rtl-p5s-coverage-analyze

To identify RTL coverage gaps, you analyze uncovered lines, branches, and FSM states from verification reports. This process detects missing test coverage across modules and outputs a prioritized gap report to guide targeted test creation.

Prioritizing uncovered FSM states involves analyzing verification outputs to locate high-risk coverage gaps. It assesses untested modules and states to produce directed tests, ensuring focused test generation accelerates verification closure.

To generate directed tests for RTL coverage holes, you process coverage data to find uncovered lines and branches. This analysis outputs a Python test script to fill specific coverage gaps with targeted simulation test cases.

Coverage gap analysis works directly with existing RTL functional verification outputs. It processes simulation coverage data to document missing lines and branches, making it suitable for analyzing current verification runs without requiring specific dependencies.

RTL verification closure slows down because untracked coverage gaps lack prioritization, causing unfocused test generation. Identifying and prioritizing these uncovered lines and branches provides concise gap reports to direct targeted testing efforts efficiently.