What you practice
Virtual sequence: multi-agent fork-join conductor (4.6). Coordinate parallel write and read sequences on separate sequencers with a virtual sequence and fork–join. It is in Virtual sequence — Part 4 · Advanced UVM of the UVM Masterclass. Factory, config objects, virtual sequences, and pipelined drivers for large SoC verification.
The UVM bench compiles in that same browser SystemVerilog simulator. You edit the test in the IDE, run Verilator, and read the log beside the waveform.
Run it in the Verilog IDE
- Open the UVM workspace in the IDE. The DUT and the testbench compile together in the browser.
- Run the SystemVerilog simulation with Verilator and read the phase and scoreboard lines in the log.
- When the check is on pins rather than a print, open the VCD next to that log.
- Edit the sequence, driver, or scoreboard in the IDE and rerun. You stay in the same simulator.
The lesson is done when the simulation matches Virtual sequence: multi-agent fork-join conductor. Change the source, run the Verilog simulator again, and read the waveform without leaving the IDE. Simulation guide · Yosys guide.