transport-smoke-validationSafety 88Repository ShareFavorite skill

When to use

Use this skill for transport migration work, forwarding/routing behavior changes, or CI regressions involving transports.

Per-scenario skills (binaries fixed to one smoke test each)

Use these targeted skills when you need one exact binary pairing per run:

• smoke-zenoh-someip-rr-someip-client-zenoh-service
• smoke-zenoh-someip-rr-zenoh-client-someip-service
• smoke-zenoh-someip-ps-someip-publisher-zenoh-subscriber
• smoke-zenoh-someip-ps-zenoh-publisher-someip-subscriber
• smoke-zenoh-mqtt-rr-mqtt-client-zenoh-service
• smoke-zenoh-mqtt-rr-zenoh-client-mqtt-service
• smoke-zenoh-mqtt-ps-mqtt-publisher-zenoh-subscriber
• smoke-zenoh-mqtt-ps-zenoh-publisher-mqtt-subscriber

Each targeted skill includes build, launch order, validation regexes, and teardown commands.

Scenario A: Zenoh <-> SOME/IP

1. Setup:
   • source build/envsetup.sh highest
   • Include bundled vsomeip libs in LD_LIBRARY_PATH when needed.
2. Start streamer from example-streamer-implementations with zenoh_someip.
3. Start zenoh_service and then run someip_client.
4. Pass criteria:
   • No repeating Routing info for remote service could not be found
   • UMESSAGE_TYPE_RESPONSE seen with commstatus: Some(OK)

Scenario B: Zenoh <-> MQTT5

1. Start broker: utils/mosquitto/docker-compose.yaml.
2. Start configurable-streamer with CONFIG.json5.
3. Start zenoh_service, then run mqtt_client (or inverse pairing).
4. Router mode caveat:
   • In configurable-streamer/ZENOH_CONFIG.json5, use listen.endpoints for local router setup.
5. Pass criteria:
   • Stable continuous request/response
   • No transport-level failures in streamer/entity logs

Logging profile

• RUST_LOG="up_transport_vsomeip=trace,up_streamer=debug,up_linux_streamer=debug,example_streamer_uses=debug"

Report template

Always include:

1. Commands executed
2. Relevant environment variables
3. Key counters/evidence from logs
4. Pass/fail against each criterion
5. Follow-up actions if any criterion is not met