=0, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 0))
  [1] =  (field_bit=1, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 1))
  [2] =  (field_bit=2, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 2))
  [3] =  (field_bit=3, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 3))
  [4] =  (field_bit=4, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 4))
  [5] =  (field_bit=5, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 5))
  [6] =  (field_bit=6, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 6))
  [7] =  (field_bit=7, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 7))
  [8] =  (field_bit=8, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 8))
  [9] =  (field_bit=9, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 9))
  [10] =  (field_bit=10, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 10))
  [11] =  (field_bit=11, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 11))
  [12] =  (field_bit=12, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 12))
  [13] =  (field_bit=13, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 13))
  [14] =  (field_bit=14, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 14))
  [15] =  (field_bit=15, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 15))
  [16] =  (field_bit=0, hash_match_group_bit=16, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 0))
  [17] =  (field_bit=1, hash_match_group_bit=17, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 1))
  [18] =  (field_bit=2, hash_match_group_bit=18, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 2))
  [19] =  (field_bit=3, hash_match_group_bit=19, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 3))
  [20] =  (field_bit=4, hash_match_group_bit=20, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 4))
  [21] =  (field_bit=5, hash_match_group_bit=21, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 5))
  [22] =  (field_bit=6, hash_match_group_bit=22, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 6))
  [23] =  (field_bit=7, hash_match_group_bit=23, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 7))
  [24] =  (field_bit=8, hash_match_group_bit=24, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 8))
  [25] =  (field_bit=9, hash_match_group_bit=25, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 9))
  [26] =  (field_bit=10, hash_match_group_bit=26, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 10))
  [27] =  (field_bit=11, hash_match_group_bit=27, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 11))
  [28] =  (field_bit=12, hash_match_group_bit=28, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 12))
  [29] =  (field_bit=13, hash_match_group_bit=29, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 13))
  [30] =  (field_bit=14, hash_match_group_bit=30, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 14))
  [31] =  (field_bit=15, hash_match_group_bit=31, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 15))
  [32] = None
  [33] = None
  [34] =  (field_bit=10, hash_match_group_bit=10, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 10))
  [35] =  (field_bit=11, hash_match_group_bit=11, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 11))
  [36] =  (field_bit=12, hash_match_group_bit=12, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 12))
  [37] =  (field_bit=13, hash_match_group_bit=13, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 13))
  [38] =  (field_bit=14, hash_match_group_bit=14, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 14))
  [39] =  (field_bit=15, hash_match_group_bit=15, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 15))
  [40] = None
  [41] = None
  [42] = None
  [43] = None
  [44] = None
  [45] = None
  [46] = None
  [47] = None
  [48] = None
  [49] = None
  [50] = None
  [51] = None
  [52] = None
  [53] = None
  [54] = None
  [55] = None
  [56] = None
  [57] = None
  [58] = None
  [59] = None
  [60] = None
  [61] = None
  [62] = None
  [63] = None
  [64] = None
  [65] = None
  [66] = None
  [67] = None
  [68] = None
  [69] = None
  [70] = None
  [71] = None
  [72] = None
  [73] = None
  [74] = None
  [75] = None
  [76] = None
  [77] = None
  [78] = None
  [79] = None
  [80] = None
  [81] = None
  [82] = None
  [83] = None
  [84] = None
  [85] = None
  [86] = None
  [87] = None
  [88] = None
  [89] = None
  [90] = None
  [91] = None
  [92] = None
  [93] = None
  [94] = None
  [95] = None
  [96] = None
  [97] = None
  [98] = None
  [99] = None
  [100] = None
  [101] = None
  [102] = None
  [103] = None
  [104] = None
  [105] = None
  [106] = None
  [107] = None
  [108] = None
  [109] = None
  [110] = None
  [111] = None
  [112] = None
  [113] = None
  [114] = None
  [115] = None
  [116] = None
  [117] = None
  [118] = None
  [119] = None
  [120] =  (field_bit=0, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 0))
  [121] =  (field_bit=1, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 1))
  [122] =  (field_bit=2, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 2))
  [123] =  (field_bit=3, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 3))
  [124] = None
  [125] = None
  [126] = None
  [127] = None

Configuring rams.array.row[row=7].ram[column=2].match_mask[entry_index=0].match_mask to be 0xffff.
Configuring rams.array.row[row=7].ram[column=2].match_mask[entry_index=1].match_mask to be 0xffffff03.
Configuring rams.array.row[row=7].ram[column=2].match_mask[entry_index=2].match_mask to be 0xffffffff.
Configuring rams.array.row[row=7].ram[column=2].match_mask[entry_index=3].match_mask to be 0xf0ffffff.
Configuring rams.array.row[row=7].ram[column=2].unit_ram_ctl.match_ram_write_data_mux_select to be 7.
Configuring rams.array.row[row=7].ram[column=2].unit_ram_ctl.match_ram_read_data_mux_select to be 7.
Configuring rams.array.row[row=7].ram[column=2].unit_ram_ctl.match_result_bus_select to be 1.
Configuring rams.array.row[row=7].ram[column=2].unit_ram_ctl.match_entry_enable to be 1.
Configuring rams.array.row[row=7].ram[column=2].unit_ram_ctl.match_ram_logical_table to be 0x0.
For entry_in_ram_word 0, should have vpn 0, with lower_two_bits of 0 and upper_vpn of 0
for entry_in_ram_word 0, use lsbs of 0
Configuring rams.array.row[row=7].ram[column=2].match_ram_vpn.match_ram_vpn0 to be 0.
Configuring rams.array.row[row=7].ram[column=2].match_ram_vpn.match_ram_vpn_lsbs to be 0x0.
version valid nibbles are : [30]
Configuring rams.array.row[row=7].ram[column=2].match_nibble_s0q1_enable.match_nibble_s0q1_enable to be 0xbfffffff.
Configuring rams.array.row[row=7].ram[column=2].match_nibble_s1q0_enable.match_nibble_s1q0_enable to be 0xffffffff.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=0].mask_bytes_0_to_13 to be 0x3fe3.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=0].mask_nibbles_28_to_31 to be 0xb.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=1].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=1].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=2].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=2].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=3].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=3].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=4].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=2].match_bytemask[entry_in_ram_word=4].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_select to be 0.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_enable to be 1.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_thread to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=2].exactmatch_bank_enable_bank_mask to be 0x0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=2].exactmatch_bank_enable_bank_id to be 0x0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=2].exactmatch_bank_enable_inp_sel to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_select to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_enable to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_mem_hashadr_xbar_ctl[sram_col=2].enabled_4bit_muxctl_select to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_mem_hashadr_xbar_ctl[sram_col=2].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_exact_shiftcount[physical_result_bus=14][entry_in_ram_word=0].mau_action_instruction_adr_exact_shiftcount to be 0.
Configuring rams.match.merge.mau_immediate_data_exact_shiftcount[physical_result_bus=14][entry_in_ram_word=0].mau_immediate_data_exact_shiftcount to be 0.
Configuring rams.match.merge.mau_stats_adr_exact_shiftcount[result_bus_number = 14][entry_in_ram_word=0].mau_stats_adr_exact_shiftcount to be 0x46.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=2].unitram_type to be 1.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=2].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=2].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=2].unitram_enable to be 1.
Configuring rams.array.row[row=7].emm_ecc_error_uram_ctl[direction=0].emm_ecc_error_uram_ctl to be select of 0x1.  (previous value = 0x0 OR new value = 0x1)
In Ram Word 0:
  wide entry 0 occupied ram word entry 0
Configuring rams.match.merge.col[col_number=2].row_action_nxtable_bus_drive[row_number=7].row_action_nxtable_bus_drive to be 1.
Configuring rams.match.merge.col[col_number=2].hitmap_output_map[hit_signal=14].enabled_4bit_muxctl_select to be 14 (hit signal to output on).
Configuring rams.match.merge.col[col_number=2].hitmap_output_map[hit_signal=14].enabled_4bit_muxctl_enable to be 1.
--> Hash Match Way 1
Packed entry for hash way 1 is
  [0] =  (field_bit=0, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 0))
  [1] =  (field_bit=1, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 1))
  [2] =  (field_bit=2, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 2))
  [3] =  (field_bit=3, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 3))
  [4] =  (field_bit=4, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 4))
  [5] =  (field_bit=5, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 5))
  [6] =  (field_bit=6, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 6))
  [7] =  (field_bit=7, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 7))
  [8] =  (field_bit=8, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 8))
  [9] =  (field_bit=9, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 9))
  [10] =  (field_bit=10, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 10))
  [11] =  (field_bit=11, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 11))
  [12] =  (field_bit=12, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 12))
  [13] =  (field_bit=13, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 13))
  [14] =  (field_bit=14, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 14))
  [15] =  (field_bit=15, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 15))
  [16] =  (field_bit=0, hash_match_group_bit=16, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 0))
  [17] =  (field_bit=1, hash_match_group_bit=17, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 1))
  [18] =  (field_bit=2, hash_match_group_bit=18, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 2))
  [19] =  (field_bit=3, hash_match_group_bit=19, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 3))
  [20] =  (field_bit=4, hash_match_group_bit=20, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 4))
  [21] =  (field_bit=5, hash_match_group_bit=21, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 5))
  [22] =  (field_bit=6, hash_match_group_bit=22, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 6))
  [23] =  (field_bit=7, hash_match_group_bit=23, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 7))
  [24] =  (field_bit=8, hash_match_group_bit=24, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 8))
  [25] =  (field_bit=9, hash_match_group_bit=25, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 9))
  [26] =  (field_bit=10, hash_match_group_bit=26, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 10))
  [27] =  (field_bit=11, hash_match_group_bit=27, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 11))
  [28] =  (field_bit=12, hash_match_group_bit=28, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 12))
  [29] =  (field_bit=13, hash_match_group_bit=29, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 13))
  [30] =  (field_bit=14, hash_match_group_bit=30, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 14))
  [31] =  (field_bit=15, hash_match_group_bit=31, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 15))
  [32] = None
  [33] = None
  [34] =  (field_bit=10, hash_match_group_bit=10, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 10))
  [35] =  (field_bit=11, hash_match_group_bit=11, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 11))
  [36] =  (field_bit=12, hash_match_group_bit=12, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 12))
  [37] =  (field_bit=13, hash_match_group_bit=13, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 13))
  [38] =  (field_bit=14, hash_match_group_bit=14, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 14))
  [39] =  (field_bit=15, hash_match_group_bit=15, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 15))
  [40] = None
  [41] = None
  [42] = None
  [43] = None
  [44] = None
  [45] = None
  [46] = None
  [47] = None
  [48] = None
  [49] = None
  [50] = None
  [51] = None
  [52] = None
  [53] = None
  [54] = None
  [55] = None
  [56] = None
  [57] = None
  [58] = None
  [59] = None
  [60] = None
  [61] = None
  [62] = None
  [63] = None
  [64] = None
  [65] = None
  [66] = None
  [67] = None
  [68] = None
  [69] = None
  [70] = None
  [71] = None
  [72] = None
  [73] = None
  [74] = None
  [75] = None
  [76] = None
  [77] = None
  [78] = None
  [79] = None
  [80] = None
  [81] = None
  [82] = None
  [83] = None
  [84] = None
  [85] = None
  [86] = None
  [87] = None
  [88] = None
  [89] = None
  [90] = None
  [91] = None
  [92] = None
  [93] = None
  [94] = None
  [95] = None
  [96] = None
  [97] = None
  [98] = None
  [99] = None
  [100] = None
  [101] = None
  [102] = None
  [103] = None
  [104] = None
  [105] = None
  [106] = None
  [107] = None
  [108] = None
  [109] = None
  [110] = None
  [111] = None
  [112] = None
  [113] = None
  [114] = None
  [115] = None
  [116] = None
  [117] = None
  [118] = None
  [119] = None
  [120] =  (field_bit=0, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 0))
  [121] =  (field_bit=1, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 1))
  [122] =  (field_bit=2, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 2))
  [123] =  (field_bit=3, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 3))
  [124] = None
  [125] = None
  [126] = None
  [127] = None

Configuring rams.array.row[row=7].ram[column=3].match_mask[entry_index=0].match_mask to be 0xffff.
Configuring rams.array.row[row=7].ram[column=3].match_mask[entry_index=1].match_mask to be 0xffffff03.
Configuring rams.array.row[row=7].ram[column=3].match_mask[entry_index=2].match_mask to be 0xffffffff.
Configuring rams.array.row[row=7].ram[column=3].match_mask[entry_index=3].match_mask to be 0xf0ffffff.
Configuring rams.array.row[row=7].ram[column=3].unit_ram_ctl.match_ram_write_data_mux_select to be 7.
Configuring rams.array.row[row=7].ram[column=3].unit_ram_ctl.match_ram_read_data_mux_select to be 7.
Configuring rams.array.row[row=7].ram[column=3].unit_ram_ctl.match_result_bus_select to be 1.
Configuring rams.array.row[row=7].ram[column=3].unit_ram_ctl.match_entry_enable to be 1.
Configuring rams.array.row[row=7].ram[column=3].unit_ram_ctl.match_ram_logical_table to be 0x0.
For entry_in_ram_word 0, should have vpn 1, with lower_two_bits of 1 and upper_vpn of 0
for entry_in_ram_word 0, use lsbs of 1
Configuring rams.array.row[row=7].ram[column=3].match_ram_vpn.match_ram_vpn0 to be 0.
Configuring rams.array.row[row=7].ram[column=3].match_ram_vpn.match_ram_vpn_lsbs to be 0x1.
version valid nibbles are : [30]
Configuring rams.array.row[row=7].ram[column=3].match_nibble_s0q1_enable.match_nibble_s0q1_enable to be 0xbfffffff.
Configuring rams.array.row[row=7].ram[column=3].match_nibble_s1q0_enable.match_nibble_s1q0_enable to be 0xffffffff.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=0].mask_bytes_0_to_13 to be 0x3fe3.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=0].mask_nibbles_28_to_31 to be 0xb.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=1].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=1].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=2].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=2].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=3].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=3].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=4].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=3].match_bytemask[entry_in_ram_word=4].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_select to be 0.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_enable to be 1.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_thread to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=3].exactmatch_bank_enable_bank_mask to be 0x0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=3].exactmatch_bank_enable_bank_id to be 0x0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=3].exactmatch_bank_enable_inp_sel to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_select to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_enable to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_mem_hashadr_xbar_ctl[sram_col=3].enabled_4bit_muxctl_select to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_mem_hashadr_xbar_ctl[sram_col=3].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_exact_shiftcount[physical_result_bus=14][entry_in_ram_word=0].mau_action_instruction_adr_exact_shiftcount to be 0.
Configuring rams.match.merge.mau_immediate_data_exact_shiftcount[physical_result_bus=14][entry_in_ram_word=0].mau_immediate_data_exact_shiftcount to be 0.
Configuring rams.match.merge.mau_stats_adr_exact_shiftcount[result_bus_number = 14][entry_in_ram_word=0].mau_stats_adr_exact_shiftcount to be 0x46.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=3].unitram_type to be 1.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=3].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=3].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=3].unitram_enable to be 1.
Configuring rams.array.row[row=7].emm_ecc_error_uram_ctl[direction=0].emm_ecc_error_uram_ctl to be select of 0x3.  (previous value = 0x1 OR new value = 0x2)
In Ram Word 0:
  wide entry 0 occupied ram word entry 0
Configuring rams.match.merge.col[col_number=3].row_action_nxtable_bus_drive[row_number=7].row_action_nxtable_bus_drive to be 1.
Configuring rams.match.merge.col[col_number=3].hitmap_output_map[hit_signal=14].enabled_4bit_muxctl_select to be 14 (hit signal to output on).
Configuring rams.match.merge.col[col_number=3].hitmap_output_map[hit_signal=14].enabled_4bit_muxctl_enable to be 1.
--> Hash Match Way 2
Packed entry for hash way 2 is
  [0] =  (field_bit=0, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 0))
  [1] =  (field_bit=1, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 1))
  [2] =  (field_bit=2, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 2))
  [3] =  (field_bit=3, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 3))
  [4] =  (field_bit=4, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 4))
  [5] =  (field_bit=5, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 5))
  [6] =  (field_bit=6, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 6))
  [7] =  (field_bit=7, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 7))
  [8] =  (field_bit=8, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 8))
  [9] =  (field_bit=9, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 9))
  [10] =  (field_bit=10, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 10))
  [11] =  (field_bit=11, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 11))
  [12] =  (field_bit=12, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 12))
  [13] =  (field_bit=13, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 13))
  [14] =  (field_bit=14, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 14))
  [15] =  (field_bit=15, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=overhead, mg=0, field_tuple=('--entry-overhead-0----immediate--', 15))
  [16] =  (field_bit=0, hash_match_group_bit=16, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 0))
  [17] =  (field_bit=1, hash_match_group_bit=17, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 1))
  [18] =  (field_bit=2, hash_match_group_bit=18, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 2))
  [19] =  (field_bit=3, hash_match_group_bit=19, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 3))
  [20] =  (field_bit=4, hash_match_group_bit=20, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 4))
  [21] =  (field_bit=5, hash_match_group_bit=21, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 5))
  [22] =  (field_bit=6, hash_match_group_bit=22, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 6))
  [23] =  (field_bit=7, hash_match_group_bit=23, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 7))
  [24] =  (field_bit=8, hash_match_group_bit=24, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 8))
  [25] =  (field_bit=9, hash_match_group_bit=25, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 9))
  [26] =  (field_bit=10, hash_match_group_bit=26, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 10))
  [27] =  (field_bit=11, hash_match_group_bit=27, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 11))
  [28] =  (field_bit=12, hash_match_group_bit=28, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 12))
  [29] =  (field_bit=13, hash_match_group_bit=29, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 13))
  [30] =  (field_bit=14, hash_match_group_bit=30, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 14))
  [31] =  (field_bit=15, hash_match_group_bit=31, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.group_id', 15))
  [32] = None
  [33] = None
  [34] =  (field_bit=10, hash_match_group_bit=10, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 10))
  [35] =  (field_bit=11, hash_match_group_bit=11, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 11))
  [36] =  (field_bit=12, hash_match_group_bit=12, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 12))
  [37] =  (field_bit=13, hash_match_group_bit=13, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 13))
  [38] =  (field_bit=14, hash_match_group_bit=14, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 14))
  [39] =  (field_bit=15, hash_match_group_bit=15, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-0--ecmp_metadata.selector', 15))
  [40] = None
  [41] = None
  [42] = None
  [43] = None
  [44] = None
  [45] = None
  [46] = None
  [47] = None
  [48] = None
  [49] = None
  [50] = None
  [51] = None
  [52] = None
  [53] = None
  [54] = None
  [55] = None
  [56] = None
  [57] = None
  [58] = None
  [59] = None
  [60] = None
  [61] = None
  [62] = None
  [63] = None
  [64] = None
  [65] = None
  [66] = None
  [67] = None
  [68] = None
  [69] = None
  [70] = None
  [71] = None
  [72] = None
  [73] = None
  [74] = None
  [75] = None
  [76] = None
  [77] = None
  [78] = None
  [79] = None
  [80] = None
  [81] = None
  [82] = None
  [83] = None
  [84] = None
  [85] = None
  [86] = None
  [87] = None
  [88] = None
  [89] = None
  [90] = None
  [91] = None
  [92] = None
  [93] = None
  [94] = None
  [95] = None
  [96] = None
  [97] = None
  [98] = None
  [99] = None
  [100] = None
  [101] = None
  [102] = None
  [103] = None
  [104] = None
  [105] = None
  [106] = None
  [107] = None
  [108] = None
  [109] = None
  [110] = None
  [111] = None
  [112] = None
  [113] = None
  [114] = None
  [115] = None
  [116] = None
  [117] = None
  [118] = None
  [119] = None
  [120] =  (field_bit=0, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 0))
  [121] =  (field_bit=1, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 1))
  [122] =  (field_bit=2, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 2))
  [123] =  (field_bit=3, hash_match_group_bit=-1, entry_in_ram_word=0, entry_in_wide_word=0, data_type=match_data, mg=0, field_tuple=('--entry-overhead-0----version_valid--', 3))
  [124] = None
  [125] = None
  [126] = None
  [127] = None

Configuring rams.array.row[row=7].ram[column=4].match_mask[entry_index=0].match_mask to be 0xffff.
Configuring rams.array.row[row=7].ram[column=4].match_mask[entry_index=1].match_mask to be 0xffffff03.
Configuring rams.array.row[row=7].ram[column=4].match_mask[entry_index=2].match_mask to be 0xffffffff.
Configuring rams.array.row[row=7].ram[column=4].match_mask[entry_index=3].match_mask to be 0xf0ffffff.
Configuring rams.array.row[row=7].ram[column=4].unit_ram_ctl.match_ram_write_data_mux_select to be 7.
Configuring rams.array.row[row=7].ram[column=4].unit_ram_ctl.match_ram_read_data_mux_select to be 7.
Configuring rams.array.row[row=7].ram[column=4].unit_ram_ctl.match_result_bus_select to be 1.
Configuring rams.array.row[row=7].ram[column=4].unit_ram_ctl.match_entry_enable to be 1.
Configuring rams.array.row[row=7].ram[column=4].unit_ram_ctl.match_ram_logical_table to be 0x0.
For entry_in_ram_word 0, should have vpn 2, with lower_two_bits of 2 and upper_vpn of 0
for entry_in_ram_word 0, use lsbs of 2
Configuring rams.array.row[row=7].ram[column=4].match_ram_vpn.match_ram_vpn0 to be 0.
Configuring rams.array.row[row=7].ram[column=4].match_ram_vpn.match_ram_vpn_lsbs to be 0x2.
version valid nibbles are : [30]
Configuring rams.array.row[row=7].ram[column=4].match_nibble_s0q1_enable.match_nibble_s0q1_enable to be 0xbfffffff.
Configuring rams.array.row[row=7].ram[column=4].match_nibble_s1q0_enable.match_nibble_s1q0_enable to be 0xffffffff.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=0].mask_bytes_0_to_13 to be 0x3fe3.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=0].mask_nibbles_28_to_31 to be 0xb.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=1].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=1].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=2].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=2].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=3].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=3].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=4].mask_bytes_0_to_13 to be 0x3fff.
Configuring rams.array.row[row=7].ram[column=4].match_bytemask[entry_in_ram_word=4].mask_nibbles_28_to_31 to be 0xf.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=2][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x12.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=3][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x13.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=4].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=5].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=6].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=4][bit_number=7].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x11.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=0].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=1].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=2].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].exactmatch_row_vh_xbar_byteswizzle_ctl[search_bus_index=0][ram_byte=15][bit_number=3].exactmatch_row_vh_xbar_byteswizzle_ctl to be 0x8.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_select to be 0.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_enable to be 1.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_thread to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=4].exactmatch_bank_enable_bank_mask to be 0x0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=4].exactmatch_bank_enable_bank_id to be 0x0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_bank_enable[sram_col=4].exactmatch_bank_enable_inp_sel to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_select to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_enable to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_mem_hashadr_xbar_ctl[sram_col=4].enabled_4bit_muxctl_select to be 2.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_mem_hashadr_xbar_ctl[sram_col=4].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_exact_shiftcount[physical_result_bus=14][entry_in_ram_word=0].mau_action_instruction_adr_exact_shiftcount to be 0.
Configuring rams.match.merge.mau_immediate_data_exact_shiftcount[physical_result_bus=14][entry_in_ram_word=0].mau_immediate_data_exact_shiftcount to be 0.
Configuring rams.match.merge.mau_stats_adr_exact_shiftcount[result_bus_number = 14][entry_in_ram_word=0].mau_stats_adr_exact_shiftcount to be 0x46.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=4].unitram_type to be 1.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=4].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=4].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=7].adrmux.unitram_config[column_half=0][column_index=4].unitram_enable to be 1.
Configuring rams.array.row[row=7].emm_ecc_error_uram_ctl[direction=0].emm_ecc_error_uram_ctl to be select of 0x7.  (previous value = 0x3 OR new value = 0x4)
In Ram Word 0:
  wide entry 0 occupied ram word entry 0
Configuring rams.match.merge.col[col_number=4].row_action_nxtable_bus_drive[row_number=7].row_action_nxtable_bus_drive to be 1.
Configuring rams.match.merge.col[col_number=4].hitmap_output_map[hit_signal=14].enabled_4bit_muxctl_select to be 14 (hit signal to output on).
Configuring rams.match.merge.col[col_number=4].hitmap_output_map[hit_signal=14].enabled_4bit_muxctl_enable to be 1.

+------------------------------------------------------------------------
|  Working on table ecmp_group_table_counter in stage 1 ---
+------------------------------------------------------------------------
Configuring rams.array.switchbox.row[row=6].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=6].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=6].ram[col=6].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_enable to be 1.
Configuring rams.array.switchbox.row[row=6].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=7].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=6].ram[col=7].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x3.  (previous value = 0x1  OR  new value = 0x2)
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Stat table ecmp_group_table_counter is used by match table ecmp_group_table.
Configuring rams.match.adrdist.adr_dist_stats_adr_icxbar_ctl[match_logical_table_id=0].adr_dist_stats_adr_icxbar_ctl to be 0x8.  (previous value = 0x0  OR  new value =0x8)
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_type to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_logical_table to be 0.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_type to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_logical_table to be 0.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_radr_mux_select_smoflo to be 1.
For counter width 32 and N = 4096
  number iterations = 32
  b_cur = 379488672.0
  eqn(b_cur) = 4294964039.26
  max_counter_value = 4294967295
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_threshold[threshold_index=0].lrt_threshold to be 0x169e89a.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_update_interval[threshold_index=0].lrt_update_interval to be 0xfffffff.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_threshold[threshold_index=1].lrt_threshold to be 0x169e89a.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_update_interval[threshold_index=1].lrt_update_interval to be 0xfffffff.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_threshold[threshold_index=2].lrt_threshold to be 0x169e89a.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.lrt_update_interval[threshold_index=2].lrt_update_interval to be 0xfffffff.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_entries_per_word to be 4.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_process_packets to be 1.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.lrt_enable to be 1.
TODO: Temporarily configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_alu_error_enable to be 0.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_entries_per_word be 0x4.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_has_packets be 0x1.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_offset be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_size be 0x0.
Configuring rams.match.adrdist.stats_lrt_fsm_sweep_size[stats_group_index=3].stats_lrt_fsm_sweep_size to be 0x0.
Configuring rams.match.adrdist.stats_lrt_fsm_sweep_offset[stats_group_index=3].stats_lrt_fsm_sweep_offset to be 0x0.
Configuring rams.match.adrdist.stats_lrt_sweep_adr[stats_group_index=3].stats_lrt_sweep_adr to be 0x0.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_vpn_ctl.synth2port_vpn_base to be 0x0.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_vpn_ctl.synth2port_vpn_limit to be 0x0.
Configuring rams.match.adrdist.packet_action_at_headertime[type_index=0][alu_index=3].packet_action_at_headertime be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_size be 3.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_direct be 1.
Configuring rams.match.adrdist.movereg_ad_direct[movereg_index=0].movereg_ad_direct be 0x1.  (previous value = 0x0  OR new value = 0x1)
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_lt be 0x0.
Configuring rams.match.adrdist.movereg_ad_stats_alu_to_logical_xbar_ctl[logical_index=0].movereg_ad_stats_alu_to_logical_xbar_ctl be 0x7.  ( previous value = 0x0  OR  new value = 0x7)
Configuring rams.match.adrdist.mau_ad_stats_virt_lt[meter_alu_index=3].mau_ad_stats_virt_lt be 0x1.
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 19.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 9.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 3.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x1.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x40.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 19.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 0.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 0.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 1.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 2.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 2
+------------------------------------------------------------------------

+------------------------------------------------------------------------
|  Working on table _condition_2 in stage 2 ---
+------------------------------------------------------------------------
--> Stage Gateway Table for condition _condition_2 in stage 2
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x1.  (old value = 0x0 OR new value = 0x1)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=2].match_input_xbar_816b_ctl_address to be 18.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=2].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 2 to come from 16-bit PHV container 2.
  That PHV byte contains {ig_intr_md_for_tm.ucast_egress_port[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=3].match_input_xbar_816b_ctl_address to be 18.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=3].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 3 to come from 16-bit PHV container 2.
  That PHV byte contains {unused[6:0], ig_intr_md_for_tm.ucast_egress_port[8:8]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=8].match_input_xbar_din_power_ctl to be 0x4.  (previous value = 0x0  OR new value = 0x4)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=40].byte1 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=41].byte0 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=42].byte0 to be 0x2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=43].byte0 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=44].byte0 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=45].byte0 to be 0x10.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=46].byte0 to be 0x20.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=47].byte0 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=1][hash_bit_index=48].byte0 to be 0x80.
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x1.  (previous value = 0x0 OR new value = 0x1)
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_select to be 0.
Configuring rams.array.row[row=7].vh_xbar[search_bus_index=0].exactmatch_row_vh_xbar_ctl.exactmatch_row_vh_xbar_enable to be 1.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_select to be 0.
Configuring rams.array.row[row=7].vh_adr_xbar.exactmatch_row_hashadr_xbar_ctl[search_bus_index=0].enabled_3bit_muxctl_enable to be 1.
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_data0_select to be 0x1
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_data1_select to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_hash0_select to be 0x1
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_input_hash1_select to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_logical_table to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_thread to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_matchdata_xor_en.gateway_table_matchdata_xor_en to be 0x0
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[3].gateway_table_entry_versionvalid0 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[3].gateway_table_entry_versionvalid1 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[3][0] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[3][1] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_ctl.gateway_table_mode to be 0x2
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[3][0] to be 0xffff00
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[3][1] to be 0xffff00
Configuring rams.match.merge.gateway_inhibit_lut[0] to be 0x8
Configuring rams.match.merge.gateway_next_table_lut[0][3] to be 0x21
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[2].gateway_table_entry_versionvalid0 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[2].gateway_table_entry_versionvalid1 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[2][0] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[2][1] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[2][0] to be 0xff00ff
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[2][1] to be 0xff00ff
Configuring rams.match.merge.gateway_inhibit_lut[0] to be 0xc (previous value 0x8 OR new value 0x4)
Configuring rams.match.merge.gateway_next_table_lut[0][2] to be 0x21
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[1].gateway_table_entry_versionvalid0 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_vv_entry[1].gateway_table_entry_versionvalid1 to be 0x3
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[1][0] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_entry_matchdata[1][1] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[1][0] to be 0x3ffff
Configuring rams.array.row[7].gateway_table[1].gateway_table_data_entry[1][1] to be 0xffff
Configuring rams.match.merge.gateway_inhibit_lut[0] to be 0xe (previous value 0xc OR new value 0x2)
Configuring rams.match.merge.gateway_next_table_lut[0][1] to be 0x21
Configuring rams.match.merge.gateway_en.gateway_en to be 0x1
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[0].enabled_4bit_muxctl_select to be 0xf
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[0].enabled_4bit_muxctl_enable to be 0x1
allocated_result_bus = Ram Data Bus MatchResult2R 0 left_and_right is 83 bits
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[1].exact_logical_select to be 0x0
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[1].exact_inhibit_enable to be 0x1
Configuring rams.match.merge.gateway_payload_exact_pbus[0].gateway_payload_exact_pbus to be 0x2
Configuring rams.match.merge.gateway_payload_data[0][1][0][0].gateway_payload_data to be 0x1
Configuring rams.match.merge.gateway_payload_data[0][1][1][0].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][1][0][1].gateway_payload_data to be 0x1
Configuring rams.match.merge.gateway_payload_data[0][1][1][1].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_match_adr[0][1][0].gateway_payload_match_adr to be 0x7ffff
Configuring rams.match.merge.gateway_payload_match_adr[0][1][1].gateway_payload_match_adr to be 0x7ffff

+------------------------------------------------------------------------
|  Working on table ingress_port_count_table__action__ in stage 2 ---
+------------------------------------------------------------------------
--> Action Data Table ingress_port_count_table__action__ with logical_table_id 0 that is reference type is 'direct'

+------------------------------------------------------------------------
|  Working on table ingress_port_count_table in stage 2 ---
+------------------------------------------------------------------------
--> Hash Action Table ingress_port_count_table with logical_table_id 0
allocated_result_bus = Ram Data Bus MatchResult2R 0 left_and_right is 83 bits
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x1 (previous_value=0x1 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x1 (previous_value=0x1 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x1 (previous_value=0x1 OR new_value=0x1).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x1 (previous_value=0x1 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x1 (previous_value=0x1 OR new_value=0x1).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x1 (previous_value=0x1 OR new_value=0x1).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=1].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=1].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=1].enabled_4bit_muxctl_select to be 0 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=1].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_default[table_type_index=0][physical_result_bus=1].mau_action_instruction_adr_default to be 0x0.
Configuring rams.match.merge.mau_action_instruction_adr_mask[table_type_index=0][physical_result_bus=1].mau_action_instruction_adr_mask to be 0x1.
Configuring rams.match.merge.next_table_format_data[logical_table_id=0].match_next_table_adr_miss_value to be 0xff.
Configuring rams.match.merge.mau_stats_adr_default[table_type_index=0][result_bus_number=1].mau_stats_adr_default to be 0x0.
Configuring rams.match.merge.mau_stats_adr_per_entry_en_mux_ctl[table_type_index=0][result_bus_number=1].mau_stats_adr_per_entry_en_mux_ctl to be 0x7.
Configuring rams.match.merge.mau_action_instruction_adr_map_en[table_type_index=0].mau_action_instruction_adr_map_en to be 0x1 (previous_value=0x0 OR new_value=0x1).
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=0][entry_index=0].mau_action_instruction_adr_map_data to be 0x2000.
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=0][entry_index=1].mau_action_instruction_adr_map_data to be 0x0.

---- Hash Distribution Units for table ingress_port_count_table ----
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x1.  (old value = 0x1 OR new value = 0x1)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=0].match_input_xbar_816b_ctl_address to be 16.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=0].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 0 to come from 16-bit PHV container 0.
  That PHV byte contains {ig_intr_md.ingress_port[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=1].match_input_xbar_816b_ctl_address to be 16.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=1].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 1 to come from 16-bit PHV container 0.
  That PHV byte contains {unused[6:0], ig_intr_md.ingress_port[8:8]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=8].match_input_xbar_din_power_ctl to be 0x5.  (previous value = 0x4  OR new value = 0x1)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x1.  (previous value = 0x1  OR  new value = 0x1)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=0].byte0 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=1].byte0 to be 0x2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=2].byte0 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=3].byte0 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=4].byte0 to be 0x10.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=5].byte0 to be 0x20.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=6].byte0 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=7].byte0 to be 0x80.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=0][hash_bit_index=8].byte1 to be 0x1.
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x1.  (previous value = 0x1 OR new value = 0x1)
Configuring rams.match.merge.mau_hash_group_config.hash_group_enable to be 1. (old value = 0 OR new value = 1).
Configuring rams.match.merge.mau_hash_group_config.hash_group_sel to be 8. (old value = 0 OR new value = 8).
Configuring rams.match.merge.mau_hash_group_config.hash_group_ctl to be 1. (old value = 0 OR new value = 1).
Configuring rams.match.merge.mau_hash_group_shiftcount.mau_hash_group_shiftcount to be 0x2. (old value = 0x0 OR new value = 0x2).
Configuring rams.match.merge.mau_hash_group_mask[which_16=0].mau_hash_group_mask to be 0x3ff.  (previous value = 0x0  OR new value = 0x3ff)
Configuring rams.match.merge.mau_hash_group_xbar_ctl[output_type_index=3][control_group_index=0].mau_hash_group_xbar_ctl to be 0x8 (old value = 0x0 OR new value = 0x8).
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=1].stats_adr_payload_shifter_en to be 1.
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=1].action_instruction_adr_payload_shifter_en to be 1.

+------------------------------------------------------------------------
|  Working on table egress_port_count_table__action__ in stage 2 ---
+------------------------------------------------------------------------
--> Action Data Table egress_port_count_table__action__ with logical_table_id 1 that is reference type is 'direct'

+------------------------------------------------------------------------
|  Working on table egress_port_count_table in stage 2 ---
+------------------------------------------------------------------------
--> Hash Action Table egress_port_count_table with logical_table_id 1
allocated_result_bus = Ram Data Bus MatchResult1R 0 left_and_right is 83 bits
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=0].enabled_4bit_muxctl_select to be 1 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=0][result_bus_number=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=0].enabled_4bit_muxctl_select to be 1 (logical table id).
Configuring rams.match.merge.match_to_logical_table_ixbar_outputmap[match_index=2][result_bus_number=0].enabled_4bit_muxctl_enable to be 1.
Configuring rams.match.merge.mau_action_instruction_adr_default[table_type_index=0][physical_result_bus=0].mau_action_instruction_adr_default to be 0x40.
Configuring rams.match.merge.mau_action_instruction_adr_mask[table_type_index=0][physical_result_bus=0].mau_action_instruction_adr_mask to be 0x0.
Configuring rams.match.merge.next_table_format_data[logical_table_id=1].match_next_table_adr_miss_value to be 0xff.
Configuring rams.match.merge.next_table_format_data[logical_table_id=1].match_next_table_adr_default to be 0xff.
Configuring rams.match.merge.mau_stats_adr_default[table_type_index=0][result_bus_number=0].mau_stats_adr_default to be 0x80000.
Configuring rams.match.merge.mau_action_instruction_adr_map_en[table_type_index=0].mau_action_instruction_adr_map_en to be 0x3 (previous_value=0x1 OR new_value=0x2).
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=1][entry_index=0].mau_action_instruction_adr_map_data to be 0x40.
Configuring rams.match.merge.mau_action_instruction_adr_map_data[table_type_index=0][logical_table=1][entry_index=1].mau_action_instruction_adr_map_data to be 0x0.

---- Hash Distribution Units for table egress_port_count_table ----
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x3.  (old value = 0x1 OR new value = 0x2)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=8].match_input_xbar_816b_ctl_address to be 18.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=8].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 8 to come from 16-bit PHV container 2.
  That PHV byte contains {ig_intr_md_for_tm.ucast_egress_port[7:0]}.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=9].match_input_xbar_816b_ctl_address to be 18.
Configuring dp.xbar_hash.xbar.match_input_xbar_816b_ctl[word_group=0][output_byte=9].match_input_xbar_816b_ctl_enable to be 1.
Configuring match input crossbar byte 9 to come from 16-bit PHV container 2.
  That PHV byte contains {unused[6:0], ig_intr_md_for_tm.ucast_egress_port[8:8]}.
Configuring dp.match_input_xbar_din_power_ctl[14_byte_group=0][byte_position=8].match_input_xbar_din_power_ctl to be 0x5.  (previous value = 0x5  OR new value = 0x4)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=1][byte_number=0].parity_group_mask to be 0x2.  (previous value = 0x0  OR  new value = 0x2)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=1][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=0].byte0 to be 0x1.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=1].byte0 to be 0x2.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=2].byte0 to be 0x4.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=3].byte0 to be 0x8.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=4].byte0 to be 0x10.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=5].byte0 to be 0x20.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=6].byte0 to be 0x40.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=7].byte0 to be 0x80.
Configuring dp.xbar_hash.hash.galois_field_matrix[byte_pair_index=4][hash_bit_index=8].byte1 to be 0x1.
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x3.  (previous value = 0x1 OR new value = 0x2)
Configuring rams.match.merge.mau_hash_group_config.hash_group_enable to be 9. (old value = 1 OR new value = 8).
Configuring rams.match.merge.mau_hash_group_config.hash_group_sel to be 152. (old value = 8 OR new value = 144).
Configuring rams.match.merge.mau_hash_group_config.hash_group_ctl to be 65. (old value = 1 OR new value = 64).
Configuring rams.match.merge.mau_hash_group_shiftcount.mau_hash_group_shiftcount to be 0x402. (old value = 0x2 OR new value = 0x400).
Configuring rams.match.merge.mau_hash_group_mask[which_16=3].mau_hash_group_mask to be 0x3ff.  (previous value = 0x0  OR new value = 0x3ff)
Configuring rams.match.merge.mau_hash_group_xbar_ctl[output_type_index=3][control_group_index=0].mau_hash_group_xbar_ctl to be 0xb8 (old value = 0x8 OR new value = 0xb0).
--> Stage Gateway Table for condition egress_port_count_table_always_true_condition in stage 2
Configuring rams.match.merge.predication_ctl[direction_index=0].table_thread to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=0].adr_dist_table_thread to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.adrdist.adr_dist_table_thread[direction_index=0][copy_index=1].adr_dist_table_thread to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=0].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=1].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring rams.match.merge.logical_table_thread[copy_index=2].logical_table_thread_ingress to be 0x3 (previous_value=0x3 OR new_value=0x2).
Configuring dp.mau_match_input_xbar_exact_match_enable[direction_index=0].mau_match_input_xbar_exact_match_enable to be 0x3.  (old value = 0x3 OR new value = 0x0)
Configuring dp.xbar_hash.xbar.mau_match_input_xbar_ternary_match_enable[direction_index=0].mau_match_input_xbar_ternary_match_enable to be 0x0.  (old value = 0x0 OR new value = 0x0)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=0].parity_group_mask to be 0x1.  (previous value = 0x1  OR  new value = 0x0)
Configuring dp.xbar_hash.hash.parity_group_mask[parity_group_mask_index=0][byte_number=1].parity_group_mask to be 0x0.  (previous value = 0x0  OR  new value = 0x0)
Configuring dp.hashout_ctl.hash_group_ingress_enable to be 0x3.  (previous value = 0x3 OR new value = 0x1)
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_data0_select to be 0x1
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_data1_select to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_hash0_select to be 0x1
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_input_hash1_select to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_logical_table to be 0x1
Configuring rams.array.row[7].gateway_table[0].gateway_table_ctl.gateway_table_thread to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_matchdata_xor_en.gateway_table_matchdata_xor_en to be 0x0
Configuring rams.array.row[7].gateway_table[0].gateway_table_vv_entry[3].gateway_table_entry_versionvalid0 to be 0x3
Configuring rams.array.row[7].gateway_table[0].gateway_table_vv_entry[3].gateway_table_entry_versionvalid1 to be 0x3
Configuring rams.array.row[7].gateway_table[0].gateway_table_entry_matchdata[3][0] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[0].gateway_table_entry_matchdata[3][1] to be 0xffffffff
Configuring rams.array.row[7].gateway_table[0].gateway_table_data_entry[3][0] to be 0xffffff
Configuring rams.array.row[7].gateway_table[0].gateway_table_data_entry[3][1] to be 0xffffff
Configuring rams.match.merge.gateway_inhibit_lut[1] to be 0x8
Configuring rams.match.merge.gateway_next_table_lut[1][3] to be 0xff
Configuring rams.match.merge.gateway_inhibit_lut[1] to be 0x18 (previous value 0x8 OR new value 0x10)
Configuring rams.match.merge.gateway_next_table_lut[1][4] to be 0xff
Configuring rams.match.merge.gateway_en.gateway_en to be 0x3 (previous value 0x1 OR new value 0x2)
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[1].enabled_4bit_muxctl_select to be 0xe
Configuring rams.match.merge.gateway_to_logicaltable_xbar_ctl[1].enabled_4bit_muxctl_enable to be 0x1
allocated_result_bus = Ram Data Bus MatchResult1R 0 left_and_right is 83 bits
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[0].exact_logical_select to be 0x1
Configuring rams.match.merge.gateway_to_pbus_xbar_ctl[0].exact_inhibit_enable to be 0x1
Configuring rams.match.merge.gateway_payload_exact_pbus[0].gateway_payload_exact_pbus to be 0x3 (previous value 0x2 OR new value 0x1)
Configuring rams.match.merge.gateway_payload_data[0][0][0][0].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][0][1][0].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][0][0][1].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_data[0][0][1][1].gateway_payload_data to be 0x0
Configuring rams.match.merge.gateway_payload_match_adr[0][0][0].gateway_payload_match_adr to be 0x7ffff
Configuring rams.match.merge.gateway_payload_match_adr[0][0][1].gateway_payload_match_adr to be 0x7ffff
Configuring rams.match.merge.mau_payload_shifter_enable[table_type=0][result_bus=0].action_instruction_adr_payload_shifter_en to be 1.

+------------------------------------------------------------------------
|  Working on table ingress_port_counter in stage 2 ---
+------------------------------------------------------------------------
Configuring rams.array.switchbox.row[row=4].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=4].ram[col=6].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=4].ram[col=6].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=0].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=0].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=0].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=0].unitram_enable to be 1.
Configuring rams.array.switchbox.row[row=4].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=4].ram[col=7].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=4].ram[col=7].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=1].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=1].unitram_logical_table to be 0.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=1].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=4].adrmux.unitram_config[column_half=1][column_index=1].unitram_enable to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=4].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.map_alu.row[row=4].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=4].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x3.  (previous value = 0x1  OR  new value = 0x2)
Configuring rams.map_alu.row[row=4].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Stat table ingress_port_counter is used by match table ingress_port_count_table.
Configuring rams.match.adrdist.adr_dist_stats_adr_icxbar_ctl[match_logical_table_id=0].adr_dist_stats_adr_icxbar_ctl to be 0x4.  (previous value = 0x0  OR  new value =0x4)
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=0].mapram_type to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=0].mapram_logical_table to be 0.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=0].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=0].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=0].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=0].mapram_enable to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=1].mapram_type to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=1].mapram_logical_table to be 0.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=1].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=1].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=1].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=4].adrmux.mapram_config[map_ram_index=1].mapram_enable to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=4].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.stats_wrap[stats_group_index=2].stats.statistics_ctl.stats_entries_per_word to be 2.
Configuring rams.map_alu.stats_wrap[stats_group_index=2].stats.statistics_ctl.stats_process_bytes to be 1.
TODO: Temporarily configuring rams.map_alu.stats_wrap[stats_group_index=2].stats.statistics_ctl.stats_alu_error_enable to be 0.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_entries_per_word be 0x2.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_has_bytes be 0x1.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_offset be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=0].stats_dump_size be 0x0.
Configuring rams.map_alu.row[row=4].i2portctl.synth2port_vpn_ctl.synth2port_vpn_base to be 0x0.
Configuring rams.map_alu.row[row=4].i2portctl.synth2port_vpn_ctl.synth2port_vpn_limit to be 0x0.
Configuring rams.match.adrdist.deferred_ram_ctl[deferred_ram_type=0][deferred_ram_index=2].deferred_ram_en to be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=2].movereg_stats_ctl_size be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=2].movereg_stats_ctl_deferred be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=2].movereg_stats_ctl_lt be 0x0.
Configuring rams.match.adrdist.movereg_ad_stats_alu_to_logical_xbar_ctl[logical_index=0].movereg_ad_stats_alu_to_logical_xbar_ctl be 0x6.  ( previous value = 0x0  OR  new value = 0x6)
Configuring rams.match.adrdist.mau_ad_stats_virt_lt[meter_alu_index=2].mau_ad_stats_virt_lt be 0x1.

+------------------------------------------------------------------------
|  Working on table egress_port_counter in stage 2 ---
+------------------------------------------------------------------------
Configuring rams.array.switchbox.row[row=6].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=6].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=6].ram[col=6].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_logical_table to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=0].unitram_enable to be 1.
Configuring rams.array.switchbox.row[row=6].ctl.r_stats_alu_o_mux_select.r_stats_alu_o_sel_stats_rd_r_i to be 1.
Configuring rams.array.row[row=6].ram[col=7].unit_ram_ctl.match_ram_write_data_mux_select to be select of 0.
Configuring rams.array.row[row=6].ram[col=7].unit_ram_ctl.match_ram_read_data_mux_select to be select of 0.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_type to be 3.
Note that unitram_vpn does not need to be programmed for synthetic two port rams.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_logical_table to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.unitram_config[column_half=1][column_index=1].unitram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=0].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x1.  (previous value = 0x0  OR  new value = 0x1)
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_unitram_adr_mux_select to be 5.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_stats_meter_adr_mux_select_meter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].ram_ofo_stats_mux_select_statsmeter to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[column_half=1][column_index=1].synth2port_radr_mux_select_home_row to be 1.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_hbus_members[bus_index=0][array_half_index=1].synth2port_hbus_members to be 0x3.  (previous value = 0x1  OR  new value = 0x2)
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_ctl.synth2port_enable to be 1.
Stat table egress_port_counter is used by match table egress_port_count_table.
Configuring rams.match.adrdist.adr_dist_stats_adr_icxbar_ctl[match_logical_table_id=1].adr_dist_stats_adr_icxbar_ctl to be 0x8.  (previous value = 0x0  OR  new value =0x8)
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_type to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_logical_table to be 1.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=0].mapram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=0].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_type to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_logical_table to be 1.
Note that map ram vpn does not need to be configured for synthetic two port map rams. 
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ecc_generate to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ecc_check to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_ingress to be 1.
Configuring rams.map_alu.row[row=6].adrmux.mapram_config[map_ram_index=1].mapram_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_select to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_wadr_mux_enable to be 1.
Configuring rams.map_alu.row[row=6].adrmux.ram_address_mux_ctl[array_half_index=1][map_ram_half_index=1].map_ram_radr_mux_select_smoflo to be 1.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_entries_per_word to be 2.
Configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_process_bytes to be 1.
TODO: Temporarily configuring rams.map_alu.stats_wrap[stats_group_index=3].stats.statistics_ctl.stats_alu_error_enable to be 0.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0x1.
Configuring cfg_regs.stats_dump_ctl[logical_table=1].stats_dump_entries_per_word be 0x2.
Configuring cfg_regs.stats_dump_ctl[logical_table=1].stats_dump_has_bytes be 0x1.
Configuring cfg_regs.stats_dump_ctl[logical_table=1].stats_dump_offset be 0x0.
Configuring cfg_regs.stats_dump_ctl[logical_table=1].stats_dump_size be 0x0.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_vpn_ctl.synth2port_vpn_base to be 0x0.
Configuring rams.map_alu.row[row=6].i2portctl.synth2port_vpn_ctl.synth2port_vpn_limit to be 0x0.
Configuring rams.match.adrdist.deferred_ram_ctl[deferred_ram_type=0][deferred_ram_index=3].deferred_ram_en to be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_size be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_deferred be 1.
Configuring rams.match.adrdist.movereg_stats_ctl[stat_alu_index=3].movereg_stats_ctl_lt be 0x1.
Configuring rams.match.adrdist.movereg_ad_stats_alu_to_logical_xbar_ctl[logical_index=3].movereg_ad_stats_alu_to_logical_xbar_ctl be 0x3e.  ( previous value = 0x6  OR  new value = 0x38)
Configuring rams.match.adrdist.mau_ad_stats_virt_lt[meter_alu_index=3].mau_ad_stats_virt_lt be 0x2.
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 19.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 9.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 3.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x3.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x3.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 0.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 1.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 2.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 3
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 4
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 5
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 19.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 19.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 0.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 0.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 6
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 19.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 9.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 3.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 19.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 9.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 3.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 0.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 0.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 3.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 7
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 8
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 9
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 10
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 2.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 2.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|    MAU Stage 11
+------------------------------------------------------------------------
+------------------------------------------------------------------------
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=0].start_table_fifo_enable to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay0 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_delay1 to be 0.
Configuring rams.match.merge.predication_ctl[direction_index=1].start_table_fifo_enable to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=0][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=0].adr_dist_pipe_delay to be 0.
Configuring rams.match.adrdist.adr_dist_pipe_delay[direction_index=1][copy_index=1].adr_dist_pipe_delay to be 0.
Configuring rams.match.merge.exact_match_logical_result_delay.exact_match_logical_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_logical_result_en.exact_match_logical_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=0].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_delay[array_half_index=1].exact_match_phys_result_delay to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=0].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_en[array_half_index=1].exact_match_phys_result_en to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=0].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.merge.exact_match_phys_result_thread[array_half_index=1].exact_match_phys_result_thread to be 0x0.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_output_delay_fifo to be 19.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=0].eop_delay_fifo_en to be 1.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_internal_delay_fifo to be 14.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_output_delay_fifo to be 19.
Configuring rams.match.adrdist.deferred_eop_bus_delay[direction_index=1].eop_delay_fifo_en to be 1.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=0].meter_alu_thread_egress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_ingress to be 0x0.
Configuring rams.match.merge.meter_alu_thread[duplication_index=1].meter_alu_thread_egress to be 0x0.
--------------------------------------------
Configuration for unused statistics ALUs.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=0].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=1].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=2].mau_cfg_stats_alu_lt to be 0xf.
Configuring cfg_regs.mau_cfg_stats_alu_lt.[stats_group_index=3].mau_cfg_stats_alu_lt to be 0xf.
+------------------------------------------------------------------------
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=0].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=0].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=0].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=4].phv_ingress_thread to be 0x3f.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=4].phv_ingress_thread_alu to be 0x3f.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=4].phv_ingress_thread_imem to be 0x3f.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=8].phv_ingress_thread to be 0xff.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=8].phv_ingress_thread_alu to be 0xff.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=8].phv_ingress_thread_imem to be 0xff.
Configuring dp.phv_ingress_thread[14_byte_group=0][byte_position=9].phv_ingress_thread to be 0x1.
Configuring dp.phv_ingress_thread_alu[14_byte_group=0][byte_position=9].phv_ingress_thread_alu to be 0x1.
Configuring dp.phv_ingress_thread_imem[14_byte_group=0][byte_position=9].phv_ingress_thread_imem to be 0x1.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=6].phv_egress_thread to be 0x3.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=6].phv_egress_thread_alu to be 0x3.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=6].phv_egress_thread_imem to be 0x3.
Configuring dp.phv_egress_thread[14_byte_group=0][byte_position=10].phv_egress_thread to be 0x1.
Configuring dp.phv_egress_thread_alu[14_byte_group=0][byte_position=10].phv_egress_thread_alu to be 0x1.
Configuring dp.phv_egress_thread_imem[14_byte_group=0][byte_position=10].phv_egress_thread_imem to be 0x1.
Configuring rams.match.merge.tcam_match_error_ctl[dir=0].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=0].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=0].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=0].emm_ecc_error_ctl_delay to be 0.
Configuring rams.match.merge.tcam_match_error_ctl[dir=1].tcam_match_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.tind_ecc_error_ctl[dir=1].tind_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_o_err_en to be 1.
Configuring rams.match.merge.gfm_parity_error_ctl[dir=1].gfm_parity_error_ctl_delay to be 0.
Configuring rams.match.merge.emm_ecc_error_ctl[dir=1].emm_ecc_error_ctl_delay to be 0.
+------------------------------------------------------------------------
Configuring dp.action_output_delay[direction_index=0].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=0].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=0].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=0].next_stage_dependency_on_cur to be 0.
Configuring dp.action_output_delay[direction_index=1].action_output_delay to be 17.
Configuring dp.pipelength_added_stages[direction_index=1].pipelength_added_stages to be 0.
Configuring dp.cur_stage_dependency_on_prev[direction_index=1].cur_stage_dependency_on_prev to be 2.
Configuring dp.next_stage_dependency_on_cur[direction_index=1].next_stage_dependency_on_cur to be 0.
Configuring dp.match_ie_input_mux_sel.match_ie_input_mux_sel to be 0.
Configuring dp.stage_concurrent_with_prev.stage_concurrent_with_prev to be 3.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_ingress_final_output_enable to be 0.
Configuring dp.phv_fifo_enable.phv_fifo_egress_action_output_enable to be 1.
Configuring dp.phv_fifo_enable.phv_fifo_egress_final_output_enable to be 0.

+------------------------------------------------------------------------
|  Number of configuration field values set in Match-Action Stages: 2168
+------------------------------------------------------------------------

+------------------------------------------------------------------------
|  MAU Feature Characteristics:
+------------------------------------------------------------------------


Features per Stage for ingress:
-----------------------------------------------------------------------------------------------
| Stage Number | Exact | Ternary | Statistics | Meter |   Selector  | Stateful |  Dependency |
|              |       |         |            |  LPF  | (max words) |          | to Previous |
-----------------------------------------------------------------------------------------------
|      0       |  Yes  |   Yes   |    Yes     |   No  |    No (0)   |    No    |    match    |
|      1       |  Yes  |    No   |    Yes     |   No  |    No (0)   |    No    |    match    |
|      2       |  Yes  |    No   |    Yes     |   No  |    No (0)   |    No    |    match    |
|      3       |  Yes* |    No   |    Yes*    |   No  |    No (0)   |    No    |  concurrent |
|      4       |  Yes* |    No   |    Yes*    |   No  |    No (0)   |    No    |  concurrent |
|      5       |  Yes* |    No   |    Yes*    |   No  |    No (0)   |    No    |  concurrent |
|      6       |   No  |    No   |     No     |   No  |    No (0)   |    No    |    match    |
|      7       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      8       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      9       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      10      |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      11      |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
-----------------------------------------------------------------------------------------------

A '*' denotes that this feature was added to balance an action/concurrent chain.


Features per Stage for egress:
-----------------------------------------------------------------------------------------------
| Stage Number | Exact | Ternary | Statistics | Meter |   Selector  | Stateful |  Dependency |
|              |       |         |            |  LPF  | (max words) |          | to Previous |
-----------------------------------------------------------------------------------------------
|      0       |   No  |    No   |     No     |   No  |    No (0)   |    No    |    match    |
|      1       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      2       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      3       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      4       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      5       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      6       |   No  |    No   |     No     |   No  |    No (0)   |    No    |    match    |
|      7       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      8       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      9       |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      10      |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
|      11      |   No  |    No   |     No     |   No  |    No (0)   |    No    |  concurrent |
-----------------------------------------------------------------------------------------------

A '*' denotes that this feature was added to balance an action/concurrent chain.

+------------------------------------------------------------------------
|  MAU Latency Characteristics:
+------------------------------------------------------------------------


Clock Cycles Per Stage For ingress:
-----------------------------------------------------------------------------------------------------
| Stage Number | Clock Cycles | Predication Cycle | Dependency To Previous | Cycles Add To Latency |
-----------------------------------------------------------------------------------------------------
|      0       |      22      |         13        |         match          |           22          |
|      1       |      20      |         11        |         match          |           20          |
|      2       |      20      |         11        |         match          |           20          |
|      3       |      20      |         11        |       concurrent       |           1           |
|      4       |      20      |         11        |       concurrent       |           1           |
|      5       |      20      |         11        |       concurrent       |           1           |
|      6       |      20      |         11        |         match          |           20          |
|      7       |      20      |         11        |       concurrent       |           1           |
|      8       |      20      |         11        |       concurrent       |           1           |
|      9       |      20      |         11        |       concurrent       |           1           |
|      10      |      20      |         11        |       concurrent       |           1           |
|      11      |      20      |         11        |       concurrent       |           1           |
-----------------------------------------------------------------------------------------------------

Total latency for ingress: 94


Clock Cycles Per Stage For egress:
-----------------------------------------------------------------------------------------------------
| Stage Number | Clock Cycles | Predication Cycle | Dependency To Previous | Cycles Add To Latency |
-----------------------------------------------------------------------------------------------------
|      0       |      20      |         11        |         match          |           20          |
|      1       |      20      |         11        |       concurrent       |           1           |
|      2       |      20      |         11        |       concurrent       |           1           |
|      3       |      20      |         11        |       concurrent       |           1           |
|      4       |      20      |         11        |       concurrent       |           1           |
|      5       |      20      |         11        |       concurrent       |           1           |
|      6       |      20      |         11        |         match          |           20          |
|      7       |      20      |         11        |       concurrent       |           1           |
|      8       |      20      |         11        |       concurrent       |           1           |
|      9       |      20      |         11        |       concurrent       |           1           |
|      10      |      20      |         11        |       concurrent       |           1           |
|      11      |      20      |         11        |       concurrent       |           1           |
-----------------------------------------------------------------------------------------------------

Total latency for egress: 54