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// 
// OpenSPARC T2 Processor File: dmu_sii_sample.vrhpal
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#inc "dmu_cov_inc.pal";

sample dmu_sii_cmd_sample_this (this_dmu_cmd)
{
           state RDD_ord          ( 7'b0010_100 );
           state WRI_pstd_ord     ( 7'b0100_100 );
           state WRM_pstd_ord     ( 7'b0101_100 );
           state PIO_RD_RET       ( 7'b1010_011 );
           state INT              ( 7'b0000_010 );
           cov_weight = 0;
}

. $j = 5;
. $k = 2;
. for ($i=1; $i<11; $i++)
. {
    sample dmu_sii_cmd_sample_${i}_clk_last (last_dmu_cmd) 
    {
      state RDD_ord          ( 7'b0010_100 ) if (dmu_back_to_back == ${i});
      state WRI_pstd_ord     ( 7'b0100_100 ) if (dmu_back_to_back == ${j});
      state WRM_pstd_ord     ( 7'b0101_100 ) if (dmu_back_to_back == ${j});
      state PIO_RD_RET       ( 7'b1010_011 ) if (dmu_back_to_back == ${k});
      state INT              ( 7'b0000_010 ) if (dmu_back_to_back == ${k});
.     $j++;
.     $k++;
      cov_weight = 0;
    }
.}


// bins for back to back dmu commands
. for ($i=1; $i<11; $i++)
. {
    cross dmu_sii_cmd_${i}_clk_cross (dmu_sii_cmd_sample_${i}_clk_last, dmu_sii_cmd_sample_this)
    {
     cov_weight = 2;
    }
.}

sample dmu_sii_byte_en_sample ( dmu_sii_byte_en ) 
{
. &toggle( 16 );

  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_AddrPar_cov (dmu_sii_parity)
{
. &toggle( 2 );
  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_PioTimeoutErr_cov (dmu_sii_pio_cpl_to_err)
{
  m_state (0:1) if (this_dmu_cmd == 7'b1010_011);
  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_PioUnmapAddrErr_cov (dmu_sii_pio_cpl_bus_err)
{
  m_state (0:1) if (this_dmu_cmd == 7'b1010_011);
  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_PioDmcTag_CreditId_cov (dmc_tag[11:8])
{
  m_state (0:15) if (this_dmu_cmd == 7'b1010_011);
  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_PioDmcTag_ThreadId_cov (dmc_tag[6:0])
{
  m_state (0:127) if (this_dmu_cmd == 7'b1010_011);
  cov_weight = 1;
}

// make sure all bits of the dmc tag field are toggled.
sample dmu_siu_intf_iHdr_DmaDmcTag_cov (dmc_tag)
{
  wildcard state s_bit_15_0 ( 16'b0xxxxxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_15_1 ( 16'b1xxxxxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_14_0 ( 16'bx0xxxxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_14_1 ( 16'bx1xxxxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_13_0 ( 16'bxx0xxxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_13_1 ( 16'bxx1xxxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_12_0 ( 16'bxxx0xxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_12_1 ( 16'bxxx1xxxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_11_0 ( 16'bxxxx0xxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_11_1 ( 16'bxxxx1xxxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_10_0 ( 16'bxxxxx0xxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_10_1 ( 16'bxxxxx1xxxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_09_0 ( 16'bxxxxxx0xxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_09_1 ( 16'bxxxxxx1xxxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_08_0 ( 16'bxxxxxxx0xxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_08_1 ( 16'bxxxxxxx1xxxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_07_0 ( 16'bxxxxxxxx0xxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_07_1 ( 16'bxxxxxxxx1xxxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_06_0 ( 16'bxxxxxxxxx0xxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_06_1 ( 16'bxxxxxxxxx1xxxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_05_0 ( 16'bxxxxxxxxxx0xxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_05_1 ( 16'bxxxxxxxxxx1xxxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_04_0 ( 16'bxxxxxxxxxxx0xxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_04_1 ( 16'bxxxxxxxxxxx1xxxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_03_0 ( 16'bxxxxxxxxxxxx0xxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_03_1 ( 16'bxxxxxxxxxxxx1xxx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_02_0 ( 16'bxxxxxxxxxxxxx0xx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_02_1 ( 16'bxxxxxxxxxxxxx1xx ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_01_0 ( 16'bxxxxxxxxxxxxxx0x ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_01_1 ( 16'bxxxxxxxxxxxxxx1x ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_00_0 ( 16'bxxxxxxxxxxxxxxx0 ) if (this_dmu_cmd != 7'b1010_011);
  wildcard state s_bit_00_1 ( 16'bxxxxxxxxxxxxxxx1 ) if (this_dmu_cmd != 7'b1010_011);
  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_CtagECC_cov (dmudata[61:56])
{
  cov_weight = 1;
}

sample dmu_siu_intf_iHdr_Type_cov ({dmu_sii_datareq,dmu_sii_datareq16,dmubypass})
{
  state NO_DATA       (3'b000);
  state FOUR_DB       (3'b100);
  state ONE_DB        (3'b110);
  state INTPIO_ONE_DB (3'b111);
  cov_weight = 1;
}