Analyze COI coverage data and generate SVA assertions for uncovered signals.
npx skills add https://github.com/XS-MLVP/UCAgent --skill sva-opt
Please help me install this Agent Skill. Skill: sva-opt Source: https://github.com/XS-MLVP/UCAgent/tree/main/ucagent/lang/zh/skills/formal/sva-opt Command: npx skills add https://github.com/XS-MLVP/UCAgent --skill sva-opt
## What problem does it solve? Automates analysis and optimization of formal verification COI coverage to fill uncovered signals.
## Core Features & Use Cases
### Quick Start Run the formal verification workflow using the sva-opt skill to analyze COI coverage data and automatically insert new assertions.
High-intent search queries and answers about installing and using this skill.
Automate formal verification COI coverage optimization by analyzing coverage data and signal-to-assert mappings to add assertions or mark unreachable logic. It updates .formal_records.yaml with CK entries and generates SVA bodies to fill uncovered signals.
Add SVA assertions by mapping uncovered COI signals to assertion actions and generating corresponding SVA bodies. The process updates .formal_records.yaml with new CK entries and runs PropertyStructureChecker to apply the generated assertions.
Formal verification COI optimization works for multi-clock-domain designs. It targets complex architectures by analyzing COI coverage data and signal mappings to decide where to add assertions or mark unreachable logic.
Re-run formal verification with extended timeouts to validate coverage improvements after adding new assertions. The process iterates until COI passes, ensuring all newly generated property checks successfully close coverage gaps.
Handle unreachable logic during COI coverage analysis by evaluating signal-to-assert mappings to decide where to mark logic as unreachable. This prevents unnecessary assertion generation and streamlines the formal verification sign-off process.
babywormGenerate SystemVerilog assertion bind files with naming, clock/reset guards, and sv2v guidance.
XS-MLVPConvert YAML SVA bodies into SystemVerilog assertions for formal checks.
XS-MLVPAutomate SVA environment analysis by filling formal records from verification results.
AtyantikAnalyze coverage reports to identify uncovered lines and missing branches.
