Automates Verilator simulation runs and structured pass/fail reporting from logs.
npx skills add https://github.com/xsw632/ChipAgent --skill simulate-xsw632
Please help me install this Agent Skill. Skill: simulate Source: https://github.com/xsw632/ChipAgent/tree/main/skills/simulate Command: npx skills add https://github.com/xsw632/ChipAgent --skill simulate-xsw632
Manually running Verilator simulations, parsing log files, and tracking test results for hardware modules is tedious and error-prone, especially during iterative hardware design cycles.
Use the simulate skill to run a Verilator simulation for your 4-bit ALU module and get a complete summary of all test results.
High-intent search queries and answers about installing and using this skill.
To automate Verilator simulation execution for RTL verification, you can use a wrapper script that handles testbench execution and log parsing automatically. This eliminates manual command running and delivers structured pass/fail summaries for hardware modules like ALUs and counters.
Before running a Verilator hardware simulation, you need generated Verilog files and C++ testbench files for the target module. Prerequisite checks ensure these files exist to prevent wasted execution time on incomplete workflows.
Parsing simulation logs helps with hardware design troubleshooting by generating structured pass/fail summaries with per-test breakdowns. When simulations fail, parsed logs provide targeted troubleshooting suggestions to identify failing operations without manual analysis.
Yes, you can run Verilator simulations for custom logic modules using a pre-configured simulate.sh wrapper script. This ensures consistent simulation settings and environment across all hardware modules during iterative design cycles.
Verilator testbench simulation execution fails when prerequisite generated Verilog or C++ testbench files are missing. The automated prerequisite validation checks for these files before running simulation to prevent wasted execution time on incomplete workflows.
The best way to validate generated Verilog against a testbench is running an automated Verilator simulation that executes all test cases instantly. This provides a complete summary of test results and identifies any failing operations without manual command execution.
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