rtl-p5s-integration-test-policy

RTL integration testing validates end-to-end hardware verification pipelines by standardizing test phase ordering, JSON result schemas, and escalation rules. It covers static connectivity, data flow, backpressure scenarios, and e2e reference checks to ensure reproducible verification across cocotb, Verilator, and SV TB workflows.

Structure RTL integration tests by following a mandatory sequence: connectivity, data flow, throughput, backpressure, and error handling. Generate required simulation artifacts and output results using a structured JSON schema to ensure acceptance-criteria traceability across cocotb, Verilator, or SV TB workflows.

Yes, the Tier 4 integration test policy explicitly supports SV TB workflows alongside cocotb and Verilator. It provides guidance on multi-clock domain considerations and standardizes test phase ordering and result schemas across these simulation tools.

The required result format for RTL integration testing is a structured JSON schema. This schema standardizes test outcomes across connectivity, data flow, backpressure, and e2e reference checks, integrating with tier transitions and acceptance-criteria traceability guidance.

Handle backpressure scenarios in RTL integration testing by following the mandatory test sequence defined by the Tier 4 policy. This includes testing backpressure alongside static connectivity and data flow, then documenting results in the structured JSON schema.

You need a standardized integration test policy for RTL verification pipelines when adopting consistent practices across cocotb, Verilator, and SV TB workflows. It ensures reproducible verification, clear escalation paths, and acceptance-criteria traceability for multi-clock domain designs.