// ========== Copyright Header Begin ==========================================
// 
// OpenSPARC T1 Processor File: dbginit_mon.v
// Copyright (c) 2006 Sun Microsystems, Inc.  All Rights Reserved.
// DO NOT ALTER OR REMOVE COPYRIGHT NOTICES.
// 
// The above named program is free software; you can redistribute it and/or
// modify it under the terms of the GNU General Public
// License version 2 as published by the Free Software Foundation.
// 
// The above named program is distributed in the hope that it will be 
// useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
// General Public License for more details.
// 
// You should have received a copy of the GNU General Public
// License along with this work; if not, write to the Free Software
// Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA.
// 
// ========== Copyright Header End ============================================
////////////////////////////////////////////////////////;
// dbginit_mon.v
//
// Description: dbginit_mon Monitor
////////////////////////////////////////////////////////


module dbginit_mon (

);


// from rtl get the wire and declare here

//wire 


wire         cmp_clk       = cmp_top.iop.cmp_gclk;
wire         dram_clk      = cmp_top.iop.dram_gclk;
wire         jbus_clk      = cmp_top.iop.jbus_gclk;
 
wire         cmp_rst       = cmp_top.iop.cmp_grst_out_l;
wire         dram_rst      = cmp_top.iop.dram_grst_l;
wire         jbus_rst      = cmp_top.iop.jbus_grst_l;

wire         cmp_dbginit   =  cmp_top.iop.ccx.ccx_gdbginit_l;
wire         dram_dbginit  =  cmp_top.iop.dram02.dbginit_l;
wire         jbus_dbginit  =  cmp_top.iop.iobdg.jbus_gdbginit_l;

wire         pcx_arb0_dir  =  cmp_top.iop.ccx.pcx.arb0.direction;
wire         pcx_arb1_dir  =  cmp_top.iop.ccx.pcx.arb1.direction;
wire         pcx_arb2_dir  =  cmp_top.iop.ccx.pcx.arb2.direction;
wire         pcx_arb3_dir  =  cmp_top.iop.ccx.pcx.arb3.direction;
wire         pcx_arb4_dir  =  cmp_top.iop.ccx.pcx.arb4.direction;
wire         ccx_arb0_dir  =  cmp_top.iop.ccx.cpx.arb0.ccx_arb.arbctl.direction;
wire         ccx_arb1_dir  =  cmp_top.iop.ccx.cpx.arb1.ccx_arb.arbctl.direction;
wire         ccx_arb2_dir  =  cmp_top.iop.ccx.cpx.arb2.ccx_arb.arbctl.direction;
wire         ccx_arb3_dir  =  cmp_top.iop.ccx.cpx.arb3.ccx_arb.arbctl.direction;
wire         ccx_arb4_dir  =  cmp_top.iop.ccx.cpx.arb4.ccx_arb.direction;
wire         ccx_arb5_dir  =  cmp_top.iop.ccx.cpx.arb5.ccx_arb.arbctl.direction;
wire         ccx_arb6_dir  =  cmp_top.iop.ccx.cpx.arb6.ccx_arb.arbctl.direction;
wire         ccx_arb7_dir  =  cmp_top.iop.ccx.cpx.arb7.ccx_arb.arbctl.direction;

wire  [3:0]   sc0_dircnt  =  cmp_top.iop.sctag0.arbctl.dir_addr_cnt_c3[3:0];
wire  [3:0]   sc1_dircnt  =  cmp_top.iop.sctag1.arbctl.dir_addr_cnt_c3[3:0];
wire  [3:0]   sc2_dircnt  =  cmp_top.iop.sctag2.arbctl.dir_addr_cnt_c3[3:0];
wire  [3:0]   sc3_dircnt  =  cmp_top.iop.sctag3.arbctl.dir_addr_cnt_c3[3:0];
wire  [6:0]   sc3_tcnt    =  cmp_top.iop.sctag3.arbctl.tecc_st_cnt[6:0]     ;
wire  [6:0]  sc2_tcnt      =  cmp_top.iop.sctag2.arbctl.tecc_st_cnt[6:0];
wire  [6:0]  sc1_tcnt      =  cmp_top.iop.sctag1.arbctl.tecc_st_cnt[6:0];
wire  [6:0]  sc0_tcnt      =  cmp_top.iop.sctag0.arbctl.tecc_st_cnt[6:0];
wire  [9:0]  sc0_didx      =  cmp_top.iop.sctag0.arbaddrdp.data_ecc_idx[9:0];
wire  [9:0]  sc1_didx      =  cmp_top.iop.sctag1.arbaddrdp.data_ecc_idx[9:0];
wire  [9:0]  sc2_didx      =  cmp_top.iop.sctag2.arbaddrdp.data_ecc_idx[9:0];
wire  [9:0]  sc3_didx      =  cmp_top.iop.sctag3.arbaddrdp.data_ecc_idx[9:0];
wire  [31:0]  sc3_scrbcntr  =  cmp_top.iop.sctag3.csr.scrub_counter[31:0];
wire  [31:0] sc2_scrbcntr  =  cmp_top.iop.sctag2.csr.scrub_counter[31:0];
wire  [31:0] sc1_scrbcntr  =  cmp_top.iop.sctag1.csr.scrub_counter[31:0];
wire  [31:0] sc0_scrbcntr  =  cmp_top.iop.sctag0.csr.scrub_counter[31:0];
wire  [3:0] sc0_pickst    =  cmp_top.iop.sctag0.mbctl.dram_pick_state[3:0];
wire  [3:0]  sc1_pickst    =  cmp_top.iop.sctag1.mbctl.dram_pick_state[3:0];
wire  [3:0]  sc2_pickst    =  cmp_top.iop.sctag2.mbctl.dram_pick_state[3:0];
wire  [3:0]  sc3_pickst    =  cmp_top.iop.sctag3.mbctl.dram_pick_state[3:0];
wire  [3:0]  sc3_l2rdst    =  cmp_top.iop.sctag3.fbctl.l2_rd_state[3:0];
wire  [3:0]  sc2_l2rdst    =  cmp_top.iop.sctag2.fbctl.l2_rd_state[3:0];
wire  [3:0]  sc1_l2rdst    =  cmp_top.iop.sctag1.fbctl.l2_rd_state[3:0];
wire  [3:0]  sc0_l2rdst    =  cmp_top.iop.sctag0.fbctl.l2_rd_state[3:0];
wire  [6:0]  sc0_scbacnt   =  cmp_top.iop.sctag0.tagctl.scrub_addr_cnt[6:0];
wire  [3:0]  sc0_scbfcnt   =  cmp_top.iop.sctag0.tagctl.scrub_fsm_cnt[3:0];
wire  [6:0]  sc1_scbacnt   =  cmp_top.iop.sctag1.tagctl.scrub_addr_cnt[6:0];
wire  [3:0]  sc1_scbfcnt   =  cmp_top.iop.sctag1.tagctl.scrub_fsm_cnt[3:0];
wire  [6:0]  sc2_scbacnt   =  cmp_top.iop.sctag2.tagctl.scrub_addr_cnt[6:0];
wire  [3:0]  sc2_scbfcnt   =  cmp_top.iop.sctag2.tagctl.scrub_fsm_cnt[3:0] ;
wire  [6:0]  sc3_scbacnt   =  cmp_top.iop.sctag3.tagctl.scrub_addr_cnt[6:0];
wire  [3:0]  sc3_scbfcnt   =  cmp_top.iop.sctag3.tagctl.scrub_fsm_cnt[3:0] ;
wire  [3:0]  sc3_lrust     =  cmp_top.iop.sctag3.tagdp_ctl.lru_state[3:0];
wire  [2:0]  sc3_tad0      =  cmp_top.iop.sctag3.tagdp_ctl.lru_state_triad0[2:0];
wire  [2:0]  sc3_tad1      =  cmp_top.iop.sctag3.tagdp_ctl.lru_state_triad1[2:0];
wire  [2:0]  sc3_tad2      =  cmp_top.iop.sctag3.tagdp_ctl.lru_state_triad2[2:0];
wire  [2:0]  sc3_tad3      =  cmp_top.iop.sctag3.tagdp_ctl.lru_state_triad3[2:0];
wire  [3:0]  sc2_lrust     =  cmp_top.iop.sctag2.tagdp_ctl.lru_state[3:0];
wire  [2:0]  sc2_tad0      =  cmp_top.iop.sctag2.tagdp_ctl.lru_state_triad0[2:0];
wire  [2:0]  sc2_tad1      =  cmp_top.iop.sctag2.tagdp_ctl.lru_state_triad1[2:0];
wire  [2:0]  sc2_tad2      =  cmp_top.iop.sctag2.tagdp_ctl.lru_state_triad2[2:0];
wire  [2:0]  sc2_tad3      =  cmp_top.iop.sctag2.tagdp_ctl.lru_state_triad3[2:0];
wire  [3:0]  sc1_lrust     =  cmp_top.iop.sctag1.tagdp_ctl.lru_state[3:0];
wire  [2:0]  sc1_tad0      =  cmp_top.iop.sctag1.tagdp_ctl.lru_state_triad0[2:0];
wire  [2:0]  sc1_tad1      =  cmp_top.iop.sctag1.tagdp_ctl.lru_state_triad1[2:0];
wire  [2:0]  sc1_tad2      =  cmp_top.iop.sctag1.tagdp_ctl.lru_state_triad2[2:0];
wire  [2:0]  sc1_tad3      =  cmp_top.iop.sctag1.tagdp_ctl.lru_state_triad3[2:0];
wire  [3:0]  sc0_lrust     =  cmp_top.iop.sctag0.tagdp_ctl.lru_state[3:0];
wire  [2:0]  sc0_tad0      =  cmp_top.iop.sctag0.tagdp_ctl.lru_state_triad0[2:0];
wire  [2:0]  sc0_tad1      =  cmp_top.iop.sctag0.tagdp_ctl.lru_state_triad1[2:0];
wire  [2:0]  sc0_tad2      =  cmp_top.iop.sctag0.tagdp_ctl.lru_state_triad2[2:0];
wire  [2:0]  sc0_tad3      =  cmp_top.iop.sctag0.tagdp_ctl.lru_state_triad3[2:0];
wire  [3:0]  sc0_qd0st     =  cmp_top.iop.sctag0.wbctl.quad0_state[3:0];
wire  [3:0]  sc0_qd1st     =  cmp_top.iop.sctag0.wbctl.quad1_state[3:0];
wire  [3:0]  sc0_qd2st     =  cmp_top.iop.sctag0.wbctl.quad2_state[3:0];
wire  [2:0]  sc0_qdst      =  cmp_top.iop.sctag0.wbctl.quad_state[2:0];
wire  [3:0]  sc1_qd0st     =  cmp_top.iop.sctag1.wbctl.quad0_state[3:0];
wire  [3:0]  sc1_qd1st     =  cmp_top.iop.sctag1.wbctl.quad1_state[3:0];
wire  [3:0]  sc1_qd2st     =  cmp_top.iop.sctag1.wbctl.quad2_state[3:0];
wire  [2:0]  sc1_qdst      =  cmp_top.iop.sctag1.wbctl.quad_state[2:0];
wire  [3:0]  sc2_qd0st     =  cmp_top.iop.sctag2.wbctl.quad0_state[3:0];
wire  [3:0]  sc2_qd1st     =  cmp_top.iop.sctag2.wbctl.quad1_state[3:0];
wire  [3:0]  sc2_qd2st     =  cmp_top.iop.sctag2.wbctl.quad2_state[3:0];
wire  [2:0]  sc2_qdst      =  cmp_top.iop.sctag2.wbctl.quad_state[2:0];
wire  [3:0]  sc3_qd0st     =  cmp_top.iop.sctag3.wbctl.quad0_state[3:0];
wire  [3:0]  sc3_qd1st     =  cmp_top.iop.sctag3.wbctl.quad1_state[3:0];
wire  [3:0]  sc3_qd2st     =  cmp_top.iop.sctag3.wbctl.quad2_state[3:0];
wire  [2:0]  sc3_qdst      =  cmp_top.iop.sctag3.wbctl.quad_state[2:0];
`ifdef RTL_SPARC0
wire  [3:0]  sp0_usd0      =  cmp_top.iop.sparc0.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp0_usd1      =  cmp_top.iop.sparc0.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp0_usd2      =  cmp_top.iop.sparc0.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp0_usd3      =  cmp_top.iop.sparc0.ifu.swl.thr_sched.used3[3:0];
wire  [4:0]  sp0_q         =  cmp_top.iop.sparc0.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp0_pv        =  cmp_top.iop.sparc0.ifu.ifqctl.pcxrndrob.pv[3:0];
`endif

`ifdef RTL_SPARC1
wire  [3:0]  sp1_usd0      =  cmp_top.iop.sparc1.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp1_usd1      =  cmp_top.iop.sparc1.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp1_usd2      =  cmp_top.iop.sparc1.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp1_usd3      =  cmp_top.iop.sparc1.ifu.swl.thr_sched.used3[3:0];
wire  [4:0]  sp1_q         =  cmp_top.iop.sparc1.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp1_pv        =  cmp_top.iop.sparc1.ifu.ifqctl.pcxrndrob.pv[3:0];
`endif
`ifdef RTL_SPARC2
wire  [3:0]  sp2_pv        =  cmp_top.iop.sparc2.ifu.ifqctl.pcxrndrob.pv[3:0];
wire  [4:0]  sp2_q         =  cmp_top.iop.sparc2.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp2_usd0      =  cmp_top.iop.sparc2.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp2_usd1      =  cmp_top.iop.sparc2.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp2_usd2      =  cmp_top.iop.sparc2.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp2_usd3      =  cmp_top.iop.sparc2.ifu.swl.thr_sched.used3[3:0];
`endif
`ifdef RTL_SPARC3
wire  [4:0]  sp3_q         =  cmp_top.iop.sparc3.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp3_pv        =  cmp_top.iop.sparc3.ifu.ifqctl.pcxrndrob.pv[3:0];
wire  [3:0]  sp3_usd0      =  cmp_top.iop.sparc3.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp3_usd1      =  cmp_top.iop.sparc3.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp3_usd2      =  cmp_top.iop.sparc3.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp3_usd3      =  cmp_top.iop.sparc3.ifu.swl.thr_sched.used3[3:0];
`endif
`ifdef RTL_SPARC4
wire  [3:0]  sp4_pv        =  cmp_top.iop.sparc4.ifu.ifqctl.pcxrndrob.pv[3:0];
wire  [4:0]  sp4_q         =  cmp_top.iop.sparc4.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp4_usd0      =  cmp_top.iop.sparc4.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp4_usd1      =  cmp_top.iop.sparc4.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp4_usd2      =  cmp_top.iop.sparc4.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp4_usd3      =  cmp_top.iop.sparc4.ifu.swl.thr_sched.used3[3:0];
`endif
`ifdef RTL_SPARC5
wire  [3:0]  sp5_pv        =  cmp_top.iop.sparc5.ifu.ifqctl.pcxrndrob.pv[3:0];
wire  [4:0]  sp5_q         =  cmp_top.iop.sparc5.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp5_usd0      =  cmp_top.iop.sparc5.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp5_usd1      =  cmp_top.iop.sparc5.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp5_usd2      =  cmp_top.iop.sparc5.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp5_usd3      =  cmp_top.iop.sparc5.ifu.swl.thr_sched.used3[3:0];
`endif
`ifdef RTL_SPARC6
wire  [4:0]  sp6_q         =  cmp_top.iop.sparc6.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp6_pv        =  cmp_top.iop.sparc6.ifu.ifqctl.pcxrndrob.pv[3:0];
wire  [3:0]  sp6_usd0      =  cmp_top.iop.sparc6.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp6_usd1      =  cmp_top.iop.sparc6.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp6_usd2      =  cmp_top.iop.sparc6.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp6_usd3      =  cmp_top.iop.sparc6.ifu.swl.thr_sched.used3[3:0];
`endif
`ifdef RTL_SPARC7
wire  [3:0]  sp7_pv        =  cmp_top.iop.sparc7.ifu.ifqctl.pcxrndrob.pv[3:0];
wire  [4:0]  sp7_q         =  cmp_top.iop.sparc7.ifu.ifqctl.lfsr.q[4:0];
wire  [3:0]  sp7_usd0      =  cmp_top.iop.sparc7.ifu.swl.thr_sched.used0[3:0];
wire  [3:0]  sp7_usd1      =  cmp_top.iop.sparc7.ifu.swl.thr_sched.used1[3:0];
wire  [3:0]  sp7_usd2      =  cmp_top.iop.sparc7.ifu.swl.thr_sched.used2[3:0];
wire  [3:0]  sp7_usd3      =  cmp_top.iop.sparc7.ifu.swl.thr_sched.used3[3:0];
`endif

wire  [32:0] dr02_q0scbad  =  cmp_top.iop.dram02.dramctl0.dram_dctl.dram_que.que_scrb_addr_p1[32:0];
wire  [8:0]  dr02_q0scbca  =  cmp_top.iop.dram02.dramctl0.dram_dctl.dram_que.que_scrb_cas_addr[8:0];
wire         dr02_q0scbrk  =  cmp_top.iop.dram02.dramctl0.dram_dctl.dram_que.que_scrb_rank_addr;
wire  [14:0] dr02_q0scbrs  =  cmp_top.iop.dram02.dramctl0.dram_dctl.dram_que.que_scrb_ras_addr[14:0];
wire         dr02_q0scbsk  =  cmp_top.iop.dram02.dramctl0.dram_dctl.dram_que.que_scrb_stack_addr;
wire  [2:0]  dr02_q0scbbk  =  cmp_top.iop.dram02.dramctl0.dram_dctl.dram_que.que_scrb_bank[2:0];
wire  [2:0]  dr02_q1scbbk  =  cmp_top.iop.dram02.dramctl1.dram_dctl.dram_que.que_scrb_bank[2:0];
wire  [8:0]  dr02_q1scbca  =  cmp_top.iop.dram02.dramctl1.dram_dctl.dram_que.que_scrb_cas_addr[8:0];
wire         dr02_q1scbrk  =  cmp_top.iop.dram02.dramctl1.dram_dctl.dram_que.que_scrb_rank_addr;
wire  [14:0] dr02_q1scbrs  =  cmp_top.iop.dram02.dramctl1.dram_dctl.dram_que.que_scrb_ras_addr[14:0];
wire         dr02_q1scbsk  =  cmp_top.iop.dram02.dramctl1.dram_dctl.dram_que.que_scrb_stack_addr;
wire  [32:0] dr02_q1scbad  =  cmp_top.iop.dram02.dramctl1.dram_dctl.dram_que.que_scrb_addr_p1[32:0];
wire  [32:0] dr13_q0scbad  =  cmp_top.iop.dram13.dramctl0.dram_dctl.dram_que.que_scrb_addr_p1[32:0];
wire  [8:0]  dr13_q0scbca  =  cmp_top.iop.dram13.dramctl0.dram_dctl.dram_que.que_scrb_cas_addr[8:0];
wire         dr13_q0scbrk  =  cmp_top.iop.dram13.dramctl0.dram_dctl.dram_que.que_scrb_rank_addr;
wire  [14:0] dr13_q0scbrs  =  cmp_top.iop.dram13.dramctl0.dram_dctl.dram_que.que_scrb_ras_addr[14:0];
wire         dr13_q0scbsk  =  cmp_top.iop.dram13.dramctl0.dram_dctl.dram_que.que_scrb_stack_addr;
wire  [2:0]  dr13_q0scbbk  =  cmp_top.iop.dram13.dramctl0.dram_dctl.dram_que.que_scrb_bank[2:0];
wire  [2:0]  dr13_q1scbbk  =  cmp_top.iop.dram13.dramctl1.dram_dctl.dram_que.que_scrb_bank[2:0];
wire  [32:0] dr13_q1scbad  =  cmp_top.iop.dram13.dramctl1.dram_dctl.dram_que.que_scrb_addr_p1[32:0];
wire  [8:0]  dr13_q1scbca  =  cmp_top.iop.dram13.dramctl1.dram_dctl.dram_que.que_scrb_cas_addr[8:0];
wire         dr13_q1scbrk  =  cmp_top.iop.dram13.dramctl1.dram_dctl.dram_que.que_scrb_rank_addr;
wire  [14:0] dr13_q1scbrs  =  cmp_top.iop.dram13.dramctl1.dram_dctl.dram_que.que_scrb_ras_addr[14:0];
wire         dr13_q1scbsk  =  cmp_top.iop.dram13.dramctl1.dram_dctl.dram_que.que_scrb_stack_addr;

wire[10:0] cmp_cnt  = 11'hc;
wire[10:0] dram_cnt = 11'hc;
wire[10:0] jbus_cnt = 11'hc;

// module instantiations
// dbginit_inst

// cmp_clk
   dbginit_inst  #(1) cmp_dbginit1 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (pcx_arb0_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(1) );
   dbginit_inst  #(1) cmp_dbginit2 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (pcx_arb1_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(2) );
   dbginit_inst  #(1) cmp_dbginit3 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (pcx_arb2_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(3) );
   dbginit_inst  #(1) cmp_dbginit4 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (pcx_arb3_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(4) );
   dbginit_inst  #(1) cmp_dbginit5 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (pcx_arb4_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(5) );

   dbginit_inst  #(1) cmp_dbginit6 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb0_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(6) );
   dbginit_inst  #(1) cmp_dbginit7 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb1_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(7) );
   dbginit_inst  #(1) cmp_dbginit8 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb2_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(8) );
   dbginit_inst  #(1) cmp_dbginit9 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb3_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(9) );
   dbginit_inst  #(1) cmp_dbginit10 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb4_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(10) );
   dbginit_inst  #(1) cmp_dbginit11 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb5_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(11) );
   dbginit_inst  #(1) cmp_dbginit12 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb6_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(12) );
   dbginit_inst  #(1) cmp_dbginit13 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (ccx_arb7_dir), .expected (1'b1),.cnt_val(cmp_cnt), .mon_num(13) );

   dbginit_inst  #(4) cmp_dbginit14 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_dircnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(14) );
   dbginit_inst  #(4) cmp_dbginit15 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_dircnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(15) );
   dbginit_inst  #(4) cmp_dbginit16 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_dircnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(16) );
   dbginit_inst  #(4) cmp_dbginit17 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_dircnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(17) );

   dbginit_inst  #(7) cmp_dbginit18 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_tcnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(18) );
   dbginit_inst  #(7) cmp_dbginit19 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_tcnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(19) );
   dbginit_inst  #(7) cmp_dbginit20( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_tcnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(20) );
   dbginit_inst  #(7) cmp_dbginit21 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_tcnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(21) );

   dbginit_inst  #(10) cmp_dbginit22 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_didx), .expected (10'b0),.cnt_val(cmp_cnt), .mon_num(22) );
   dbginit_inst  #(10) cmp_dbginit23 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_didx), .expected (10'b0),.cnt_val(cmp_cnt), .mon_num(23) );
   dbginit_inst  #(10) cmp_dbginit24 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_didx), .expected (10'b0),.cnt_val(cmp_cnt), .mon_num(24) );
   dbginit_inst  #(10) cmp_dbginit25 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_didx), .expected (10'b0),.cnt_val(cmp_cnt), .mon_num(25) );

   dbginit_inst  #(32) cmp_dbginit26 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_scrbcntr), .expected (32'b0),.cnt_val(cmp_cnt), .mon_num(26) );
   dbginit_inst  #(32) cmp_dbginit27 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_scrbcntr), .expected (32'b0),.cnt_val(cmp_cnt), .mon_num(27) );
   dbginit_inst  #(32) cmp_dbginit28 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_scrbcntr), .expected (32'b0),.cnt_val(cmp_cnt), .mon_num(28) );
   dbginit_inst  #(32) cmp_dbginit29 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_scrbcntr), .expected (32'b0),.cnt_val(cmp_cnt), .mon_num(29) );

   dbginit_inst  #(4) cmp_dbginit30 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_pickst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(30) );
   dbginit_inst  #(4) cmp_dbginit31 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_pickst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(31) );
   dbginit_inst  #(4) cmp_dbginit32 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_pickst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(32) );
   dbginit_inst  #(4) cmp_dbginit33 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_pickst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(33) );

   dbginit_inst  #(4) cmp_dbginit34 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_l2rdst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(34) );
   dbginit_inst  #(4) cmp_dbginit35 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_l2rdst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(35) );
   dbginit_inst  #(4) cmp_dbginit36 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_l2rdst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(36) );
   dbginit_inst  #(4) cmp_dbginit37 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_l2rdst), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(37) );
   dbginit_inst  #(7) cmp_dbginit38 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_scbacnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(38) );
   dbginit_inst  #(7) cmp_dbginit39 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_scbacnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(39) );
   dbginit_inst  #(7) cmp_dbginit40 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_scbacnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(40) );
   dbginit_inst  #(7) cmp_dbginit41 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_scbacnt), .expected (7'b0),.cnt_val(cmp_cnt), .mon_num(41) );
   dbginit_inst  #(4) cmp_dbginit42 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_scbfcnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(42) );
   dbginit_inst  #(4) cmp_dbginit43 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_scbfcnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(43) );
   dbginit_inst  #(4) cmp_dbginit44 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_scbfcnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(44) );
   dbginit_inst  #(4) cmp_dbginit45 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_scbfcnt), .expected (4'b0),.cnt_val(cmp_cnt), .mon_num(45) );

   dbginit_inst  #(4) cmp_dbginit46 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_lrust), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(46) );
   dbginit_inst  #(4) cmp_dbginit47 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_lrust), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(47) );
   dbginit_inst  #(4) cmp_dbginit48 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_lrust), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(48) );
   dbginit_inst  #(4) cmp_dbginit49 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_lrust), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(49) );

   dbginit_inst  #(3) cmp_dbginit50 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_tad0), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(50) );
   dbginit_inst  #(3) cmp_dbginit51 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_tad1), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(51) );
   dbginit_inst  #(3) cmp_dbginit52 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_tad2), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(52) );
   dbginit_inst  #(3) cmp_dbginit53 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_tad3), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(53) );
   dbginit_inst  #(3) cmp_dbginit54 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_tad0), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(54) );
   dbginit_inst  #(3) cmp_dbginit55 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_tad1), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(55) );
   dbginit_inst  #(3) cmp_dbginit56 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_tad2), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(56) );
   dbginit_inst  #(3) cmp_dbginit57 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_tad3), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(57) );
   dbginit_inst  #(3) cmp_dbginit58 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_tad0), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(58) );
   dbginit_inst  #(3) cmp_dbginit59 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_tad1), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(59) );
   dbginit_inst  #(3) cmp_dbginit60 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_tad2), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(60) );
   dbginit_inst  #(3) cmp_dbginit61 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_tad3), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(61) );
   dbginit_inst  #(3) cmp_dbginit62 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_tad0), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(62) );
   dbginit_inst  #(3) cmp_dbginit63 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_tad1), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(63) );
   dbginit_inst  #(3) cmp_dbginit64 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_tad2), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(64) );
   dbginit_inst  #(3) cmp_dbginit65 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_tad3), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(65) );

   dbginit_inst  #(4) cmp_dbginit66 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_qd0st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(66) );
   dbginit_inst  #(4) cmp_dbginit67 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_qd1st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(67) );
   dbginit_inst  #(4) cmp_dbginit68 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_qd2st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(68) );
   dbginit_inst  #(3) cmp_dbginit69 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc0_qdst), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(69) );

   dbginit_inst  #(4) cmp_dbginit70 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_qd0st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(70) );
   dbginit_inst  #(4) cmp_dbginit71 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_qd1st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(71) );
   dbginit_inst  #(4) cmp_dbginit72 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_qd2st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(72) );
   dbginit_inst  #(3) cmp_dbginit73 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc1_qdst), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(73) );
   dbginit_inst  #(4) cmp_dbginit74 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_qd0st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(74) );
   dbginit_inst  #(4) cmp_dbginit75 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_qd1st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(75) );
   dbginit_inst  #(4) cmp_dbginit76 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_qd2st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(76) );
   dbginit_inst  #(3) cmp_dbginit77 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc2_qdst), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(77) );
   dbginit_inst  #(4) cmp_dbginit78 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_qd0st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(78) );
   dbginit_inst  #(4) cmp_dbginit79 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_qd1st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(79) );
   dbginit_inst  #(4) cmp_dbginit80 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_qd2st), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(80) );
   dbginit_inst  #(3) cmp_dbginit81 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sc3_qdst), .expected (3'b1),.cnt_val(cmp_cnt), .mon_num(81) );

`ifdef RTL_SPARC0
   dbginit_inst  #(4) cmp_dbginit82 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp0_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(82) );
   dbginit_inst  #(4) cmp_dbginit83 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp0_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(83) );
   dbginit_inst  #(4) cmp_dbginit84 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp0_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(84) );
   dbginit_inst  #(4) cmp_dbginit85 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp0_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(85) );
   dbginit_inst  #(5) cmp_dbginit86 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp0_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(86) );
   dbginit_inst  #(4) cmp_dbginit87 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp0_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(87) );
`endif
`ifdef RTL_SPARC1
   dbginit_inst  #(4) cmp_dbginit88 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp1_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(88) );
   dbginit_inst  #(4) cmp_dbginit89 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp1_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(89) );
   dbginit_inst  #(4) cmp_dbginit90 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp1_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(90) );
   dbginit_inst  #(4) cmp_dbginit91 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp1_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(91) );
   dbginit_inst  #(5) cmp_dbginit92 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp1_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(92) );
   dbginit_inst  #(4) cmp_dbginit93 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp1_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(93) );
`endif
`ifdef RTL_SPARC2
   dbginit_inst  #(4) cmp_dbginit94 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp2_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(94) );
   dbginit_inst  #(4) cmp_dbginit95 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp2_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(95) );
   dbginit_inst  #(4) cmp_dbginit96 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp2_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(96) );
   dbginit_inst  #(4) cmp_dbginit97 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp2_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(97) );
   dbginit_inst  #(5) cmp_dbginit98 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp2_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(98) );
   dbginit_inst  #(4) cmp_dbginit99 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp2_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(99) );
`endif
`ifdef RTL_SPARC3
   dbginit_inst  #(4) cmp_dbginit100 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp3_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(100) );
   dbginit_inst  #(4) cmp_dbginit101 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp3_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(101) );
   dbginit_inst  #(4) cmp_dbginit102 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp3_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(102) );
   dbginit_inst  #(4) cmp_dbginit103 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp3_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(103) );
   dbginit_inst  #(5) cmp_dbginit104 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp3_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(104) );
   dbginit_inst  #(4) cmp_dbginit105 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp3_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(105) );
`endif
`ifdef RTL_SPARC4
   dbginit_inst  #(4) cmp_dbginit106 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp4_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(106) );
   dbginit_inst  #(4) cmp_dbginit107 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp4_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(107) );
   dbginit_inst  #(4) cmp_dbginit108 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp4_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(108) );
   dbginit_inst  #(4) cmp_dbginit109 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp4_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(109) );
   dbginit_inst  #(5) cmp_dbginit110 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp4_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(110) );
   dbginit_inst  #(4) cmp_dbginit111 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp4_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(111) );
`endif
`ifdef RTL_SPARC5
   dbginit_inst  #(4) cmp_dbginit112 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp5_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(112) );
   dbginit_inst  #(4) cmp_dbginit113 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp5_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(113) );
   dbginit_inst  #(4) cmp_dbginit114 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp5_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(114) );
   dbginit_inst  #(4) cmp_dbginit115 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp5_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(115) );
   dbginit_inst  #(5) cmp_dbginit116 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp5_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(116) );
   dbginit_inst  #(4) cmp_dbginit117 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp5_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(117) );
`endif
`ifdef RTL_SPARC6
   dbginit_inst  #(4) cmp_dbginit118 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp6_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(118) );
   dbginit_inst  #(4) cmp_dbginit119 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp6_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(119) );
   dbginit_inst  #(4) cmp_dbginit120 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp6_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(120) );
   dbginit_inst  #(4) cmp_dbginit121 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp6_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(121) );
   dbginit_inst  #(5) cmp_dbginit122 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp6_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(122) );
   dbginit_inst  #(4) cmp_dbginit123 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp6_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(123) );
`endif
`ifdef RTL_SPARC7
   dbginit_inst  #(4) cmp_dbginit124 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp7_usd0), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(124) );
   dbginit_inst  #(4) cmp_dbginit125 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp7_usd1), .expected (4'h2),.cnt_val(cmp_cnt), .mon_num(125) );
   dbginit_inst  #(4) cmp_dbginit126 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp7_usd2), .expected (4'h4),.cnt_val(cmp_cnt), .mon_num(126) );
   dbginit_inst  #(4) cmp_dbginit127 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp7_usd3), .expected (4'h8),.cnt_val(cmp_cnt), .mon_num(127) );
   dbginit_inst  #(5) cmp_dbginit128 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp7_q), .expected (5'h1f),.cnt_val(cmp_cnt), .mon_num(128) );
   dbginit_inst  #(4) cmp_dbginit129 ( .rst (cmp_rst), .clk  (cmp_clk), .dbginit (cmp_dbginit), .actual (sp7_pv), .expected (4'b1),.cnt_val(cmp_cnt), .mon_num(129) );
`endif


// dram clk 
   dbginit_inst  #(33) dram_dbginit1 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q0scbad), .expected (33'b0),.cnt_val(dram_cnt), .mon_num(130) );
   dbginit_inst  #(9) dram_dbginit2 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q0scbca), .expected ( 9'b0),.cnt_val(dram_cnt), .mon_num(131) );
   dbginit_inst  #(1) dram_dbginit3 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q0scbrk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(132) );
   dbginit_inst  #(15) dram_dbginit4 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q0scbrs), .expected (15'b0),.cnt_val(dram_cnt), .mon_num(133) );
   dbginit_inst  #(1) dram_dbginit5 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q0scbsk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(134) );
   dbginit_inst  #(3) dram_dbginit6 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q0scbbk), .expected ( 3'b0),.cnt_val(dram_cnt), .mon_num(135) );
   dbginit_inst  #(33) dram_dbginit7 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q1scbad), .expected (33'b0),.cnt_val(dram_cnt), .mon_num(136) );
   dbginit_inst  #(9) dram_dbginit8 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q1scbca), .expected ( 9'b0),.cnt_val(dram_cnt), .mon_num(137) );
   dbginit_inst  #(1) dram_dbginit9 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q1scbrk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(138) );
   dbginit_inst  #(15) dram_dbginit10 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q1scbrs), .expected (15'b0),.cnt_val(dram_cnt), .mon_num(139) );
   dbginit_inst  #(1) dram_dbginit11 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q1scbsk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(140) );
   dbginit_inst  #(3) dram_dbginit12 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr02_q1scbbk), .expected ( 3'b0),.cnt_val(dram_cnt), .mon_num(141) );
   dbginit_inst  #(33) dram_dbginit13 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q0scbad), .expected (33'b0),.cnt_val(dram_cnt), .mon_num(142) );
   dbginit_inst  #(9) dram_dbginit14 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q0scbca), .expected ( 9'b0),.cnt_val(dram_cnt), .mon_num(143) );
   dbginit_inst  #(1) dram_dbginit15 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q0scbrk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(144) );
   dbginit_inst  #(15) dram_dbginit16 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q0scbrs), .expected (15'b0),.cnt_val(dram_cnt), .mon_num(145) );
   dbginit_inst  #(1) dram_dbginit17 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q0scbsk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(146) );
   dbginit_inst  #(3) dram_dbginit18 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q0scbbk), .expected ( 3'b0),.cnt_val(dram_cnt), .mon_num(147) );
   dbginit_inst  #(33) dram_dbginit19 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q1scbad), .expected (33'b0),.cnt_val(dram_cnt), .mon_num(148) );
   dbginit_inst  #(9) dram_dbginit20 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q1scbca), .expected ( 9'b0),.cnt_val(dram_cnt), .mon_num(149) );
   dbginit_inst  #(1) dram_dbginit21 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q1scbrk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(150) );
   dbginit_inst  #(15) dram_dbginit22 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q1scbrs), .expected (15'b0),.cnt_val(dram_cnt), .mon_num(151) );
   dbginit_inst  #(1) dram_dbginit23 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q1scbsk), .expected ( 1'b0),.cnt_val(dram_cnt), .mon_num(152) );
   dbginit_inst  #(3) dram_dbginit24 ( .rst(dram_rst), .clk  (dram_clk), .dbginit (dram_dbginit), .actual (dr13_q1scbbk), .expected ( 3'b0),.cnt_val(dram_cnt), .mon_num(153) );


// jbus clock 


endmodule