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top.log
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# vsim -vopt work.top -voptargs="+acc=npr" -assertdebug -l top.log -sva -coverage -c -do "log -r /*; add wave -r /*; coverage save -onexit -assert -directive -cvg -codeAll top_coverage.ucdb; run -all; exit" -wlf top_waveform.wlf
# Start time: 09:05:32 on Aug 03,2023
# ** Note: (vsim-3813) Design is being optimized due to module recompilation...
# ** Warning: ram_generator.sv(23): (vopt-2240) Treating stand-alone use of function 'randomize' as an implicit VOID cast.
# // Questa Sim
# // Version 10.6c linux Jul 25 2017
# //
# // Copyright 1991-2017 Mentor Graphics Corporation
# // All Rights Reserved.
# //
# // QuestaSim and its associated documentation contain trade
# // secrets and commercial or financial information that are the property of
# // Mentor Graphics Corporation and are privileged, confidential,
# // and exempt from disclosure under the Freedom of Information Act,
# // 5 U.S.C. Section 552. Furthermore, this information
# // is prohibited from disclosure under the Trade Secrets Act,
# // 18 U.S.C. Section 1905.
# //
# Loading sv_std.std
# Loading work.ram_if(fast)
# Loading work.ram_pkg(fast)
# Loading work.top(fast)
# Loading work.ram_if(fast)
# Loading work.RAM(fast)
# ** Warning: (vsim-8441) ram_driver.sv(50): Clocking block output vif.drv_cb.address is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(49): Clocking block output vif.drv_cb.data_in is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(48): Clocking block output vif.drv_cb.read_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(47): Clocking block output vif.drv_cb.write_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(50): Clocking block output vif.drv_cb.address is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(48): Clocking block output vif.drv_cb.read_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(47): Clocking block output vif.drv_cb.write_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(49): Clocking block output vif.drv_cb.data_in is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(50): Clocking block output vif.drv_cb.address is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(48): Clocking block output vif.drv_cb.read_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(47): Clocking block output vif.drv_cb.write_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(49): Clocking block output vif.drv_cb.data_in is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(50): Clocking block output vif.drv_cb.address is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(49): Clocking block output vif.drv_cb.data_in is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(48): Clocking block output vif.drv_cb.read_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# ** Warning: (vsim-8441) ram_driver.sv(47): Clocking block output vif.drv_cb.write_enb is not legal in this
# or another expression.
# Time: 0 ns Iteration: 0 Region: /ram_pkg File: ram_pkg.sv
# log -r /*
# add wave -r /*
# coverage save -onexit -assert -directive -cvg -codeAll top_coverage.ucdb
# run -all
# GENERATOR Randomized transaction data_in=250,write_enb=0,read_enb=1,address= 9 0
# GENERATOR Randomized transaction data_in=205,write_enb=0,read_enb=1,address=16 0
# GENERATOR Randomized transaction data_in=175,write_enb=0,read_enb=1,address=28 0
# GENERATOR Randomized transaction data_in=241,write_enb=1,read_enb=0,address= 2 0
# GENERATOR Randomized transaction data_in= 25,write_enb=1,read_enb=0,address=16 0
# GENERATOR Randomized transaction data_in= 65,write_enb=1,read_enb=0,address=26 0
# GENERATOR Randomized transaction data_in= 59,write_enb=0,read_enb=1,address=11 0
# GENERATOR Randomized transaction data_in= 56,write_enb=0,read_enb=1,address=13 0
# GENERATOR Randomized transaction data_in=251,write_enb=0,read_enb=1,address=28 0
# GENERATOR Randomized transaction data_in= 68,write_enb=1,read_enb=0,address=18 0
# GENERATOR Randomized transaction data_in= 58,write_enb=1,read_enb=0,address= 3 0
# GENERATOR Randomized transaction data_in= 53,write_enb=1,read_enb=0,address= 6 0
# GENERATOR Randomized transaction data_in= 17,write_enb=0,read_enb=1,address=21 0
# GENERATOR Randomized transaction data_in=231,write_enb=1,read_enb=0,address= 3 0
# GENERATOR Randomized transaction data_in=129,write_enb=0,read_enb=1,address= 5 0
# GENERATOR Randomized transaction data_in=242,write_enb=0,read_enb=1,address=21 0
# GENERATOR Randomized transaction data_in=187,write_enb=0,read_enb=1,address= 2 0
# GENERATOR Randomized transaction data_in=216,write_enb=0,read_enb=1,address=15 0
# GENERATOR Randomized transaction data_in= 51,write_enb=1,read_enb=0,address=16 0
# GENERATOR Randomized transaction data_in= 7,write_enb=0,read_enb=1,address=13 0
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=250,write_enb=0,read_enb=1,address= 9 90
# INPUT FUNCTIONAL COVERAGE = 65
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 90
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 110
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 110
############SCOREBOARD REFdata_out=0, ADDRESS= 9############### 110
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS= 9!!!!!!!!!!!!!! 110
# SCOREBOARD REFdata_out=0, MONdata_out=0 110
# DATA MATCH SUCCESSFUL MATCH= 1
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=205,write_enb=0,read_enb=1,address=16 130
# INPUT FUNCTIONAL COVERAGE = 65
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 130
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 150
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 150
############SCOREBOARD REFdata_out=0, ADDRESS=16############### 150
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=16!!!!!!!!!!!!!! 150
# SCOREBOARD REFdata_out=0, MONdata_out=0 150
# DATA MATCH SUCCESSFUL MATCH= 2
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=175,write_enb=0,read_enb=1,address=28 170
# INPUT FUNCTIONAL COVERAGE = 65
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 170
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 190
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 190
############SCOREBOARD REFdata_out=0, ADDRESS=28############### 190
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=28!!!!!!!!!!!!!! 190
# SCOREBOARD REFdata_out=0, MONdata_out=0 190
# DATA MATCH SUCCESSFUL MATCH= 3
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=241,write_enb=1,read_enb=0,address= 2 210
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 210
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]=241 230
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 230
############SCOREBOARD REFdata_out=0, ADDRESS= 2############### 230
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS= 2!!!!!!!!!!!!!! 230
# SCOREBOARD REFdata_out=0, MONdata_out=0 230
# DATA MATCH SUCCESSFUL MATCH= 4
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 25,write_enb=1,read_enb=0,address=16 250
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 250
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 25 270
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 270
############SCOREBOARD REFdata_out=0, ADDRESS=16############### 270
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=16!!!!!!!!!!!!!! 270
# SCOREBOARD REFdata_out=0, MONdata_out=0 270
# DATA MATCH SUCCESSFUL MATCH= 5
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 65,write_enb=1,read_enb=0,address=26 290
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 290
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 65 310
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 310
############SCOREBOARD REFdata_out=0, ADDRESS=26############### 310
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=26!!!!!!!!!!!!!! 310
# SCOREBOARD REFdata_out=0, MONdata_out=0 310
# DATA MATCH SUCCESSFUL MATCH= 6
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 59,write_enb=0,read_enb=1,address=11 330
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 330
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 350
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 350
############SCOREBOARD REFdata_out=0, ADDRESS=11############### 350
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=11!!!!!!!!!!!!!! 350
# SCOREBOARD REFdata_out=0, MONdata_out=0 350
# DATA MATCH SUCCESSFUL MATCH= 7
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 56,write_enb=0,read_enb=1,address=13 370
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 370
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 390
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 390
############SCOREBOARD REFdata_out=0, ADDRESS=13############### 390
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=13!!!!!!!!!!!!!! 390
# SCOREBOARD REFdata_out=0, MONdata_out=0 390
# DATA MATCH SUCCESSFUL MATCH= 8
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=251,write_enb=0,read_enb=1,address=28 410
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 410
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 430
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 430
############SCOREBOARD REFdata_out=0, ADDRESS=28############### 430
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=28!!!!!!!!!!!!!! 430
# SCOREBOARD REFdata_out=0, MONdata_out=0 430
# DATA MATCH SUCCESSFUL MATCH= 9
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 68,write_enb=1,read_enb=0,address=18 450
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 450
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 68 470
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 470
############SCOREBOARD REFdata_out=0, ADDRESS=18############### 470
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=18!!!!!!!!!!!!!! 470
# SCOREBOARD REFdata_out=0, MONdata_out=0 470
# DATA MATCH SUCCESSFUL MATCH= 10
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 58,write_enb=1,read_enb=0,address= 3 490
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 490
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 58 510
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 510
############SCOREBOARD REFdata_out=0, ADDRESS= 3############### 510
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS= 3!!!!!!!!!!!!!! 510
# SCOREBOARD REFdata_out=0, MONdata_out=0 510
# DATA MATCH SUCCESSFUL MATCH= 11
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 53,write_enb=1,read_enb=0,address= 6 530
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 530
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 53 550
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 550
############SCOREBOARD REFdata_out=0, ADDRESS= 6############### 550
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS= 6!!!!!!!!!!!!!! 550
# SCOREBOARD REFdata_out=0, MONdata_out=0 550
# DATA MATCH SUCCESSFUL MATCH= 12
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 17,write_enb=0,read_enb=1,address=21 570
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 570
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 590
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 590
############SCOREBOARD REFdata_out=0, ADDRESS=21############### 590
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=21!!!!!!!!!!!!!! 590
# SCOREBOARD REFdata_out=0, MONdata_out=0 590
# DATA MATCH SUCCESSFUL MATCH= 13
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=231,write_enb=1,read_enb=0,address= 3 610
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 610
# OUTPUT FUNCTIONAL COVERAGE = 0
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]=231 630
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 630
############SCOREBOARD REFdata_out=0, ADDRESS= 3############### 630
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS= 3!!!!!!!!!!!!!! 630
# SCOREBOARD REFdata_out=0, MONdata_out=0 630
# DATA MATCH SUCCESSFUL MATCH= 14
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=129,write_enb=0,read_enb=1,address= 5 650
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 650
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 670
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 670
############SCOREBOARD REFdata_out=0, ADDRESS= 5############### 670
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS= 5!!!!!!!!!!!!!! 670
# SCOREBOARD REFdata_out=0, MONdata_out=0 670
# DATA MATCH SUCCESSFUL MATCH= 15
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=242,write_enb=0,read_enb=1,address=21 690
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 690
# OUTPUT FUNCTIONAL COVERAGE = 0
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 710
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 710
############SCOREBOARD REFdata_out=0, ADDRESS=21############### 710
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=21!!!!!!!!!!!!!! 710
# SCOREBOARD REFdata_out=0, MONdata_out=0 710
# DATA MATCH SUCCESSFUL MATCH= 16
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=187,write_enb=0,read_enb=1,address= 2 730
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out=241 730
# OUTPUT FUNCTIONAL COVERAGE = 1
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]=241 750
# REFERENCE MODEL DATA OUT FROM MEMORY data_out=241 750
############SCOREBOARD REFdata_out=241, ADDRESS= 2############### 750
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=241, ADDRESS= 2!!!!!!!!!!!!!! 750
# SCOREBOARD REFdata_out=241, MONdata_out=241 750
# DATA MATCH SUCCESSFUL MATCH= 17
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in=216,write_enb=0,read_enb=1,address=15 770
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 770
# OUTPUT FUNCTIONAL COVERAGE = 1
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 790
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 790
############SCOREBOARD REFdata_out=0, ADDRESS=15############### 790
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=15!!!!!!!!!!!!!! 790
# SCOREBOARD REFdata_out=0, MONdata_out=0 790
# DATA MATCH SUCCESSFUL MATCH= 18
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 51,write_enb=1,read_enb=0,address=16 810
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 810
# OUTPUT FUNCTIONAL COVERAGE = 1
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 51 830
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 830
############SCOREBOARD REFdata_out=0, ADDRESS=16############### 830
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=16!!!!!!!!!!!!!! 830
# SCOREBOARD REFdata_out=0, MONdata_out=0 830
# DATA MATCH SUCCESSFUL MATCH= 19
# DRIVER WRITE OPERATION DRIVING DATA TO THE INTERFACE data_in= 7,write_enb=0,read_enb=1,address=13 850
# INPUT FUNCTIONAL COVERAGE = 90
# MONITOR PASSING THE DATA TO SCOREBOARD data_out= 0 850
# OUTPUT FUNCTIONAL COVERAGE = 1
# ** Warning: (vsim-3829) ram_reference_model.sv(38): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA IN MEMORY MEM[ADDRESS]= 0 870
# ** Warning: (vsim-3829) ram_reference_model.sv(40): Non-existent associative array entry. Returning default value.
# REFERENCE MODEL DATA OUT FROM MEMORY data_out= 0 870
############SCOREBOARD REFdata_out=0, ADDRESS=13############### 870
# !!!!!!!!!!!!!SCOREBOARD MONdata_out=0, ADDRESS=13!!!!!!!!!!!!!! 870
# SCOREBOARD REFdata_out=0, MONdata_out=0 870
# DATA MATCH SUCCESSFUL MATCH= 20
# SCOREBOARD REFdata_out=0, MONdata_out=0 870
# DATA MATCH SUCCESSFUL MATCH= 21
# ** Note: $finish : top.sv(49)
# Time: 870 ns Iteration: 3 Instance: /top
# Saving coverage database on exit...
# End time: 09:05:33 on Aug 03,2023, Elapsed time: 0:00:01
# Errors: 0, Warnings: 39