Recently I plan to run the example of UVM actual combat to deepen the understanding of UVM and improve the ability of code written. At the beginning, in accordance with the online method, there is no running, encounter problems outside the various expectations, and found that Xiaobai is really difficult. Finally, the length of each blogger will finally run, I hope to help everyone.

1. Import the downloaded code into the virtual machine

Import file
"UVM actual combat" The source code of this book is available, you can log in to the Huzhang website, there is a website on page 8 of the book. How to import a virtual machine, right click on the virtual machine, find the settings → Options → Shared folder → Always Enable → Add Shared Folder, I directly add the code where the code is located. Click OK, start the virtual machine, open the terminal, enter CD / MNT / HGFS, you can see your code, you can copy it.
Cut the path you want, enter CP -R / MNT / HGFS / EXAMPLE_AND_UVM_SOURCE_CODE. / Copy to the current path.

2. Configure the path
Configuring a file based on your current tool

After saving, in the current path SOURCE

2. Modification to files

First, in top_tb.sv, annotate 'Timescale 1NS / 1PS, add' include "dut.sv"

For DUMP waveforms, you also need to add the following lines of code in the top_tb folder.

initial begin
	$fsdbDumpfile("tb.fsdb");// Generate a TB.FSDB file
	$fsdbDumpvars;
end

Copy the DUT.SV file to the folder of top_tb.sv.

3. Enter the VCS running code at the terminal

Run VCS

vcs -R -full64 +v2k -fsdb +define+FSDB -sverilog -ntb_opts uvm top_tb.sv -debug_all -elab -lca -kdb

No problem

The generated file is as follows,SIMV is a file that uses VCS to view waveforms, TB.FSDB is files that use Verdi to view waveforms needed

2. View the waveform via VCS

./simv -gui & // $ is running in the background

Check the signal Right-click Add to Waves -> New Wave View Add Waveform

operation result

3. View the waveform via Verdi

verdi -ssf -tb.fsdb &

Select the signal, the keyboard Ctrl + W does occur waveform

Signal area F button, a global signal view

refer to:
https://blog.csdn.net/wuzhouqingcy/article/details/82382495
https://blog.csdn.net/weixin_42162448/article/details/121997013
https://zhuanlan.zhihu.com/p/398720730