verif/env/common/coverage/ncu/tcu_ncu_sample.vrhpal

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//
// OpenSPARC T2 Processor File: tcu_ncu_sample.vrhpal
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sample tcu_ncu_intf_add (tcu_ncu_add)
{
           state NCU_ADD        ( 8'h80 );
           state NIU_ADD        ( 8'h81 );
           state CCU_ADD        ( 8'h83 );
           state MCU_ADD        ( 8'h84 );
           state DBG1_ADD       ( 8'h86 );
           state DMU_ADD        ( 8'h88 );
           state RST_ADD        ( 8'h89 );
           state ASI_ADD        ( 8'h90 );
wildcard   state PIO_ADD        ( 8'Hcx );
           state SSI_ADD        ( 8'hff );

}


sample tcu_ncu_intf_type_sample (tcu_ncu_type)
{
           state READ_REQ       ( 4'b0100 );
           state WRITE_REQ      ( 4'b0101 );
}
sample tcu_ncu_intf_type_ack (tcu_ncu_type)
{
           state READ_ACK       ( 4'b0001 );
}
cross tcu_ncu_intf_add_type_cross (tcu_ncu_intf_add,tcu_ncu_intf_type_sample );


sample tcu_ncu_intf_size (tcu_ncu_size)
{
                   state SIZE1         (3'b000);
      wildcard     state SIZE2         (3'b0xx); // When tcu respons bask, size is  ignored,
      wildcard     state SIZE4         (3'b0xx); //for avoid change the test plan, just modified to make it be wildcard
      wildcard     state SIZE8         (3'b0xx);
}


sample tcu_ncu_intf_bufid_sample (tcu_ncu_bufid)
{
           m_state BUFFID       (0:1);
}

sample tcu_ncu_intf_cpuid_sample (tcu_ncu_cpuid)
{
           m_state CPU_ID       ( 0:63 );
}


sample tcu_ncu_intf_type_trans (tcu_ncu_type)
{

           state READ_REQ       ( 4'b0100 );
           state WRITE_REQ      ( 4'b0101 );
           state IFILL_REQ      ( 4'b0110 );


           state READ_NACK      ( 4'b0000 );
           state READ_ACK       ( 4'b0001 );


           trans TYPE_TRAN00 ("READ_REQ" -> "READ_REQ");
           trans TYPE_TRAN01 ("READ_REQ" -> "WRITE_REQ");
           trans TYPE_TRAN02 ("READ_REQ" -> "IFILL_REQ");

           trans TYPE_TRAN10 ("WRITE_REQ" -> "READ_REQ");
           trans TYPE_TRAN11 ("WRITE_REQ" -> "WRITE_REQ");
           trans TYPE_TRAN12 ("WRITE_REQ" -> "IFILL_REQ");

           trans TYPE_TRAN20 ("IFILL_REQ" -> "READ_REQ");
           trans TYPE_TRAN21 ("IFILL_REQ" -> "WRITE_REQ");
           trans TYPE_TRAN22 ("IFILL_REQ" -> "IFILL_REQ");


           trans TYPE_TRAN30 ("READ_ACK" -> "READ_ACK");
           trans TYPE_TRAN31 ("READ_ACK" -> "READ_NACK");

           trans TYPE_TRAN40 ("READ_NACK" -> "READ_ACK");
           trans TYPE_TRAN41 ("READ_NACK" -> "READ_NACK");


}


sample tcu_ncu_intf_stall_b2b_sample (ncu_tcu_stall_b2b)
{
        m_state STALL        ( 1:30 ) ;
}
sample tcu_ncu_intf_pkt_gap (tcu_ncu_pkt_gap)
{
        m_state PKT_GAP        ( 1:10 ) ;
}


sample tcu_ncu_intf_b2b_sample (tcu_ncu_b2b)
{
        m_state B2B          ( 2:5 ) ;
}