#!/bin/csh -f
#
#  Shell script for generating tabular trace file 
#
#  Usage: do_sim <test>
#
#
#  12/30/94   TD
#

if ( $#argv != 1 ) then
  echo "Usage: $0 <test>"
  exit
endif

vlsishell << EOF
set echo on

####################################
# invoke qsim and load netlist
####################################
qsim

mode compassqsim
simparms transistorDelay 0.1

select model pc3cl3
select model pc3cl3w

load (pipe) [nle]rcp_mda_bst

####################################
# setup environment
####################################
radix 16
options bidirConflict
options failTestOnZ
#trace (static, tabular)
options tabularReportOnChange
trace (dynamic, tabular)
#trace (dynamic)

####################################
# rambus pullup resistors
####################################
#transistor P vss rac_0.U1.U1.BusEnable vdd
#transistor P vss rac_0.U1.U1.BusCtrl vdd
#transistor P vss rac_0.U1.U1.BusData[8] vdd
#transistor P vss rac_0.U1.U1.BusData[7] vdd
#transistor P vss rac_0.U1.U1.BusData[6] vdd
#transistor P vss rac_0.U1.U1.BusData[5] vdd
#transistor P vss rac_0.U1.U1.BusData[4] vdd
#transistor P vss rac_0.U1.U1.BusData[3] vdd
#transistor P vss rac_0.U1.U1.BusData[2] vdd
#transistor P vss rac_0.U1.U1.BusData[1] vdd
#transistor P vss rac_0.U1.U1.BusData[0] vdd

####################################
# display current environment
####################################
#preprocess
simparms
options
trace
modeloptions

####################################
# bus and signal aliases
####################################
vector vbus_data_pad[6:0]
vector sys_ad_pad[31:0]
vector sys_cmd_pad[4:0]
vector ad16_data_pad[15:0]

equiv sys_ad_enable_l[0]   sys_ad_pad_oen
equiv sys_ad_enable_l[0]   sys_cmd_pad_oen
equiv tst_ad16_enable_l[0] ad16_data_pad_oen
equiv vclk_enable_l        vclk_pad_oen

equiv rac_0.U1.U1.BusClk    tx_clk
equiv rac_0.U1.U1.Vref      v_ref
equiv rac_0.U1.U1.CCtlPgm   c_ctl_pgm
equiv rac_0.U1.U1.BusClk    rx_clk
equiv rac_0.U1.U1.BusEnable bus_enable_rac

equiv rac_0.U1.U1.BusCtrl   bus_ctrl_rac_i
equiv rac_0.U1.U1.BusCtrl   bus_ctrl_rac_o

equiv rac_0.U1.U1.BusData[8] bus_data_rac_i[8]
equiv rac_0.U1.U1.BusData[7] bus_data_rac_i[7]
equiv rac_0.U1.U1.BusData[6] bus_data_rac_i[6]
equiv rac_0.U1.U1.BusData[5] bus_data_rac_i[5]
equiv rac_0.U1.U1.BusData[4] bus_data_rac_i[4]
equiv rac_0.U1.U1.BusData[3] bus_data_rac_i[3]
equiv rac_0.U1.U1.BusData[2] bus_data_rac_i[2]
equiv rac_0.U1.U1.BusData[1] bus_data_rac_i[1]
equiv rac_0.U1.U1.BusData[0] bus_data_rac_i[0]

vector rac_0.U1.U1.BusData[8:0]
vector bus_data_rac_o[8:0] rac_0.U1.U1.BusData[8:0]

####################################
# list signals to be dumped in trace file
####################################
#watch tx_clk                  
#
#watch reset_l_pad             
#watch test_pad                
#watch p_valid_pad             
#watch v_ref                   
#watch c_ctl_pgm               
#watch pif_rsp_pad             
## 
#watch mclock_pad              
#watch e_valid_pad             
#watch e_ok_pad                
#watch int_pad                 
#watch rx_clk                  
#watch ad16_aleh_pad           
#watch ad16_alel_pad           
#watch ad16_read_pad           
#watch ad16_write_pad          
#watch pif_cmd_pad             
#watch pif_clock_pad           
#watch abus_data_pad           
#watch abus_word_pad           
#watch abus_clock_pad          
#watch vbus_data_pad
#watch vbus_sync_pad           
##
#watch sys_ad_pad
#watch sys_ad_pad_oen          
#watch sys_cmd_pad
#watch sys_cmd_pad_oen         
#watch ad16_data_pad
#watch ad16_data_pad_oen       
#watch vclk_pad                
#watch vclk_pad_oen            
## rambus interface
#watch bus_enable_rac          
#watch bus_ctrl_rac_o
#watch bus_data_rac_o[8:0]

####################################
# open trc file
####################################
# output (only) [trc]$1_nle_bst

####################################
# load sim file
####################################
load [sim]$1

####################################
# close trc file
####################################
# output .

####################################
# display % of nodes toggled
####################################
toggles (totals)

q
q
EOF