While semulv is not a widely recognized standard industry tool (it may be a proprietary internal tool, a specific script, or a typo for a verification tool like Simulink , Questa , or Verilator ), I have generated a professional template for a Solid Verification Report that would typically be produced by such a tool. Here is a structure for a Semulv New Design Verification Report :
Report: Solid Verification Summary Project: New Design Integration Tool: semulv Status: Analysis Complete 1. Executive Summary This report outlines the verification coverage and functional correctness of the new design iteration using the semulv environment. The regression suite was executed to validate recent architectural changes.
Test Status: PASS Overall Coverage: 98.4% Total Test Cases: 1,240 Passed: 1,225 Failed: 0 Waived/Skipped: 15
2. Code Coverage Analysis A solid report requires detailed metrics on how thoroughly the code was exercised. The semulv tool generated the following breakdown: | Metric | Percentage | Target | Status | | :--- | :--- | :--- | :--- | | Line Coverage | 99.1% | 95% | ✅ Pass | | Toggle Coverage | 98.5% | 95% | ✅ Pass | | FSM State Coverage | 100.0% | 100% | ✅ Pass | | Branch Coverage | 96.2% | 95% | ✅ Pass | | Conditional Coverage | 94.8% | 90% | ✅ Pass | 3. New Feature Highlights The following new features were targeted in this semulv run: semulv show new
Enhanced Memory Controller:
Verified read/write collision handling. All corner cases for bus arbitration passed.
Power Management Unit (PMU):
Sleep mode entry/exit sequences verified. Clock gating logic toggled successfully.
Protocol Compliance:
AXI/USB protocol checkers inserted. Zero violations detected. While semulv is not a widely recognized standard
4. Critical Findings & Bugs No critical bugs were found in this solid report run. Previous Issues Resolved:
[Ticket #402] Fixed race condition in the data path (Verified in semulv regression). [Ticket #405] Corrected logic for underflow handling (Verified).